final program - IPEMC 2016

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 Table o
T
of Con
ntents
Wellcome Messa
age …………
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01
Venue Map ……
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02
Con
nvention Floo
or Plan ……
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03
Proggram at a Gllance ………
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05
Orgganization ………………
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08
Com
mmittee Meeetings ………
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15
Gen
neral Information ………
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16
Sociial Events ………………
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17
Infoormation Tecchnical Progrram …………
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18
Orgganized Sessiions …………
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19
Tech
hnical Tour ………………
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21
Plen
nary Sessionss ……………
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22
Tutoorials ………
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28
Tech
hnical Progrram …………
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36
Author Index ………………
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84
Exh
hibition Hall Floor Plan …
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1066
Welcome Message
Welcome Message
On behalf of the Organizing Committee of the 2016 IEEE 8th International Power
Electronics and Motion Control Conference (IPEMC 2016-ECCE Asia), we wish to
extend our warm welcome to all of you to the historical city of Hefei, the capital of
Anhui Province, China. We are grateful for your participation in and contribution to
IPEMC 2016-ECCE Asia.
IPEMC conferences have been held in Beijing (1994), Hangzhou (1997), Beijing
(2000), Xi’an (2004), Shanghai (2006), Wuhan (2009) and Harbin (2012), and have
become an integral part of ECCE Asia conferences as a premier forum in the fields of
power electronics and energy conversion.
IPEMC 2016-ECCE Asia follows the tradition of premium technical quality, cosponsored by the IEEE Power Electronics Society (PELS) and China Electrotechnical
Society (CES). This unique international conference provides a great venue for
professionals from industry and academia to present state-of-the-arts in power
electronics and motion control systems, and to exchange innovative ideas, all in a
friendly, lively, and enjoyable atmosphere. This year, authors from 43 countries
submitted over 950 digests in diverse technical areas from power converters and motion
control to smart grid technologies, signifying the growing participation in this
conference.
IPEMC 2016-ECCE Asia features tutorials, keynote speeches and breakout technical sessions on the theory,
analysis, design, test and application in the areas of power electronics and motion control. The exhibitions at
the conference offer opportunities for access to the most advanced products and services in industry. The
inaugural IEEE Workshop on Electronic Power Transmission and Distribution (eT&D) will be held at the
conference. In addition, the Organizing Committee has prepared rich social, technical tour and entertaining
programs for your enjoyment.
Building on its long and rich history of over 2,000 years, Hefei is a modern metropolitan with distinctive
cultures, cuisines, architectures, and landscapes. As a transportation hub of high-speed rails and highways
linking China’s north and south, Hefei is experiencing its rapid development. Many tourist attractions of
natural beauty and historical significance, both within the city and in the adjacent areas, offer unique
opportunities for visits at your leisure.
We, together with all other members of the Organizing Committee, wish you an enjoyable and enlightening
experience at IPEMC 2016-ECCE Asia in Hefei.
Dr. Fred C. Lee and Dr. Liuchen Chang
General Chairs
IPEMC 2016-ECCE Asia Organizing Committee
1
Venue Map
2
Conven
ntion Floor Plan The 1st Floor
Coonven
ntion Floor Plan
3
or
Th
he 3rd Floo
T 5th Flloor
The
4
Program at a Glance
Program at a Glance
5
6
Program at a Glance
7
Organization
Organizing Committee
Co-Chairs
General Chair
Zhihua Wang
China Electrotechnical Society,
China
Hefei University of Technology,
China
Fred C. Lee
Virginia Polytechnic Institute
and State University, USA
Jinping Wang
Liuchen Chang
University of New Brunswick,
Canada
Publication & Publicity Committee
Chair
International Steering Committee
Chair
Dehong Xu
Zhejiang University, China
Co-Chairs
Braham Ferreira
Yukihiko Sato
Seung-Ki Sul
Jinjun Liu
Dianguo Xu
Alan Mantooth
Technische Universiteit Delft, the
Netherlands
Chiba University, Japan
Seoul National University, Korea
Xi’an Jiaotong University, China
Harbin Institute of Technology,
China
Chair
Co-Chairs
Zhengming Zhao
Xiangning He
Xinbo Ruan
Yong Kang
Qionglin Zheng
Zhihua Wang
Guorong Zhang
Jidong Lai
Chair
Haihong Huang
Secretary General
Chair
Yigang He
Hefei University of Technology,
China
Deputy Secretary General
Hefei University of Technology,
China
Member
Fei Li
Hefei University of Technology,
China
Technical Program Committee
Chair
Meiqin Mao
Hefei University of Technology,
China
Co-Chairs
Kan Akatsu
Local Organization Committee
Hefei University of Technology,
China
Secretary
Jianing Wang
Tsinghua University, China
Zhejiang University, China
Nanjing University of
Aeronautics and Astronautics,
China
Huazhong University of Science
and Technology, China
Beijing Jiaotong University,
China
China Electrotechnical Society,
China
Hefei University of Technology,
China
Hefei University of Technology,
China
Finance Committee
Mingyao Ma
Hefei University of Technology,
China
Hefei University of Technology,
China
Co-Chairs
University of Arkansas, USA
National Steering Committee
Xing Zhang
Jianhui Su
Dong-Choon Lee
Shibaura Institute of Technology,
Japan
Yeungnam University, Korea
Hefei University of Technology,
China
8
Organization
Nikos Hatziargyriou
Yongdong Li
Robert D. Lorenz
Qing-Chang Zhong
Yan Du
National Technical University of
Athens, Greece
Tsinghua University, China
University of Wisconsin-Madison,
USA
Illinois Institute of Technology,
USA
Hefei University of Technology,
China
Secretary
Mingna Ma
Hefei University of Technology,
China
Bo Cao
Hanju Cha
Liuchen Chang
Alian Chen
Guozhu Chen
Hao Chen
Wu Chen
Yaow-Ming Chen
Zhe Chen
Huang-Jen Chiu
Kwan-Yuhl Cho
Jaeho Choi
Sewan Choi
Woojin Choi
Se-Kyo Chung
Yong Ding
Yan Du
Zhuo Fang
Hirohito Funato
Qiang Gao
Hua Geng
Xiaoqiang Guo
Jung-Ik Ha
Hitoshi Haga
Xiangning He
Zhengyou He
Nobukazu Hoshi
TPC Members
Kan Akatsu Akatsu
Abdualah
Aljankawey
Xiaohua Bao
Frede Blaabjerg
Choi Byungcho
Xu Cai
Qiang Gao
Shibaura Institute of Technology
University of New Brunswick,
Canada
Hefei University of Technology
Aalborg University, Denmark
Kyungpook National University
Shanghai Jiaotong University,
China
University of New Brunswick,
Canada
Chungnam National University
University of New Brunswick,
Canada
Shandong University, China
Zhejiang University
China University of Mining &
Technology
Southeast University , China
National Taiwan University ,
Taiwan
Aalborg University, Denmark
National Taiwan University of
Science and Technology , Taiwan
Korea Nat`l Unibersity of
Transportation, Korea
Chungbuk National University
Seoul National University of
Science and Technology, Korea
Soongsil Unibersity, Korea
Gyeongsang Nat'l University,
Korea
Hefei University of Technology,
China
Hefei University of Technology ,
China
Xi'an Jiaotong University , China
Utsunomiya University 7-1-2
Yoto, Utsunomiya,Tochigi ,
Japan
Hung-I Hsieh
Cungang Hu
Haibing Hu
Haihong Huang
Kyeon Hur
Toshifumi Ise
Jun-ichi Itoh
Yaoqin Jia
Weidong Jiang
Jeehoon Jung
Tamer Kamel
Jinsong Kang
Seiichiro Katsura
Noriko Kawakami
Atsuo Kawamura
Ralph Kennel
Hag Wone Kim
Heung-Geun Kim
Rae-Young Kim
Noriyuki Kimura
Keiichiro Kondo
Harbin Institute of Technology
(HIT), China
Shanghai Jiaotong University,
China
Tsinghua University, China
Yanshan University, China
Seoul Nat'l University, Korea
Nagaoka University of
Technology, Japan
Zhejiang University, China
Southwest Jiaotong University,
China
Tokyo University of Science,
Japan
National Chiayi University,
Taiwan
Anhui University, China
Nanjing University of
Aeronautics and Astronautics ,
China
Hefei University of Technology,
China
Yonsei University, Korea
Osaka University, Japan
Nagaoka University of
Technology, Japan
Xi'an Jiaotong University, China
Hefei University of Technology,
China
Ulsan National Institute of
Science and Technology, Korea
Universiry of New Brunswick ,
Canada
TongJi University, China
Keio University, Japan
Toshiba Mitsubishi-Electric
Industrial Systems Corp. , Japan
Yokohama National University ,
Japan
Technical University of Munich,
Germany
Korea Nat'l University of
Transportation , Korea
Kyungpook National University,
Korea
Hanyang University, Korea
Osaka Institute of Technology,
Japan
Chiba University, Japan
9
Fujio Kurokawa
Jidong Lai
Byoung-Kuk Lee
Dong-Choon Lee
Kyo-Beum Lee
Leu
Fei Li
Hongmei Li
Weixing Li
Wuhua Li
Yongdong Li
Yun Wei Li
Tsorng Juu Liang
Thomas Lipo
Jinjun Liu
Ning Liu
Yan-Fei Liu
Hao Ma
Mingna Ma
Mingyao Ma
Hong Miao
Kwanghee Nam
Eui-Cheol Nho
Jounghu Park
Chuntaek Rim
Xinbo Ruan
Yukihiko Sato
Mehdi Savaghebi
Tomonobu Senjyu
Zheng Shen
Gang Shi
Yong Shi
Masahito Shoyama
Tomonobu Senjyu
Zhikang Shuai
Nagasaki University, Japan
Hefei University of Technology,
China
Sungkyunkwan University, Korea
Yeungnam University, Korea
Ajou University, Korea
University of Science and
Technology, Taiwan
Hefei University of Technology,
China
Hefei University of Technology,
China
Harbin Institute of Technology,
China
Zhejiang University, China
Tsinghua University, China
University of Alberta, Canada
National Cheng Kung University,
Taiwan
University of Wisconsin, USA
Xi'an Jiaotong University, China
Hefei University of Technology,
China
Queens University, Canada
Zhejiang University, USA
HeFei University of Technology,
China
Hefei University of Technology,
China
Sichuan University, China
Pohang University of Science and
Technology, Korea
Pukyong Nat'l University, Korea
Soongsil University, Korea
KAIST, Korea
Nanjing University of Aeronautics
& Astronautics, China
Chiba University, Japan
Aalborg University, Denmark
Faculty of Engneering,
University of the Ryukyus, Japan
Hunan University , China
Shanghai JiaoTong University ,
China
Hefei University of Technology,
China
Kyushu University, Japan
Faculty of Engneering,
University of the Ryukyus, Japan
Hunan University, China
Seung-Ho Song
Tadashi Suetsugu
Kwangwoon University, Korea
Fukuoka University, Japan
Yongsug Suh
Seung-Ki Sul
Kai Sun
Xiaofeng Sun
Takaharu Takeshita
Chonbuk Nat'l University, Korea
Seoul National University, Korea
TsingHua University, China
Yanshan University, China
Nagoya Institute of Technology,
Japan
Yamaguchi University, Japan
Tokyo Metropolitan University,
Japan
Nanyang Technological
University, Singapore
Tokyo Metropolitan University,
Japan
Shanghai University, China
Harbin Institute of Technology
(HIT), China
Hefei University of Technology,
China
Hefei University of Technology,
China
Ohio State University, USA
Beijing Information Science and
Technology University, China
Nanyang Technological
University, Singapore
Aalborg University, Denmark
Southeast University, China
Harbin Institute of Technology,
China
Technical University of Denmark,
Denmark
Nat'l Tsing Hua University,
Taiwan
Zhejiang University, China
Southeast University, China
Nanjing University of Aeronautics
& Astronautics, China
Hefei University of Technology,
China
NUAA, China
Zhejiang University, China
Ryerson University, Canada
Harbin Institute of Technology
Southwest Jiaotong University,
China
Shimane University, Japan
Toshihiko Tanaka
Shimizu Toshihisa
King Jet Tseng
Keiji Wada
Fei Wang
Gaolin Wang
Haining Wang
Jianing Wang
Jin Wang
Jiuhe Wang
Peng Wang
Xiongfei Wang
Zheng Wang
Wang Wei
Qiuwei Wu
Tsai-Fu Wu
Xinke Wu
Zaijun Wu
Shaojun Xie
Zhen Xie
Yan Xing
Dehong Xu
Dewei Xu
Dianguo Xu
Jianping Xu
Masayoshi
Yamamoto
10
Organization
Shu Yamamoto
Shuying Yang
Xiangzhen Yang
Xu Yang
Tomoki Yokoyama
Ping Zeng
Xiaoming Zha
Bo Zhang
Chenghui Zhang
Junming Zhang
Kai Zhang
Weiping Zhang
Xing Zhang
Xueguang Zhang
Zhengming Zhao
Bo Zhou
Miao Zhu
Polytechnic University, Japan
Hefei University of Technology ,
China
Hefei University of Technology,
China
Xi'an Jiaotong University , China
Tokyo Denki University , Japan
China Electric Power Research
Insitute , China
Wuhan University , China
South China University of
Technology , China
Shandong University , China
Zhejiang University , China
Huazhong University of Science
and Technology , China
North China University of
Technology , China
Hefei University of Technology ,
China
Harbin Institute of Technology
(HIT) , China
Tsinghua University , China
Nanjing University of Aeronautics
and Astronautics , China
Shanghai Jiaotong University ,
China
Reviewers
Omar Abdel-Rahim
Ziad Ali
J. Marcos Alonso
Mokhtar Aly
Shaoliang An
Haider AR
Rene BarreraCardenas
Hongqi Ben
Abdeldjabar
Benrabah
Hou Bo
Sergio BusquetsMonge
Yilong Cao
Henglin Chen
Minwu Chen
Utsunomiya University, Japan
Aswan Universty, Egypt
University of Oviedo, Spain
Kyushu University, Japan
Xi'an University of Technology,
China
University of New Brunswick,
Canada
University of Tsukuba, Japan
Harbin Institute of Technology
(HIT), China
Harbin Institute of Technology,
China
Xi'an University of Technology,
China
Universitat Politècnica de
Catalunya, Spain
Shanghai University of Electric
Power, P.R. China
Zhejiang University
Southwest Jiaotong University,
China
Shen-Li Chen
Wei Chen
Wenjie Chen
Yaojun Chen
Yi Chen
Yu-Kai Chen
Miaomiao Cheng
Zhong Cheng
Chia-Chi Chu
Wei Cong
Ke Dai
Liliana De Lillo
Songyi Dian
Zheng Dong
Gamal M. Dousoky
Haibo Du
Xiong Du
Yang Du
Bin Duan
Jorge Duarte
Amr Elnady
Irham Fadlika
Yakov Familiant
Xiaoyun Feng
Chao Fu
Feng Gao
Zhaohui Gao
Baoming Ge
Qiongxuan Ge
Yajuan Guan
Yuanbo Guo
Pingping Han
National United University,
Taiwan
Harbin Institute of Technology
(HIT), China
Xi'an Jiaotong University
Wuhan Electronic Information
Institute
Zhejiang University of
Technology, China
National Formosa University,
Taiwan
Hunan University, China
University of Testing, China
National Tsing Hua Univ, Taiwan
Chinese Academy of Sciences
Huazhong University of Science
and Technology, China
University of Nottingham, United
Kingdom
Sichuan university, China
Hongkong Polytechnic University,
China
Minia University, Egypt
Hefei University of Technology,
China
Chongqing University, China
Xi'an Jiaotong-Liverpool
University, China
Shandong University, China
Eindhoven University of
Technology, The Netherlands
Sharjah University, UAE
Universitas Negeri Malang,
Indonesia
Nazarbyev University, Kazakhstan
Southwest Jiaotong University,
China
North China Electric Power
University, China
Shandong University, China
Northwestern Polytechnical
University, China
Beijing Jiaotong University, China
Institute of Electrical Engineering,
Chinese Academy of Sciences,
China
Aalborg University, Denmark
Dalian University of Technology,
China
Hefei University of Technology,
China
11
Yang Han
Ruixiang Hao
Lennart Harnefors
Jinwei He
Gu Herong
Grahame Holmes
Guan-Chyun Hsieh
Changsheng Hu
Dongqing Hu
Weihao Hu
Pin-Yu Huang
Xianjin Huang
Wen Huiqing
Gerry Hurley
Uceda Javier
Jee-Hoon Jung
Santanu Kapat
In-Dong Kim
Jonghoon Kim
Katherine Kim
Mongkol Konghirun
Baoquan Kou
Yuttana Kumsuwan
Jin Woo Lee
Chushan Li
Ruihua Li
Xiaodong Li
Yuan Li
Yuling Li
Lin Liang
Xiaodong Liang
Lei Lin
University of Electronic Science
and Technology of China, China
Beijing Jiaotong University, China
ABB Corporate Research, Sweden
Tianjin University, China
Yanshan University, China
RMIT University, Australia
Chung Yuan Christian Uniersity,
Taiwan
Zhejiang University, China
Beijing University of Technology,
China
Aalborg University, Spain
Tokyo Metropolitan University,
Japan
Beijing Jiaotong University, China
Xi'an Jiaotong-Liverpool
University, China
National University of Ireland,
Galway, Ireland
University Politecnica de Madrid,
Spain
Ulsan National Institute of Science
and Technology (UNIST),Korea
Indian Institutet of Technology,
India
Pukyong National University,
Korea
Chosun University, Korea
Ulsan National Institute of Science
and Technology (UNIST), Korea
King Mongkut's University of
Technology Thonburi, Thailand
Harbin Institute of Technology,
China
Chiang Mai University, Thailand
Doowon Technical University
College, Korea
Ryerson University, Canada
Tongji University, China
Macau University of Science and
Technology, Macao
Sichuan University, China
Zhejiang University, China
Huazhong University Of Science
And Technology, China
Memorial University of
Newfoundland, Canada
Huazhong University of Science
and Technology,China
Subin Lin
Xinchun Lin
Yao Lin
Liu-yi Ling
Dong Liu
Fang Liu
Hongchen Liu
Jun Liu
Shuxi Liu
Sucheng Liu
Yitao Liu
Zeng Liu
K. H. Loo
Kay Soon Low
Guo-Quan Lu
Haifeng Lu
Quanmin Luo
Hongbo Ma
Wei Ma
Hossein Madadi
Kojabadi
Peng Mao
Wilmar Martinez
Paolo Mattavelli
Saad Mekhilef
Tuomas Messo
Xiaoming Mou
Minh-Khai Nguyen
Tuyen Nguyen Dinh
Youyuan Ni
Nadeesh Nobeen
Koji Orikawa
Fuzhou University, China
Huazhong University of Science
and Technology, China
Southest University, China
Anhui University of Science and
Technology, China
SouthWest JiaoTong University,
China
Hefei University of Technology,
China
Harbin Institute of Technology
(HIT), China
Institute of Electrical Engineering
Chinese Academy of Sciences,
China
Chongqing University of
Technology, China
Anhui University of Technology,
China
Shenzhen University, China
Xi'an Jiaotong University, China
Hong Kong Polytechnic
University, Hong Kong
Nanyang Technological
University, Singapore
Virginia Tech, USA
University of Tsinghua
Chongqing University, China
Southwest Jiaotong University,
China
Chongqing University, China
Sahand University of Technology,
Canada
Nanking University of Aeronautics
and Astronautics, China
Shimane University
University of Padova, Italy
University of Malaya, Malaysia
Tampere University of
Technology, Finland
Harbin Institute of Technology
(HIT), China
NTTU, Korea
Ho Chi Minh City University of
Technology
Hefei University of Technology,
China
University of Warwick, United
Kingdom
Nagaoka University of
Technology, Japan
12
Organization
Ming san Ouyang
Nathan Ozog
Leonardo Palma
San Bo Pan
Zhongmei Pan
Sanjib Kumar Panda
Ming san Ouyang
Yunqing Pei
Hanhong Qi
Haihong Qin
Liang Qin
Ling Qin
Ming Qin
Dong Yuan Qiu
Zhijie Qiu
Li Ran
Hubert Razik
Xiaoyong Ren
Alex Ruderman
Gab-Su Seo
Jian Shi
Liming Shi
Xiaojie Shi
Fukuda Shoji
Hammam Soliman
Yi Sui
Xiangdong Sun
Xunwen Sun
Teuvo Suntio
Heng-Ming Tai
Ping-an Tan
Fen Tang
Xisheng Tang
Anhui University of Science and
Technology, China
University of British Columbia
(UBC), Canada
Texas A&M University, USA
Shanghai Dian Ji University,
China
Xi'an University of Technology,
China
National University of Singapore,
Singapore
Anhui University of Science and
Technology, China
Xi'an Jiaotong University, China
Yanshan University, China
Nanjing University of Aeronautics
& Astronautics, China
Wuhan University, China
Nantong University, China
Southwest Jiaotong University,
China
South China University of
Technology, China
Institute of Electrical Engineering,
Chinese Academy of Sciences
The University of Warwick,
United Kingdom
Laboratoire Ampère, France
Nanjing University of Aeronautics
& Astronautics, China
Nazarbayev University,
Kazakhstan
Seoul National University, Korea
Shanghai University
Institute on Electrical Engineering,
Chinese Academy of Sciences
The University of Tennessee, USA
Hokkaido University, Japan
Aalborg University, Denmark
Harbin Institute of Technology,
China
Xi'an University of Technology,
China
HIST, China
Tampere University of
Technology, Finland
University of Tulsa, USA
Xiangtan University, China
Beijing Jiaotong University, China
Institute of Electrical Engineering,
Chinese Academy of Sciences,
China
Qingfang Teng
Paolo Tenti
Yanjun Tian
Kaichien Tsai
Kazuhiro Umetani
Jukka Viinamäki
Deyu Wang
Faqiang Wang
Feng Wang
Fengxiang Wang
Fusheng Wang
Jianguo Wang
Jianhua Wang
Jinping Wang
Jun Wang
Kui Wang
Qingsong Wang
Shuang Wang
Wei Wang
Fusheng Wang
Wu Wang
Xiaoyu Wang
Yijie Wang
Yubin Wang
Yufei Wang
Chunxue Wen
Song Wensheng
Hongbin Wu
Hongfei Wu
Jian Wu
Yung-Chun Wu
Dawei Xiang
Huafeng Xiao
Wenxun Xiao
Lanzhou Jiaotong University,
China
University of Padova, Italy
Aalborg University, Denmark
Texas Instruments, USA
Okayama University, Japan
Tampere University of
Technology, Finland
Yanshan University, China
Xi'an Jiaotong University, China
Xianning West Rd 28, China
Quanzhou Institute of Equipment
Manufacturing, Chinese Academy
of Science, China
Hefei University of Technology,
China
Hefei University of Technology,
China
Southeast university, China
Hefei University of Technology,
China
Hunan University, China
Tsinghua University, China
Southeast University, China
Shanghai University
Southeast University, China
Hefei University of Technology,
China
Fuzhou University, China
Carleton University, Canada
Harbin Institute of Technology,
China
petril U, China
Shanghai University of Electric
Power, China
North China University of
Technology, China
Southwest Jiaotong University,
China
Hefei University of Technology,
China
Nanjing University of Aeronautics
and Astronautics, China
Harbin Institute of Technology,
China
National Formosa University,
Taiwan
Tongji University, China
Southeast University, China
South China University Of
Technology, China
13
Liu Xiaodong
Shaofeng Xie
Haizhen Xu
Shuang Xu
Yongxiang Xu
Ping Yang
Rongfeng Yang
Yongheng Yang
Gang Yao
Wenxi Yao
Zhilei Yao
Zongbin Ye
Wang Yong
Sungmo Young
Zheng Zedong
Dairun Zhang
Guorong Zhang
Jian Zhang
Jianzhong Zhang
Lanhua Zhang
Lianghua Zhang
Qianfan Zhang
Xiangjun Zhang
Xuning Zhang
Yan Zhang
Yongchang Zhang
Zhenbin Zhang
Zhiliang Zhang
Zhuoran Zhang
Feng Zhao
Kaiqi Zhao
Anhui University of Technology,
China
Southwest Jiaotong University,
China
Hefei University of Technology,
China
UNB, Canada
Harbin Institute of Technology
(HIT), China
Guilin University of Electronic
Technology, China
Harbin Institute of Technology
(HIT), China
Aalborg University, Denmark
Shanghai Jiaotong University,
China
Zhejiang University, China
Yancheng Institute of
Technology, China
China University of Mining and
Technology, China
Shanghai Jiao Tong University,
China
Fairchild Semiconductor, Korea
Tsinghua University, Beijing,
China
Sichuan university, China
Hefei University of Technology,
China
Institute of Electrical Engineering,
China
Southeast University, China
Virginia Tech, USA
Xi'an Jiaotong University, China
Harbin Institute of Technology
(HIT), China
Harbin Institute of Technology
(HIT),China
Virginia Tech, USA
Xi'an Jiaotong University, China
North China University of
Technology, China
Technische Universität München,
Germany
Nanjing University of Aeronautics
& Astronautics, China
Nanjing University of Aeronautics
and Astronautics, China
Chinese Academy of Sciences,
China
Harbin Engineering University,
China
Xuemei Zheng
Yanru Zhong
Yulin Zhong
Dao Zhou
Guangxu Zhou
Guohua Zhou
Hongyu Zhu
Hui Zhu
Long-ji Zhu
Xudong Zou
Harbin Institute of Technology
(HIT), China
Xi'an University of Technology,
China
Ryerson University, Canada
Aalborg University, Denmark
Shandong Academy of Science,
China
Southwest Jiaotong University,
China
Harbin Institute of Technology,
China
Harbin Institute of Technology
(HIT), China
Anhui University of Science and
Technology, China
Huazhong University of Science
and Technology, China
14
Committee Meetings
Committee Meetings
May 23, 2016
Room VIP1
the 1st Floor
IEEE TPEL Associate Editors’ Meeting
13:00-14:30
(Lunch in Room 301-302 during 12:10-13:00)
15:30-16:30
Room 388
CES Leadership & IEEE PELS Team Meeting
the 3rd Floor
IEEE PELS & CPSS Young Professionals and Students Reception
20:00-22:00
May 24, 2016
Room VIP1
the 1st Floor
07:30-09:00
Women in Engineering Breakfast
10:30-11:30
APEC Committee Meeting
11:30-12:30
ECCE Asia Coordinating Committee Meeting
13:30-15:00
ECCE Global Partnership Coordinating Committee Meeting
16:00-17:00
IEEE PELS & CPSS Meeting
15
General Information
Registration Desk
Secretariat Office
Location:
Location:
Hotel Lobby, the 1 Floor, East Hotel Gate
Room 62, the 5th Floor
Operation Hours:
Operation Hours:
May 21, 14:30-18:00
May 21, 08:00-17:20
May 22, 08:00-18:00
May 22, 08:00-17:20
May 23, 08:00-18:00
May 23, 08:00-17:20
May 24, 08:00-18:00
May 24, 08:00-17:20
May 25, 08:00-10:00
May 25, 08:00-12:10
st
Exhibition
Speaker Ready Room
Location:
Location:
Room 305, the 3 Floor
Room 61, the 5th Floor
Operation Hours:
Operation Hours:
May 23, 17:30-18:30
May 22, 14: 00-17:00
May 24, 09:00-17:00
May 23, 08:00-17:00
May 25, 09:00-10:30
May 24, 08:00-17:00
rd
May 25, 08:00-12:10
Breakfast, Lunch & Dinner
May 22, 12:10-13:40, Cafeteria, the 1st Floor
May 22, 18:00-20:00, Room 180&182, the 1st Floor
May 23-25, 07:30-08:20, Room 188, the 1st Floor (Oral Presenters and Session Chairs only)
May 23, 12:10-13:40 & 18:30-20:00, Room 301&302, the 3rd Floor
May 24, 12:10-13:40, Room 382, 386&388, the 3rd Floor
May 24, 18:00-20:30, Room 301, 302&303, the 3rd Floor
May 25, 12:10-13:40 & 18:30-20:00, Room 301&302, the 3rd Floor
Coffee Breaks
May 22, 10:20-10:40 & 15:10-15:30, Hallway on the 3rd Floor
May 23, 10:20-10:40, Room 303&305, the 3rd Floor
May 23, 15:20-15:40, Hallway on the 3rd& 5th Floor
May 23, 17:30-18:30, Room 303&305, the 3rd Floor
May 24, 10:10-10:30 &15:20-15:40, Room 303&305, the 3rd Floor
May 25, 10:10-10:30, Room 303&305, the 3rd Floor
May 25, 15:20-15:40, Hallway on the 3rd & 5th Floor
Conference contact: +86 18297904821
Fire: 119
Emergency:110
Ambulance: 120
16
Committee Meetings
Social Events
Welcome Reception
Time:
May 22, 18:00-20:00
Location:
Room 180 & 182, the 1st Floor
Young Professionals and Students Reception
Time:
May 23, 20:00-22:00
Location:
Room 388, the 3rd Floor
Women in Engineering Breakfast
Time:
May 24, 07:30 -09:00
Location:
Room VIP1, the 1st Floor
Banquet
Time:
May 24, 18:00 -20:30
Location:
Room 301, 302 & 303, the 3rd Floor
Technical Tour:Science Island Tokamak
Time:
May 25, 14:10-17:30
17
Information on Technical Program
Oral Presentation
Oral presenters are asked to bring their PowerPoint (or PDF) slides and submit it at the Speaker Ready Room (Room 61, 5th
Floor) during the conference.
Oral Session Arrangement
Oral presentation is 20 minutes (15 minute presentation + 5 minute Q/A).
Oral Presenters must check in at the Speaker Ready Room (Room 61,5th Floor) at least 4 hours prior to their scheduled session.
Even if you have submitted your presentation in advance and have no changes, you must check and confirm that the
presentation on the conference computer system is correct.
IPEMC 2016-ECCE Asia will prepare a computer for presentation, and speakers are encouraged to use the conference
computer for presentation.
Author’s Breakfast Meeting
The presenter of an oral presentation should also attend author's breakfast between 7:30 - 8:20am on the day when his/her
paper is presented (for both morning sessions and afternoon sessions).
Date
Time
Place
May 23(Mon.)~25(Wed.)
07:30~08:20
Room 188 on the 1st Floor
Poster Presentation
Poster Sessions will be on display on Tuesday (May 24, 2016) in Room 302-303 at Platinum Hanjue Hotel. The poster
presenters should be available for questions at their display boards during their scheduled poster presentation time.
Poster Session Arrangement
1 meter (height) by 2 meter (width) (1.0meter x 2.0meter) poster boards will be provided, so please keep these dimensions in
mind when printing your posters. Push pins will be provided for all poster presenters.
Place: Room 302-303
Poster Session I
Poster Session II
Date
May.24 (wed.),2016
May.24 (wed.),2016
Put-up Time
09:50~10:20
13:00~13:30
Presentation TIME
10:30~12:10
13:40~15:20
Take-down Time
12:10~12:30
15:20~15:40
18
Organized
d Sessionss Organiz
O
zed Se
essionss [O
OS1: Tb8-223]
Stabiliity and Pow
wer Quality
y of Power Electronic Based Systems I
Organizer(s):
O
Frede Blaabjerg
B
(Aallborg Universsity, Denmark
k) & Xiongfeii Wang (Aalb
borg Universiity,
Denmark
k).
[O
OS2: Wa8-23]
Stabiliity and Pow
wer Quality
y of Power Electronic Based Systems II
Organizer(s):
O
Frede Blaabjerg
B
(Aallborg Universsity, Denmark
k) & Xiongfeii Wang (Aalb
borg Universiity,
Denmark
k).
[O
OS3: Ta1-224]
GaN Power
P
Devicce Applicattion
Organizer(s):
O
Xinke Wu
W (Zhejiang U
University, P.R
R.China)
[O
OS4: Ma6-25]
Coordinating Co ntrol of Pa
arallel Conv
verters in M
Micro-Grid
ds
Organizer(s):
O
Liu
[O
OS5: Tb9-226]
Advan
nced Powerr Conversio
on Systems for Energyy Storage
Organizer(s):
O
Hongfeii Wu (Nanjingg University of
o Aeronauticcs and Astronaautics, P.R.Ch
hina), Yan Xinng
Jin
njun (Xi’an Jiiaotong Univeersity, P.R.Chin
na)
(Nanjing
g University of Aeronauticcs and Astron
nautics, P.R.C
China) & Kai Sun (Tsinghhua
Universiity, P.R.Chinaa)
[O
OS6: Wd6--27]
Advan
nced Powerr Control Technologie
T
s for AC/D
DC Hybrid Microgrids
M
s
Organizer(s):
O
Yun Weii Li (Universitty of Alberta, Canada) & Kai
K Sun (Tsingghua Universitty, P.R.China)
[O
OS7: Tb2-228]
Fault-D
Diagnosis and Faullt-Tolerant Control of Power Electronics
Appliccations
Organizer(s):
O
Dong-Ch
hoon Lee (Yeu
eungnam Univ
versity, Korea))
[O
OS8: Ta5-229&Tb5-29]
Power Quality An
nalysis and
d Enhancem
ment
Organizer(s):
O
Jinwei He
H (Tianjin Unniversity, P.R.China)
[O
OS9: Mb6--30]
High Power
P
Denssity AC-DC
C/ DC-DC Converter
C
Organizer(s):
O
Huangjeen
Chiu (Nattional Taiwan
n University off Science and Technology, Taiwan)
T
19
[O
OS10: Wd77-31]
Microg
grids
Organizer(s):
O
Meiqin Mao
M (Hefei U
University of Technology,
T
P.R.China)
[O
OS11: Wb99-32]
Reliab
bility of Pow
wer Electro
onics
Organizer(s):
O
Ke Ma (Aalborg
(
Univversity, Denmaark)
[O
OS12: Ta6--33&Tb6-33] HVDC
C and DC Grid Tecchnologies for Grid Integratio
on of Largge
Renew
wable Energgy
Organizer(s):
O
Liangzh
hong Yao (Chinna Electric Po
ower Research
h Institute, P.R
R.China)
[O
OS13: Wc22-34]
LED Driver
D
Tech
hnology
Organizer(s):
O
Yijie Waang (Harbin Innstitute of Tecchnology, P.R.China)
[O
OS14: Wb11-35]
New Technology
T
and Develo
opment Treend of Elecctric Vehiclees
Organizer(s):
O
Hongmeei Li (Hefei U
University of Technology,
T
P.R
R.China)
[O
OS15: Ma99-36]
Grid Scale
S
Energgy Storage:: Modelling
g and Contrrol (I)
Organizer(s):
O
Pinglian
ng Zeng (Chinna Electric Pow
wer Research Institute, P.R..China)
[O
OS16: Tb7--36]
Grid Scale
S
Energgy Storage:: Modelling
g and Contrrol (II)
Organizer(s):
O
Pinglian
ng Zeng (Chinna Electric Pow
wer Research Institute, P.R..China)
[O
OS17: Mb99-37]
Grid Scale
S
Energgy Storage:: Economiccs and Busin
iness Models
Organizer(s):
O
Pinglian
ng Zeng (Chinna Electric Pow
wer Research Institute, P.R..China)
[O
OS18: Wa22-38]
Simula
ating the Next-generation of Energy C
Conversion
n System in
Real-tiime
Organizer(s):
O
Weihua Wang (Opal-R
RT Technolog
gies Inc., Canaada)
[O
OS19: Ta9--39]
Penal Session: Th
he Role of Grid Scalee Energy SStorage in Low
L
Carboon
Futuree
Organizer(s):
O
Pinglian
ng Zeng (Chinna Electric Pow
wer Research Institute, P.R..China)
20
Te
echnical To
our Techn
nical T
Tour There is a planneed half-day teechnical tour to
o visit EAST tokamak on Science
S
Island, Hefei, in thee afternoon on
n May 25th, 2016.
AST tokamak is designed on
o the basis of
o the latest tookamak achieevements of th
he last centurry, aiming at the world fussion
EA
ressearch forefront. Its missioon is to condu
uct fundamenntal physics an
nd engineerin
ng researches on advanced
d tokamak fussion
reaactors with a ssteady, safe annd high perform
mance, to proovide a scientific base for ex
xperimental reeactor design and construction,
and
d to promote the developm
ment of plasma physics andd related disciiplines and technologies. E
EAST device has
h three disttinct
feaatures: non-cirrcular cross-seection, fully superconductinng magnets an
nd fully activeely water coolled plasma faacing componeents
(PF
FCs) which w
will be beneficiial to explore the advancedd steady-state plasma operattion modes. E
EAST construcction and phyysics
ressearch will prrovide direct experience fo
or the construuction of Inteernational Thermonuclear Experimentall Reactor prooject
(IT
TER), and plaay a leading role in high-performancee steady-state plasma physsics research in the world
d, and ultimaately
con
ntribute to thee developmennt of ITER an
nd the fusion energy. Com
mpared with IT
TER, although
gh smaller, EA
AST is similaar to
ITE
ER in shape aand equilibriuum, yet more flexible. Durring the 10 yeears for ITER
R constructionn, EAST will be one of a few
inteernational devvices that cann be an impo
ortant experim
mental test beench for cond
ducting ITER related stead
dy-state advannced
plaasma science aand technologgy research.
ming at long pulse plasma discharges, a series of expperimental tecchniques havee been develooped or impro
oved on EAST
T in
Aim
reccent years, succh as ion cyclootron heating, plasma diagnnostics and co
ontrol, lithium wall conditiooning; the effeective heating and
currrent drive weere realized unnder a variety
y of plasma coonfigurations; and the diverrtor operationn were exploreed in steady-sstate
mo
ode. These conntributed to a lot of achieveements on EA
AST experimen
nts: obtainmen
nt of repeatabble plasma currrent of 1MA, the
hig
ghest parameter on all exissting supercon
nducting deviices, realizing
g EAST first scientific
s
goall. Long-pulsee diverted plassma
disscharges of 0.225MA and 100s duration un
nder the centrral electron tem
mperature of 15
1 million deggrees were reaalized. This iss the
lon
ngest diverted plasma dischharge in the world
w
up to now
w. H-mode pllasma discharge were succeessfully obtain
ned; Throughh the
furrther optimizaation of the operation
o
mod
de, H-mode pplasma discharge reachs 6.4
4s, with a duuration more than 60 timess of
eneergy confinem
ment time, reaalizing quasi-ssteady state; Im
mportant prog
gress has been
n made on thee study of plaasma spontaneeous
rotation experim
ment and mechhanism researcch of L-H modde conversion
n.
AST project w
was approved by the Natio
onal Developm
ment and Refform Commisssion in July 1998. Constrruction startedd in
EA
Occtober, 2000; aassembly was finished at th
he end of 20055, and commisssioning was completed
c
in March 2006. Its design, R&
&D,
con
nstruction andd assembly havve been done mainly by sciientists, engin
neers and techn
nicians in the A
ASIPP.
21
Plenary Sessions
Plenary Sessions (May 23, 2016, 08:30-12:10)
Title:
Si and SiC Power Modules Enabling Power Electronics Growth
Speaker: Gourab Majumdar
Abstract: The global climate change has become a concern of everyone’s
daily life forcing demand for energy saving and ecological compatibility in
power consumption to grow extremely high. This trend is driving
developments of newer and advanced power device technologies for
more-efficient power conversion in all areas of power electronics application
including renewable energy sources, as power devices are considered to be
extremely important for contributing effectively in the global effort to curb
climate change. This presentation is prepared to explain various
state-of-the-art power devices/modules focusing on the latest generation of
silicon IGBT and SiC power chip technologies. It will also provide highlights
of expected future trends in such fields.
Bio: Gourab Majumdar received Bachelor degree from Indian Institute of
Technology (IIT), India in 1977 and Doctor degree from Kyshuu Institute of
Technology (KIT), Japan in 2005. He was employed by Mitsubishi Electric
Corporation in 1980 and since 2012, he has been acting as Executive Fellow,
Semiconductor & Device Group of Mitsubishi Electric Corporation.
He has published and co-authored many technical papers and books on power
devices and holds several patents in the related fields. He is a recipient of the
prestigious National Invention Award in Japan in 2005 for invention of the
IPM (Intelligent Power Module) fundamental concept and has also received a
number of other prestigious awards. He served as the General Chairman of
ISPSD 2013 and has been participating as a member of both PCIM’s
Advisory Board and ISPSD’s Advisory Committee.
22
Plenary Sessions
Title:
State-of-the-Art PV Inverters
Speaker:Jack (Yilei) Gu
Abstract: PV inverter is the key component to link PV modules and the
power grid. This presentation introduces the state-of-the-art of PV inverters.
To achieve higher efficiency, selecting the switching frequency is always a
compromise since semiconductor switches tend to have lower frequency to
lower switching losses, while magnetics tend to have higher switching
frequency to lower core losses and winding losses. There are two optional
directions to mitigate the conflict. One is to use multi-level topologies. The
other is to use wide-band-gap devices. Therefore, the state-of-the-art and the
development trend of multi-level topologies and wide-band-gap device
applications will be discussed here. 1500V PV module is the trend to further
lower the system power loss. The benefits and challenges will be discussed.
From the output side, MV/HV output inverter, up to 35KV, is envisioned to
remove the power transformer that boost the voltage from 690V to 35KV.
Lastly, an innovative concept of solar+agriculture will be introduced, which is
being deployed in Asia, especially in China to resolve the land shortage issue.
New benefits and challenges for PV inverters in such applications will be
discussed.
Bio: Jack (Yilei) Gu received the B.A. degree in Applied Electronics and Ph.
D. degree in Power Electronics from Zhejiang University, Hangzhou, China,
in 1999 and 2007, respectively. He is currently with Sungrow Power Supply
Co., LTD as Vice President of Research Institute to lead technical research
programs for new energy applications, covering solar power, wind power,
energy storage and electric vehicles.
From 1999 to 2002, he was with Delta Power Electronics Center in Shanghai
as an R&D Engineer. From 2007 to 2015, he was with Eaton as a Global
Technical Manager of Corporate Research and Technology. During that
period, he developed and commercialized advanced technologies for Power
Quality business, Power Distribution business, and Hydraulic business. He
was certificated as DFSS Black Belt.
He holds 14 patents. He has published 74 technical papers in journals and
conferences. He is recognized as “High Level Lead Talents” by Shenzhen
City and “Top 100 Talents” by Hefei City.
23
Title:
Technology and Application of High Power Electromagnetic Stirring and Heating
Speaker: An Luo
Abstract: Technologies and equipment development of high power
electromagnetic stirring and electromagnetic heating is the key technologies
to improve the steel quality and decrease the energy consumption. A number
of core technologies are broken through after decades of research. The
industrializing and engineering applications are successfully realized. These
innovations on electromagnetic stirring systems and electromagnetic heating
systems are introduced in this presentation.
The developed electromagnetic stirring and electromagnetic heating
systems have been applied to more than 160 iron and steel enterprises at home
and abroad. Domestic market share of electromagnetic stirring systems is
70%. The share of electromagnetic heating systems is 100% in China. Energy
saving is significant and economic benefits is notable. The cumulative benefit
was up to 1.53 billion in terms of 8 iron and steel enterprises. And it was
exported to Europe, the Middle East, South America, Asia and so on.
Bio: An Luo received Ph.D. at Zhejiang University in 1993. Thereafter, he
studied in electric power converter and control at the Duisburg University in
German and the Bristol University in Britain. Prof. Luo is a Member of the
Chinese National Academy of Engineering, a professor of Hunan University,
the director of the National Electric Power Conversion and Control
Engineering Technology Research Center, a Senior Member of the IEEE
Power Electrics Society.
Prof. Luo has developed a wide range of groundbreaking power electronics
technologies. His work has fundamentally transformed the metallurgical
industries and electricity infrastructure in China. He received the Delta
Scholar Award. He won Ho Leung Ho Lee Award for Scientific and
Technological Progress in 2015. He also won the China National Technology
Innovation Award (Second Prize) in 2014, China National Science and
Technology Progress Awards (Second Prize) twice in 2010 and 2006, and
WIPO-SIPO Award for Chinese Outstanding Patented Invention in 2014.
24
Plenary Sessions
Title:
Motor and Inverter Developments for EVs
Speaker: Kwang Hee Nam
Abstract: High power density is a major requirement for EV propulsion
motors. A development procedure for an EV PMSM is presented, along with
test results. As an effort to eliminate the use of rare-earth magnets, a wound
field synchronous motor was also developed. Its characteristic features are
shown. The EV inverter program should accommodate high nonlinearities of
the motor since the motor is highly saturated and the operation range is wide.
To achieve the current minimizing torque control, the current and voltage
limits should be considered with torque curve. Instead of analytic solution, a
lookup table based method is utilized practically. Various constraints are
considered for optimization. Finally, a development process for a 200kW
battery simulator is presented.
Bio: Kwang Hee Nam graduated from Seoul National University in 1980, and
received Master’s degree in Mathematics from University of Texas at Austin
in 1986. He also received Ph. D. degree from Dep. of Electrical and Computer
Engineering, University of Texas at Austin in 1986. He has worked at
POSTECH as a professor since1987. He received best paper awards from
IEEE Industrial Electronics Society and IEEE PELS in 2000 and 2015,
respectively. He is the author of a book about AC motor control which was
published in 2010. He conducted many industrial projects regarding motor
drives. His current interests include motor control, motor design, and EV
propulsion system. He has participated many times in Korean government
R&D planning, and is now working as the President of Korean Institute of
Power Electronics.
25
Title:
Speaker:
Grid Modernization: Electronic, Fractal, Structured, Fault-Tolerant, Resilient, and Asynchronous
Don Tan
Abstract: Grid modernization requires a win-win-win approach for the
environment, consumers, and grid owners. Electronictization will provide a
foundation for remote control and intelligence. The grid will have fractal
architecture in order to be infinitely expandable. Structured microgrids will
naturally integrate the renewables with storage to provide autonomous energy
balance and control. Grid’s ability for fault isolation localizes any failure to
minimize its impact. Built-in fault and redundancy management can enable
self–resiliency to autonomously recover from natural or man-made disasters.
And the back-to-back dc-dc will enable asynchronous generation to
significantly enhance grid robustness while reducing grid operational cost.
Bio: Dr. Tan is a fellow of IEEE, Fellow and Power Products Manager with
NGAS. He, together with his colleagues, has achieved many high-impact
industry firsts with unparalleled performances, including resilient dc
macro-grid, adiabatic power with record efficiency, highest precision pointing
accuracy, lowest temperature cryogenic cooling for ultra-low noise instrument,
and highest beam quality in laser. He is a frequent keynote speaker and the
principal author for more than 100 papers and presentations. His research has
attracted more than $30M funding.
He has been providing many IEEE and PELS leadership and services,
including Member of the IEEE Board of Directors (2017-2018), Division II
Director-Elect (2016), PELS Nomination Committee Chair (2015-2016), EiC
(founding) of IEEE Journal of Emerging and Selected Topics in Power
Electronics (2013-present), PELS President (2013-2014), PELS Vice President
for Operations (2009-2012), Guest EiC, IEEE Transactions on Power
Electronics (2011), Guest EiC IEEE Transactions on Industry Applications
(2012), Member of IEE PELS Fellow Committee (2010-2013), PELS AdCom
Member at Large (2005 – 2009), and PELS Vice President for Meetings
(2001-2004).
26
Plenary Sessions
Title:
High Efficiency Wireless EV Charger Based on Capacitive Power Transfer Principle
Speaker:Chris Mi
Abstract: Capacitive power transfer (CPT) technology utilizes
high-frequency alternating electric filed to transfer power without direct
electric connection. At this large distance, the coupling capacitance is
typically at pF range, and the series resonance topology is no longer suitable.
In this presentation, a double-sided LCLC-compensated topology and its
design process are proposed. 150mm distance power transfer by capacitive
coupling is presented here. It is essentially designed for electric vehicle
charging applications. Two pairs of metal plates are utilized to form two
coupling capacitors to transfer power wirelessly. The LCLC-compensated
structure can dramatically reduce the voltage stress on the coupling capacitors
and maintain unity power factor at both the input and output. A 2.4kW CPT
system is designed with four 610mm × 610mm copper plates and an air gap
distance of 150mm. The experimental prototype reaches a dc-dc efficiency of
90.8% at 2.4kW output power. Dr. Chris Mi and his team have shown that it is
possible to achieve excellent efficiencies at the power level and distance
applicable to EV charging, breaking the established myth, enabling a
paradigm change on EV charging, and making low cost wireless power
transfer from science fiction to reality.
Bio: Chris Mi is a fellow of IEEE, Professor and Chair of the Department of
Electrical and Computer Engineering, and the Director of the US DOE funded
GATE Center for Electric Drive Transportation at San Diego State University,
USA. He was previously a professor at the University of Michigan, Dearborn
from 2001 to 2015. He is the Co-Founder of Gannon Motors and Controls
LLC and Mia Motors Inc.
His research interests are in electric and hybrid vehicles. Dr. Mi has published
more than 100 articles and delivered 30 invited talks and keynote speeches in
many countries. He is one of the three Area Editors of the Editor of IEEE
Transactions on Vehicular Technology, associate editor of IEEE Transactions
on Power Electronics, Associate Editor of IEEE Transactions on Industry
Applications. He is also the General Co-Chair of IEEE Workshop on Wireless
Power Transfer and the chair for the IEEE Future Direction’s Transportation
Electrification Initiative (TEI) e-Learning Committee and developed an
e-learning module on wireless power transfer.
27
Tutorials
Preparing and Reviewing Manuscripts
for IEEE Journal Publication
Brad Lehman, Jian Sun, Don Tan, Juri
Jatskevich
May 22, 2016, 08:50-12:10
310-312
and fault detection, and fault current limiters.
Dr. Lehman is Editor-in-Chief of the IEEE Transactions
on Power Electronics and is the recipient of the 2015
IEEE Power Electronics Society Modeling and Control
Technical Achievement Award. He was highlighted in the
inaugural edition of the book The 300 Best Professors,
Princeton Review, 2012. He was previously an NSF
Presidential Faculty Fellow, an Alcoa Science Foundation
Fellow, and a Visiting Scientist at MIT. He also
previously chaired the IEEE LED lighting standards
group (PAR1789).
The current and former editor-in-chiefs (EICs) of the
following IEEE journals in the field of power electronics
will jointly present this tutorial which aims at helping
ECCE Asia attendees who are interested in publishing in
or reviewing for these journals to become more
productive authors and reviewers:
 IEEE Transactions on Power Electronics
 IEEE Power Electronics Letters
 IEEE Journal of Emerging and Selected Topics in
Power Electronics
 IEEE Transactions on Energy Conversion
After an overview of each journal’s history and current
status, the EICs will discuss the scope and emphasis of
each journal to help prospective authors select the most
appropriate venue for publishing their work. Each EIC
will further discuss the review process of each journal
from initial submission to actual publication, and explain
the criteria and considerations behind the review forms
that authors and associate editors are asked to use. The
EICs will also share best practices and common mistakes
from their experience of working with authors as well as
reviewers, and discuss frequently asked questions.
Jian Sun (M’95-SM’09-F’14) is
currently a Professor at Rensselaer
Polytechnic Institute, USA. He is also
the Director of Center for Future
Energy Systems (CFES) at RPI.
Dr. Sun is a Fellow of IEEE. He served
as the Editor-in-Chief of IEEE Power
Electronics Letters from 2008 through
January 2014, and as Chair of the IEEE
Power Electronics Society’s Technical Committee on
Power and Control Core Technologies from 2007 through
2012. He was the General Chair of IEEE COMPEL’06
Workshop and has been involved in the organization of
several other PELS conferences. Currently he serves as
the Treasurer of PELS. He received the PELS Modeling
and Control Technical Achievements Award in 2013 for
contributions to averaged modeling and stability analysis
of ac power electronics systems.
His research interests are in the general area of power
electronics and energy conversion, with a focus on
modeling, control, as well as applications in aerospace
and renewable energy systems.
Presenter(s)’ Bio
Dr. Don Tan is a fellow of IEEE,
Fellow and Power Products Manager
with NGAS. He, together with his
colleagues, has achieved many
high-impact industry firsts with
unparalleled performances. He is a
frequent keynote speaker and the
principal author for more than 100
papers and presentations. His research
has attracted more than $30M funding.
His recent recognitions include NGAS Engineering
Choice Award – Innovation of the Year (2014 2nd place),
Distinguished Engineer (2011), CIE USA Asian American
Engineer of the Year Award (2010), AIAA Space System
Tutorial 1
Topic:
Presenter(s):
Time:
Room:
Abstract
Brad Lehman (M’92–SM’08) is
currently a Professor at Northeastern
University, USA, and was earlier an
Assistant Professor at Mississippi State
University. His research interests
include power electronics, with
emphasis on the modeling, design, and
control of high density dc–dc
converters with applications in solar
energy, LED lighting, battery chargers, and
telecommunication power supplies. He also performs
research in solar forecasting, solar PV grid integration
28
Tutorials
Award (2008). His double forward technology was
licensed to a company.
He has been providing many IEEE and PELS leadership
and services, including Member of the IEEE Board of
Directors (2017-2018), Division II Director-Elect (2016),
PELS Nomination Committee Chair (2015-2016), EIC
(founding) of IEEE JESTPE (2013-present), PELS
President (2013-2014), PELS Vice President for
Operations (2009-2012), Guest EIC, IEIEEE Transactions
on Power Electronics (2011), Guest EIC IEEE
Transactions on Industry Applications (2012), Member of
IEE PELS Fellow Committee(2010-2013), PELS AdCom
Member at Large (2005 – 2009).
Dr. Juri Jatskevich received the
M.S.E.E. and Ph.D. degrees from
Purdue University, USA. He is
presently a Professor at the
University of British Columbia,
Canada. He Chaired the IEEE CAS
Power Systems & Power Electronic
Circuits Technical Committee in
2009-2010. Dr. Jatskevich has
served as an Associate Editor for
the IEEE Transactions on Power Electronics for the
period 2008 – 2013. He is presently the Editor-In-Chief
of IEEE Transactions on Energy Conversion, and Editor
of IEEE Power Engineering Letters. He is also chairing
the IEEE Task Force on Dynamic Average Modeling.
Dr. Jatskevich was the General Chair of the Sixteenth
IEEE Workshop on Control and Modeling for Power
Electronics (COMPEL 2015), and he presently also
serves on the IEEE Publication Services and Products
Board (PSPB) Strategic Planning Committee, IEEE PELS
Power and Control Core technologies and IEEE PES
Electric Machinery Committee. His research interests
include power electronic systems, electrical machines and
drives, modeling and simulation of electromagnetic
transients.
Tutorial 2
Topic:
Presenter(s):
Time:
Room:
Design of Wireless Electric Vehicles:
Dynamic
&
Stationary
Charging
Technologies
Chun T. Rim
May 22, 2016, 08:50-12:10
311-313
Abstract
Electric vehicles (EVs) powered by wireless power
transfer systems (WPTSs), called wireless electric
vehicles (WEVs), are becoming popular and rapidly
growing in the market place. The analysis and design of
WEVs are extensively covered in this seminar.
First, roadway-powered electric vehicles (RPEVs) are
widely explored, which exploit dynamic charging
technology and are an attractive candidate for future
transportation because they do not rely on a large and
heavy battery but directly and efficiently get power while
moving along a road. The research and development
history of RPEVs is fully reviewed, including firstly
commercialized on-line electric vehicles (OLEVs) in
2013. Important design issues on the WPTS of RPEVs
are discussed in detail.
Second, the stationary charging technology for plug-in
hybrid EVs (PHEVs) and battery EVs is introduced.
Improved magnetic mirror models (IM3) and generalized
active EMF cancelling methods for WEV are introduced.
Innovative design examples for large lateral/longitudinal
tolerances, robust characteristics on air-gap variation, low
EMF, and high power are provided.
Presenter(s)’ Bio
Chun T. Rim (M’90–SM’11) received
the B.S. degree with Honor from the
Kumoh Institute of Technology (KIT),
Korea, in 1985, and the M.S. and Ph.D.
degrees from the Korea Advanced
Institute of Technology (KAIST),
Korea, in 1987 and 1990, respectively.
Since 2007, he has been an associate professor at KAIST.
His research areas include wireless electric vehicles,
wireless power systems for robots, mobiles, wearables
and IoT, and general unified modeling of power
electronics. He has authored or coauthored 150 technical
papers, written ten books, and holds 142 patents. He won
numerous awards including the Best Paper Award of
IEEE Power Electronics Transactions in 2015 and three
prizes by the Korean government.
29
He is now an associate editor of IEEE Transactions on
Power Electronics and the Journal of Emerging and
Selected Topics in Power Electronics (JESTPE), and the
general chair of the 2014 IEEE VTC-Workshop on
Wireless Power (WoW), 2015 IEEE WoW, and
2016/2017 IEEE WoW.
Dr. Liu serves an Editor of IEEE JESTPE since 2012; an
associate Editor for IEEE TPEL since 2001; a General
Co-Chair of ECCE 2015. Currently, he serves as the chair
of the PELS Technical Committee of Power and Control
Core Technologies since 2013. He served as the chair of
the PELS Technical Committee on Power Conversion
Systems and Components from 2009 to 2012.
Tutorial 3
Topic:
Presenter(s):
Time:
Room:
Design, Control and Topology for High
Performance LLC Resonant Converters
Yan-Fei Liu
May 22, 2016, 08:50-12:10
316-318
Tutorial 4
Topic:
Presenter(s):
Time:
Room:
Technology and Practical Techniques to
Test Power Devices
Ryo Takeda
May 22, 2016, 08:50-12:10
320-322
Abstract
Abstract
The LLC resonant converter has attracted a lot of
attention and application recently due to its advantages.
The purpose of this tutorial is to provide an overview of
the latest technologies of the LLC converter in high
performance application, such as wide input voltage
range, fast dynamic response, as well as high load
current.
This tutorial will cover the following aspects related to
LLC resonant converter: (1) Current sharing technology,
three current sharing technologies will be discussed; (2)
Accurate and cycle-by-cycle current sensing of the LLC
input current for protection and better dynamic control;
(3) Fast dynamic response with Bang-Bang Charge
Control; (4) Precise design of LLC converter to meet the
required input/output voltage gain requirement; (5)
Precise SR FET driving to ensure that the SR is turned off
only when the current falls down to zero; and (6) A wide
input voltage operation for LLC converter.
Presenter(s)’ Bio
Yan-Fei Liu (Fellow 2013): Dr. Liu
received the B.Sc. and M.Sc. degrees
from Zhejiang University, China and
the Ph.D. degree from Queen’s
University, Canada.
From February 1994 to July 1999, he
worked as a Technical Advisor with
the Advanced Power System Division
of Nortel Networks. Since 1999, he
has joined Queen's University. Current he is a professor
of Queen's University. His recent research interests
include digital control technologies, DC–DC converter,
LLC converters, and LED drivers, etc. Dr. Liu holds 20
US patents and has published more than 180 technical
papers. He is also a principal contributor for three IEEE
standards.
Wide band gap power devices (such as those constructed
from gallium nitride or silicon carbide) offer significant
benefits over power devices fabricated from silicon. For
the devices made of those new materials, a
comprehensive & accurate measurement is necessary to
reveal the real characteristic of the device.
In this tutorial, we will discuss and demonstrate the
technology and practical measurement method to reveal
the characteristics of power devices. Beside the static I-V
and capacitance characteristic tests, we will share and
demonstrate the tips and tricks to obtain accurate
measurements (eg. Oscillation or self-heating prevention,
capacitance measurement on normally-on device,
waveform inspection…etc).
Presenter(s)’ Bio
Ryo Takeda is a senior technologist
at Keysight Technologies. After
joining Hewlett-Packard in 1989, he
worked
as
an
application
development engineer and manager
for semiconductor parametric test
instruments for more than 10 years.
Since moving over into product
planning, he has guided Keysight’s
power device analyzer product definition and performed
activities that include market research, business planning
and product management. His visits to more than 200
engineers around the world involved with power device
characterization and his application engineering support
activities have given him a strong knowledge base on
power device characterization requirements and
measurement techniques. He holds a BSEE and MSEE
from Keio University (Japan) in the area of
semiconductor device physics.
30
Tutorials
Advanced Control Strategy for High
Performance AC Servo Systems
Dianguo Xu, Ming Yang, Yong Yu
May 22, 2016, 08:50-12:10
321-323
Transactions on Industrial Electronics and IEEE
J-ESTPE. He served as Technical Program Committee
Chair of IPEMC 2012-ECCE Asia, Technical Program
Committee Co-Chair of ICPE 2015-ECCE Asia, Steering
Committee Co-Chair of PEAC2014, Steering Committee
Co-Chair of IPEC-Hiroshima 2014 -ECCE Asia,
Honorary Technical Program Chair of IFEEC 2013,
Steering Committee Co-Chair of ICPE 2011-ECCE Asia,
National Steering Committee Co-Chair of IPEMC
2009-ECCE Asia.
High performance AC servo systems have become the
indispensable and significant part of the industrial robots,
specialized robots, numerical control machine tools and
other industrial automation devices. In this tutorial,
introductions about high quality current loop, parameter
self-tuning, mechanical resonance suppression and other
related technologies will be covered. As well, the latest
performance tests of national standards for servo drive
unit will be presented.
Starting from the principles and characteristics of current
predictive control, this tutorial will emphasize on the
introduction of static error elimination and dead-time
compensation, two difficult issues within the predictive
current control. Then, a proposed controller parameter
self-tuning strategy based on the frequency domain index
will be discussed. After that, this tutorial will present a
comprehensive analysis of the contemporary mainstream
mechanical resonance suppression technology followed
by a quantitative analysis on speed, load and other
operating conditions influences on gear fault diagnosis
based on MCSA method. This tutorial also focuses on the
IGBT open circuit fault diagnosis, speed sensor fault
diagnosis, current sensor fault diagnosis and their tolerant
control schemes.
Dr. Ming Yang received the B.S.,
M.S., and Ph.D. degrees from
Harbin Institute of Technology
(HIT), Harbin, China, in 2000, 2002,
and 2007, respectively. In 2004, he
joined HIT as a Lecturer and he is a
Professor and deputy director of
Power Electronics and Electrical
Drives Research Laboratory of HIT
now. From 2009 to 2012, he was a Postdoctoral Fellow
with Shanghai STEP Electric Corporation. He has
authored more than 60 technical papers. He is the holder
of 14 Chinese patents. He is responsible for the draft of 7
national standards of servo drives and motor performance
tests. His current major research interests include PMSM
servo systems, predictive current control, and mechanical
resonance suppression.
Dr. Yang is a member of IEEE, a committee member and
deputy secretary general of the Electrical Automation
Special Committee, Chinese Automation Society, a
committee member and deputy secretary general of the
Electronic Control System and Device Special
Committee, Chinese Electrotechnical Society.
Tutorial 5
Topic:
Presenter(s):
Time:
Room:
Abstract
Presenter(s)’ Bio
Dianguo Xu (M’97, SM’12)
received the B.S. degree from
Harbin Engineering University,
China, in 1982, and the M.S. and
Ph.D. degrees from Harbin Institute
of Technology (HIT), China, in
1984 and 1989 respectively.
In 1984, he joined HIT as an
Assistant Professor. Since 1994, he
has been a Professor of HIT. He is now the Vice President
of HIT. His research interests include sensorless vector
controlled AC motor drives, renewable energy generation
technology, power quality mitigation, high performance
PMSM servo system. He published over 600 technical
papers.
Dr. Xu is a senior member of IEEE, Chairman of IEEE
Harbin Section, an Associate Editor of the IEEE
Dr. Yong Yu was born in Shulan,
JiLin Province, China in 1974. He
received the B.S., M.S., and Ph.D.
degrees in electrical engineering from
Harbin Institute of Technology
(HIT), Harbin, China, in 1995, 1997,
and 2003, respectively. In 1997, he
joined the Department of Electrical
Engineering, HIT as a Lecturer, He is
a Professor, doctoral supervisor and deputy director of
Advanced Electronics Institute of Harbin Institute of
Technology now. From 2005 to 2009, he was a
Postdoctoral Fellow. He has authored more than 50
technical papers published in journals and conference
proceedings. He is the holder of 12 Chinese patents. His
current major research interests include induction motor
drive systems, speed sensorless control, and fault
diagnosis and tolerant control of inverters.
31
Tutorial 6
Topic:
Presenter(s):
Time:
Room:
Solid-State Transformers - Key Design
Challenges, Applicability, and Future
Concepts
Johann W. Kolar, Jonas E. Huber
May 22, 2016, 13:40-17:00
310-312
Abstract
This tutorial introduces participants to the Solid-State
Transformer (SST) concept in a comprehensive and
easy-to-follow fashion. After a brief review of
transformer basics and of the SST concept history, the
motivation, requirements, and challenges associated with
SST applications in future locomotives, smart grids, and
for general isolated DC/DC conversion are identified.
Furthermore, the operation of high-power isolated
DC/DC converters is detailed, and modern WBG power
semiconductors, medium-frequency transformer design,
multi-cell converter control system partitioning, etc. are
discussed. Finally, aspects of testing high-power
medium-voltage systems and construction issues of
modular medium-voltage converters are summarized. To
render the discussions more tangible, the challenges and
potential solutions are illustrated using an exemplary
1MVA multi-cell distribution level SST system. Finally,
future concepts such as unidirectional SSTs are
addressed, and the most promising application scenarios
for SSTs as well as future research areas are identified,
before the tutorial concludes with a critical evaluation of
the SST concept.
Presenter(s)’ Bio
Johann W. Kolar (F´10) is currently
a Full Professor and Head of the
Power Electronic Systems Laboratory
at the Swiss Federal Institute of
Technology (ETH) Zurich. He has
proposed numerous novel PWM
converter topologies, and modulation
and control concepts and has
supervised over 50 Ph.D. students. He has published over
650 scientific papers in international journals and
conference proceedings, 3 book chapters, and has filed
more than 120 patents. He has presented over 15
educational seminars and leading international
conferences and has received 21 IEEE Transactions and
Conference Prize Paper Awards, the 2014 IEEE
Middlebrook Award, and the ETH Zurich Golden Owl
Award for excellence in teaching. The focus of his current
research is on ultra-compact and ultra-efficient SiC and
GaN converter systems, wireless power transfer,
Solid-State Transformers, Power Supplies on Chip, and
ultra-high speed and bearingless motors.
Jonas E. Huber (S´10) received his
MSc degree (with distinction) from the
Swiss Federal Institute of Technology
(ETH) Zurich, Switzerland, in 2012.
He then joined the Power Electronic
Systems Laboratory, ETH Zurich, as a
PhD student, where his main research
interests are in the area of solid-state
transformers for smart grid applications, focusing on the
analysis, optimization, and design of high-power
multi-cell converter systems, reliability considerations,
control strategies, and grid integration aspects, among
others.
Tutorial 7
Topic:
Presenter(s):
Time:
Room:
Capacitors
in
Power
Electronics
Applications - Sizing, Modeling, and
Reliability
Huai Wang, Frede Blaabjerg
May 22, 2016, 13:40-17:00
311-313
Abstract
Capacitors are one of the key components in typical
power electronic systems in terms of cost, volume, and
reliability. Power electronics applications are consuming
unprecedented quantities of electrolytic capacitors, film
capacitors, and ceramic capacitors. This tutorial aims to
discuss the sizing, modeling, and reliability analysis of
capacitors from an application perspective. The criteria
for sizing the DC-link capacitors and AC filter capacitors
will be presented. It takes into account the steady-state
performance, transient and stability performance of
power electronic converters. Mission profile based
electro-thermal-lifetime modeling of capacitors in power
electronics applications will be discussed. Different
capacitance minimization techniques and its impact on
system level reliability, volume, and cost will be covered.
A few step-by-step examples of capacitor sizing and
optimization
for
Photovoltaic
inverters,
solid-state-transformers, and modular multi-level
converters will be given during the tutorial. The results to
be presented are the latest research outcomes from the
Center of Reliable Power Electronics (CORPE).
Presenter(s)’ Bio
32
Tutorials
Huai Wang is currently an Associate
Professor and a work package leader
with the Center of Reliable Power
Electronics
(CORPE),
Aalborg
University, Denmark. His current
research
interests
include
the
reliability of power electronic systems,
reliability of capacitors and IGBT
modules, and emerging power electronics applications. In
CORPE, he also leads a capacitor research group. He has
co-edited a book on Reliability of Power Electronic
Converter Systems in 2015, filed 4 patents, and
contributed more than 90 SCI/EI indexed publications.
Dr. Wang received his PhD degree from the City
University of Hong Kong, China, in 2012. He was a
Visiting Scientist with the ETH Zurich, Switzerland, in
2014 and with the Massachusetts Institute of Technology
(MIT), USA, in 2013. He was with the ABB Corporate
Research Center, Switzerland, in 2009. He serves the
Guest Editor-in-Chief of IEEE JESTPE special issue on
power electronics for energy efficient buildings and an
Associate Editor of IEEE Transactions on Power
Electronics.
Frede Blaabjerg (F’03) is currently a
Professor with the Department of
Energy Technology and the Director
of Center of Reliable Power
Electronics
(CORPE),
Aalborg
University, Denmark. He has intensive
research work on power electronics
and its applications and the reliability
of power electronic systems. He has held more than 300
lectures national and international. He was a
Distinguished Lecturer for the IEEE Power Electronics
Society from 2005 to 2007 and for the IEEE Industry
Applications Society from 2010 to 2011. He has
contributed more than 800 journal and conference papers.
Dr. Blaabjerg received the IEEE William E. Newell
Power Electronics Award in 2014, the IEEE PELS
Distinguished Service Award in 2009, the Outstanding
Young Power Electronics Engineer Award in 1998, and
15 IEEE Prize Paper Awards. He served the
Editor-in-Chief of the IEEE Transactions on Power
Electronics from 2006 to 2012. He is nominated in 2014
by Thomson Reuters to be between the most 250 cited
researchers in Engineering in the world.
Tutorial 8
Topic:
Presenter(s):
Time:
Room:
Principles and Practices of Digital
Current Regulation for AC Systems
Grahame Holmes
May 22, 2016, 13:40-17:00
316-318
Abstract
Current regulation plays a key role in power electronic
conversion systems. The basic concept is to minimize the
error between a measured current against a defined
reference by adjusting the switching of the associated
converter. However, while simple in principle, achieving
this goal for AC current regulators has proved to be very
challenging.
This tutorial will present the current state-of-the-art for
digital current regulation of AC converter systems. It will
begin by showing how PWM transport and sampling
delays are the primary constraints for linear regulators.
Strategies to overcome these constraints will then be
explored. The concepts will then be applied to the more
challenging problems of current regulation with an LCL
filter, and the influence of common mode EMI filtering
on the current regulation process. Finally, the latest
advances in hysteresis regulation will be presented, using
variable hysteresis bands to maintain a constant switching
frequency, and digitally implementing what is usually
regarded as an analogue regulation system.
Presenter(s)’ Bio
Professor Holmes is a Professor of
RMIT. Prof. Holmes graduated from
the University of Melbourne, and has a
PhD in PWM theory for power
converters. For 26 year he was an
academic at Monash University. In
2010, Prof. Holmes moved with his
group to take up the position of
Innovation Professor – Smart Energy
Systems at RMIT University, allowing him to broaden his
research activities into a diversity of applications of
power electronics.
Professor Holmes research interests include fundamental
modulation theory and its application to the operation of
energy conversion systems, current regulators for drive
systems and PWM rectifiers, active filter systems for the
quality of supply improvement, resonant converters,
current-source inverters for drive systems, and multilevel
converters. He is a Fellow of the IEEE, has published
well over 200 papers at international conferences and in
33
professional journals, and coauthored a major reference
textbook on PWM theory with Prof. Thomas Lipo of the
University of Wisconsin-Madison.
Tutorial 9
Topic:
Presenter(s):
Time:
Room:
A Survey on Advanced Methods of
Control in Electrical Drives
Mario Pacas, Ralph M. Kennel
May 22, 2016, 13:40-17:00
320-322
Abstract
The invention of the Field Oriented Control (FOC) and of
the Direct Torque Control (DTC) were two important
revolutionary milestones in the area of control for
electrical drives. Since then, the further development of
control schemes for electrical drives was an interesting
field of research and both methods were enhanced and
thoroughly investigated. Today the dynamics and
precision of the commercial available systems is excellent
and therefore a successful work in this area becomes
extremely challenging. The researcher as well as the
practitioner are overwhelmed by the huge number of
publications and have a difficult task in finding out,
which is the real state of the art and which are the
advantages and the effort of implementation for the
different schemes.
The objective of the present tutorial is to give an
overview of the state of the art knowledge and especially
of the acceptance of different control methods for
electrical machines and for motion control in industrial
applications.
National Scientific Qualification Committee, Settore
Concorsuale 09/E2 from 2013-2015 and is presently
Member-at-large and Vice President for Conferences of
IEEE-PELS (Power Electronics Society in IEEE). His
special fields of interest are motion control, diagnostics,
system identification, and optimization of mechatronic
systems.
Ralph M. Kennel got his diploma
degree in 1979 and in 1984 his Dr.-Ing.
(Ph.D.) degree from the University of
Kaiserslautern.
From 1983 to 1999 he worked on
several positions with Robert BOSCH
GmbH (Germany). From 1994 to 1999
Dr. Kennel was appointed Visiting
Professor at the University of
Newcastle-upon-Tyne (UK). From 1999 - 2008 he was
Professor at Wuppertal University (Germany). Since 2008
he is Professor at Technische Universitaet Muenchen
(Germany). His main interests today are: Sensorless
control of AC drives, predictive control of power
electronics and Hardware-in-the-Loop systems.
Dr. Kennel is a Senior Member of IEEE, a Fellow of IET
and a Chartered Engineer in the UK. Within IEEE he is
Treasurer of the Germany Section as well as
Distinguished Lecturer and ECCE Global Partnership
Chair of the Power Electronics Society.
Dr. Kennel has received in 2013 the Harry Owen
Distinguished Service Award from IEEE-PELS and in
2015 the EPE 2015 Outstanding Service Award from
European Power Electronics Association.
Tutorial 10
Topic:
Presenter(s)’ Bio
Mario Pacas (M96-SM00) received
the Dipl.-Ing. and Dr.-Ing. degrees
from the University of Karlsruhe,
Karlsruhe, Germany, in 1978 and
1985, respectively. From 1985 to
1996, he worked for BBC/ABB in
Switzerland and Germany in different
R&D and management positions. In
the last year with ABB, he was
responsible for the development of servo drives and later
was the Product Responsible Manager for these products.
Since 1996, he has been a Member with the Faculty of
Electrical Engineering and Computer Sciences,
University of Siegen, Siegen, Germany, where he is also
the Head of the Institute for Power Electronics and
Electrical Drives.
Dr. Pacas was appointed as a member of the Italian
Presenter(s):
Time:
Room:
Design Challenges for High Frequency
Magnetic Circuit Design for Power
Conversion
William Gerard Hurley
May 22, 2016, 13:40-17:00
321-323
Abstract
The key to reducing the size of power supplies is high
frequency operation and magnetic components can play a
critical role. The seminar begins with the design rules for
inductor design and examples of different types of
inductors are given. This is followed by the general
design methodology for transformers and many examples
from switched mode power supplies and resonant
converters are given. The main focus is placed on modern
circuits
where
non-sinusoidal
waveforms
are
34
Tutorials
encountered. General rules are established for optimising
the design of windings. The skin effect and the proximity
effect give rise to increased losses in conductors due to
the non-uniform distribution of current in the conductors.
A new approach to high frequency losses that avoids
cumbersome Fourier analysis will be presented to
optimize the winding design, for non-sinusoidal
waveform encountered in power electronics. Core losses
for both sinusoidal and non-sinusoidal flux will be
covered.
Presenter(s)’ Bio
William Gerard Hurley is a Fellow
of the IEEE , a professor at the
National University of Ireland. He
received the M.S. degree from the
Massachusetts Institute of Technology,
Cambridge MA, in 1976 and the Ph.D.
degree at the National University of
Ireland, in 1988.
He worked for Honeywell Controls in
Canada from 1977 to 1979 and for Ontario Hydro from
1979 to 1983. He lectured at the University of Limerick,
Ireland from 1983 to 1991. He served on the faculty at the
Massachusetts Institute of Technology as a Visiting
Professor in 1997/1998.
Prof. Hurley’ research interests include high frequency
magnetics, wireless power, and renewable energy
systems. He was General Chair of the Power Electronics
Specialists Conference in 2000. He has co-authored a text
book on transformer and inductors that has been
translated into Chinese. He is the 2013 recipient of the
IEEE PELS Middlebrook Award for Technical
Achievement. He was appointed Distinguished Lecturer
of the IEEE for 2014/17.
35
Technical Program
Chairs:
13:40
Monday, May 23, 13:40 - 15:20
310-312
Jun Wang (Hunan University, P.R. China) &
Masahito Shoyama (Kyushu University,
Japan)
Wavelet PWM Technique for Cascaded
Multilevel Inverter
Chunfang Zheng (South China University of
Technology, P.R. China)
14:00
Comprehensive evaluation and design of High
Power Density SiC-Based Inverter, 70kW/liter,
50kW/kg
Koji Yamaguchi (IHI Corporation, Japan); Kenshiro
Katsura and Tatsuro Yamada (IHI Coroporation,
Japan)
A Simplified SVPWM Strategy for Universal
single-phase Multilevel Converter
Fei Diao (Southwest Jiaotong University & School
of Electrical Engineering, P.R. China); Xiajie Wu,
Chenglin Xiong and Xiaoyun Feng (Southwest
Jiaotong University, P.R. China)
14:20
Experimental Verification of 1 MHz PWM
Inverter for Generating High Frequency
Sinusoidal Current
Luu Tien Duc and Keiji Wada (Tokyo Metropolitan
University, Japan)
A Novel Modulation Strategy for Isolated
Modular
Multilevel
DC/DC
Converter's
Sub-module Dc Voltage Oscillation Damping
Hongfeng Zhao, Rui Li and Xinpei Li (Shanghai Jiao
Tong University, P.R. China); Xu Cai (Shanghai
Jiaotong University, P.R. China)
14:40
Inter-Arm Phase-Shift Modulation Scheme for
Isolated Modular Multilevel DC-DC Converter
Changjiang Sun and Jianwen Zhang (Shanghai Jiao
Tong University, P.R. China); Gang Shi (Shanghai
JiaoTong University, P.R. China); Xu Cai (Shanghai
Jiaotong University, P.R. China)
15:00
High Power Modular Multilevel DC-DC
Converter based on Dual-loop CPS Modulation
Zhaohui Sun, Yaowei Hu, Dongdong Chen and
Guozhu Chen (Zhejiang University, P.R. China)
Ma1-07: New Devices and Applications-I
Time:
Room:
Chairs:
13:40
14:00
14:20
14:40
15:00
In-Dong Kim (Pukyong National University,
Korea) & Zhengming Zhao (Tsinghua
University, P.R. China)
A 100kHz 95.91% Efficiency SiC-device-based
Split Output Converter with EMI Reduction
Qingzeng Yan (University of Bristol, United
Kingdom); Xibo Yuan (The University of Bristol,
United Kingdom); Xiaojie Wu (China University of
Mining and Technology, P.R. China)
Comprehensive Evaluation of GaN GIT in Lowand High-Frequency Bridge Leg Applications
Dominik Bortis (ETH Zürich, Switzerland); Oliver
Knecht (ETH Zurich, Switzerland); Dominik
Neumayr (ETH Zurich & Power Electronic Systems
Laboratory, Switzerland); Johann. W. Kolar (ETH
Zurich, Switzerland)
Common-mode Interference Study of a Auxiliary
Power Supply Based on the Serialization of SiC
MOSFETs for MMC-HVDC System
Xiliang Chen and Wenjie Chen (Xi'an Jiaotong
University, P.R. China); Yaqiang Han (Xi'an Jiao
Tong University, P.R. China); YiLin Sha (Xi'an
Jiaotong University, P.R. China); Xiang Li (TBEA
SUNOASIS CO., LTD., P.R. China); Xu Yang
(Xi'an Jiaotong University, P.R. China)
Ma2-04: Modulation of Converters-I
Time:
Monday, May 23, 13:40 - 15:20
Room:
311-313
Ma3-05:
Time:
Room:
Chairs:
DC/DC Converter-I
Monday, May 23, 13:40 - 15:20
315-317
Chuntaek Rim (KAIST, Korea) & Wu Chen
(Southeast University, P.R. China)
13:40
Weighted Controller Structure of DC-DC
Converters for Adaptive Regulation to
Large-Signal Operations
Liu Xiaodong, Qingqing Li, Sucheng Liu and Wei
Fang (Anhui University of Technology, P.R. China)
14:00
Determination of DC Link Harmonics in Dual
Active Bridge DC-DC Converters using
Frequency Domain Analysis
Jan Riedel (RMIT University & Robert Bosch (SEA)
Pte Ltd, Singapore); Donald Grahame Holmes,
Brendan McGrath and Carlos Teixeira (RMIT
University, Australia)
36
Technical Program
14:20
Circulating Current Reduced Three Level
DC-DC converter with Two Transformers for
Battery Chargers
Zhiqiang Guo (Tsinghua University, P.R. China);
Kai Sun (TsingHua University, P.R. China);
Deshang Sha (Beijing Institute of Technology, P.R.
China)
14:40
An Optimal Control Method of Clamp Switch for
ZVS Bi-directional DC-DC Converter
Min Ho Ahn, Jin-Hyuk Park and Kyo-Beum Lee
(Ajou University, Korea)
15:00
Three-phase Soft-switching Bi-directional DC-DC
Converter for Low Voltage High Power
Applications
Lingeshwaren Sobrayen and Akshay Kumar Rathore
(National University of Singapore, Singapore)
Ma4-08:
Time:
Room:
Chairs:
13:40
14:00
Electronic Motor Drive-I
Monday, May 23, 13:40 - 15:20
316-318
Ronghai Qu (Huazhong University of Science
and Technology, P.R. China) & Hao Chen
(China University of Mining & Technology,
P.R. China)
Optimum Operating Point of an Induction
Machine Using a Rotor Integrated Converter
with a Floating Capacitor
Yanmei Yao and Chandur Sadarangani (KTH Royal
Institute of Technology, Sweden)
An Improved Current Sampling Scheme Using
Three Resistors for Induction Motor Drives
Based on Current Prediction
Ziyi Li (Shanghai Jiao Tong University, P.R. China);
Qiang Gao (Shanghai Jiaotong University, P.R.
China); Wen Zhang (Shanghai Jiao Tong University,
P.R. China)
14:20
A Simple Behavior Model for Switched
Reluctance Motors Based on Magnetic Energy
Takuto Hara, Takayuki Kusumi, Kazuhiro Umetani
and Eiji Hiraki (Okayama University, Japan)
14:40
A Novel Active Disturbance Rejection Control
Speed Controller for PMSM Drive
Tianrui Luan, Ming Yang and Xiaoyu Lang (Harbin
Institute of Technology, P.R. China); Zhi Lang
(Harbin Institute Of Technology, P.R. China);
Dianguo Xu (Harbin Institute of Technology, P.R.
China)
15:00
An Adaptive Dead-time Compensation Method
based on Predictive Current Control
Kaixuan Yang (Harbin Institute Of Technology, P.R.
China); Ming Yang and Xiaoyu Lang (Harbin
Institute of Technology, P.R. China); Zhi Lang
(Harbin Institute Of Technology, P.R. China);
Dianguo Xu (Harbin Institute of Technology, P.R.
China)
Ma5-20: Power Factor Correction and Harmonic
Mitigation
Time:
Monday, May 23, 13:40 - 15:20
Room:
320-322
Chairs: Maoh-Chin Jiang (National Ilan University,
Taiwan) & Hua Geng (Tsinghua University,
P.R. China)
13:40
Improved Parallel Operation for Multi-modular
Shunt APF Using Dual Harmonic Compensation
Loop
Kangli Liu (Southeast University, P.R. China); Jing
Song (NR Electric, P.R. China); Wu Cao, Jun You,
Yunkai Huang and Jianfeng Zhao (Southeast
University, P.R. China)
14:00
Active Harmonic Elimination of a Large Current
Rectifier
Based
on
Star-Connected
Autotransformer
Fangang Meng, Pengyu Liu, Zhengnai Sun, Lei Gao
and Wei Yang (Harbin Institute of Technology, P.R.
China); Shiyan Yang (Harbin Institute of
Technology (HIT), P.R. China)
14:20
Online Control of SVG for Network Unbalance
Suppression
Hao Zhai (Xi'an Jiaotong University, P.R. China);
Hao Yi (School of Electrical Engineering of Xi'an
Jiaotong University, P.R. China); Zhuo Fang, Shuhuai
Shi, Zhenxiong Wang, Zhirong Zeng and Zhigang
Zhang (Xi'an Jiaotong University, P.R. China)
14:40
The Method of Harmonic Compensation of
UPQC Based on Euler-Lagrange Model
Chengcai Zheng (Beijing Information Science &
Technology University, P.R. China); Jiuhe Wang
(Beijing Information Science and Technology
University, P.R. China)
15:00
Study of a Flexible Power Supply System with
STATCOM Based on a New Dynamic EAF model
Yufei Wang, Hao Liu and Hua Xue (Shanghai
University of Electric Power, P.R. China)
Ma6-25: Coordinating
Control
of
Parallel
Converters in Micro-Grids
Time:
Monday, May 23, 13:40 - 15:20
Room:
581
Chairs: Jinjun Liu (Xi'an Jiaotong University, P.R.
37
Systems
Tahyun Kang and Hanjun Lim (Milimsyscon Co. in
Republic of Korea, Korea); Yongsug Suh (Chonbuk
National University in Korea, Korea)
China) & Josep M. Guerrero (Aalborg
University, Denmark)
13:40
14:00
14:20
14:40
15:00
Control Architecture for Paralleled Current
-Source-Inverter (CSI) based Uninterruptible
Power Systems (UPS)
Baoze Wei (Aalborg University, Denmark);
Xiaoqiang Guo (Yanshan University, P.R. China);
Juan Vasquez and Josep M. Guerrero (Aalborg
University, Denmark)
Peak Current-Based Control of Parallel
Three-Phase Interfacing Converters Operation
under Unbalanced Voltage
Farzam Nejabatkhah and Yun Wei Li (University of
Alberta, Canada); Kai Sun (TsingHua University,
P.R. China)
Efficiency-Based Optimization of Steady-State
Operating Points for Parallel Source Converters
in Stand-Alone Power System
Shike Wang (Xi'an Jiaotong University & School of
Electrical Engineering, P.R. China); Jinjun Liu (Xi'an
Jiaotong University, P.R. China); Zeng Liu (Xi'an
Jiaotong University & Virginia Tech, P.R. China);
Teng Wu and Baojin Liu (Xi’an Jiaotong University,
P.R. China)
Pinning-based Distributed Droop Control of
Power Converters in Isolated AC Microgrids
Nelson Avila (National Tsing Hua University,
Taiwan); Chia-Chi Chu (National Tsing Hua Univ,
Taiwan)
Maritime DC Microgrids - A Combination of
Microgrid Technologies and Maritime Onboard
Power System for Future Ships
Zheming Jin, Mehdi Savaghebi, Juan Vasquez and
Josep M. Guerrero (Aalborg University, Denmark)
Ma7-12:
Time:
Room:
Chairs:
13:40
14:00
Renewable Energy Systems-I
Monday, May 23, 13:40 - 15:20
585
Johann. W. Kolar (ETH Zurich, Switzerland)
& Xiaoqiang Guo (Yanshan University, P.R.
China)
Stable Operating Area of Photovoltaic Cells
Feeding the Interface Converter in Output
Current Regulation Mode
Song Luo and Ling Qin (Nantong University, P.R.
China); Shaojun Xie (Nanjing University of
Aeronautics & Astronautics, P.R. China); Mao Hu
and Xuxu Hou (Nantong University, P.R. China)
Loss Analysis of Current Source Converter for
10kV IGCT in 7MW PMSG Wind Turbine
14:20
Research on Optimal Access of Fluctuation
Source and Storage Device Based in DN on
Statistical and Fuzzy Theory
Shuang Cao (Shanghai Marine Equipment Research
Institute, P.R. China); Lijun Fu (National Key Lab.
Of Science And Technology on Vessel Integrated
Power System, P.R. China); Xingyue Wang and
Hongda Liu (Harbin Engineering University, P.R.
China)
14:40
Analysis and comparison of FPP and DPP
structure based DMPPT PV system
Feng Wang (Xianning West Rd 28 & Xi'an Jiaotong
University, P.R. China); Tianhua Zhu and Zhuo
Fang (Xi'an Jiaotong University, P.R. China); Yan
Yang (Xi’an Siyuan University, P.R. China)
15:00
A SMES-based adaptive damping controller
design in wind power system
Xin Zhou and Haishun Sun (Huazhong University of
Science and Technology, P.R. China); Lin Jiang
(University of Liverpool, United Kingdom); Ping
Liang Zeng (China Electric Power Research Insitute
& China State Grid, P.R. China)
Ma8-06:
Time:
Room:
Chairs:
13:40
AC/DC, DC/AC Power Converters -I
Monday, May 23, 13:40 - 15:20
586
Huai Wang (Aalborg University, Denmark) &
Yongchang Zhang (North China University
of Technology, P.R. China)
Direct Waveform Synthesis
Variable Level Multilevel
Extended Commutation Cells
Erik Lemmen, Gabriel Tibola
(Eindhoven University of
Netherlands)
with Continuous
Converter using
and Jorge Duarte
Technology, The
14:00
Three-Level Operation of the Split-Source
Inverter Using the Flying Capacitors Topology
Ahmed Abdelhakim Abdelrazek, Paolo Mattavelli
and Giorgio Spiazzi (University of Padova, Italy)
14:20
Three Phase Three Level Inverter Digital Control
Based ON Over sample and Multi-time
Calculation
Ben Bing, Chunjiang Zhang, Guo Zhongnan and
Zhao Xiaojun (Yanshan University, P.R. China)
14:40
Single-Stage Electrolytic Capacitor-less AC-DC
Converter With High Frequency Isolation for EV
Charger
38
Technical Program
Byeongwoo Kim and MinJae Kim (Seoul National
University of Science & Technology, Korea); Sewan
Choi (Seoul National University of Science and
Technology, Korea)
15:00
Technique for DC to AC Inversion using a Buck
Converter with an input LC Filter
Faran Irshad, Mishal Rizwan and Haroon Khalid
(Lahore University Of Management Sciences,
Pakistan); Nauman Zaffar (Lahore University of
Management Sciences, Pakistan)
Ireland, Galway, Ireland) & Rene Alexander
Barrera-Cardenas (University of Tsukuba,
Japan)
15:40
Analysis and Reduction Method of Conducted
Noise in GaN HEMTs based Totem-pole
Bridgeless PFC Converter
Baihua Zhang, Qiang Lin, Yushi Shimada, Jun
Imaoka and Masahito Shoyama (Kyushu University,
Japan); Satoshi Tomioka (TDK-lambda, Japan)
16:00
A 4000V Input Auxiliary Power Supply with
Series Connected SiC MOSFETs for MMC-based
HVDC System
Yaqiang Han (Xi'an Jiao Tong University, P.R.
China); Wenjie Chen and Xiliang Chen (Xi'an
Jiaotong University, P.R. China); Xin Ma (Xi'an Jiao
Tong University, P.R. China); YiLin Sha (Xi'an
Jiaotong University, P.R. China); Xiang Li (TBEA
SUNOASIS CO., LTD., P.R. China); Xu Yang
(Xi'an Jiaotong University, P.R. China)
16:20
A Switching Ringing Suppression Scheme of SiC
MOSFET by Active Gate Drive
Haokai Huang, Xin Yang, Yanhui Wen and Zhiqiang
Long (National University of Defense Technology,
P.R. China)
16:40
Applicability
of
Single-Chip
Dual-Gate
Bidirectional IGBTs in Matrix Converters
Daming Wang, Sai Tang, Shanglin Mo, Mengxuan
Jiang, Xin Yin, Jun Wang, Zhikang Shuai and Zheng
Shen (Hunan University, P.R. China); T. Paul Chow
(Rensselaer Polytechnic Institute, USA)
17:00
EMI Prediction and Filter Design for GaN Based
LLC Half-Bridge Converter
Jingjing Sun, Wenjie Chen and Xu Yang (Xi'an
Jiaotong University, P.R. China)
Ma9-36: Grid Scale Energy Storage: Modelling and
Control-I
Time:
Monday, May 23, 13:40 - 15:20
Room:
588
Chairs: Jovica Milanovic (University of Manchester,
United Kingdom) & Ping Liang Zeng (China
Electric Power Research Insitute & China
State Grid, P.R. China)
13:40
Robust Unit Commitment Considering Reserve
from Grid-scale Energy Storage
Hongyang Jin, Hongbin Sun and Qinglai Guo
(Tsinghua University, P.R. China); Jianzhong Wu
(Cardiff University, United Kingdom)
14:00
Equivalent Modeling Method of Battery Energy
Storage System in Multi-time Scales
Bingyu Sang, Jinhang Hu and GuanJun LI (China
Electric Power Research Institute, P.R. China);
Jinhua Xue (China, P.R. China); Jilei Ye (China
Electrical Power Research Institute, P.R. China)
14:20
The Influence of Different Storage Technologies
on Large Power System Frequency Response
Jovica Milanovic (UoM, United Kingdom); Atia
Adrees and Jia Song (The University of Manchester,
United Kingdom)
14:40
Sizing of ESS for smoothing voltage fluctuation
considering high penetration wind power
Shouxiang Wang and Kai Wang (Tianjin University,
P.R. China); Liangzhong Yao (China Electric power
Research Institute, P.R. China)
15:00
Modelling and Control of Multi-type Grid-scale
Energy Storage for Power System Frequency
Response
Saif Sabah Sami, Meng Cheng and Jianzhong Wu
(Cardiff University, United Kingdom)
Mb1-07:
Time:
Room:
Chairs:
New Devices and Applications-II
Monday, May 23, 15:40 - 17:20
310-312
William G. Hurley (National University of
Mb2-04:
Time:
Room:
Chairs:
Modulation of Converters-II
Monday, May 23, 15:40 - 17:20
311-313
Tsai-Fu Wu (Nat'l Tsing Hua University,
Taiwan) & Miao Zhu (Shanghai Jiaotong
University, P.R. China)
15:40
Nonlinear
Modulation
for
Voltage-mode
Controlled Switching Converters With Fast Input
Transient Performance
Hongbo Zhao, Hongyan Wang, Guohua Zhou and
Ping Yang (Southwest Jiaotong University, P.R.
China)
16:00
Study on the Modulation Ratio of Wavelet
Modulation Technique
Xiaohui Zhang, Dong Yuan Qiu, Bo Zhang and
39
Chunfang Zheng (South China University of
Technology, P.R. China)
16:20
16:40
17:00
High Power DC/AC/DC Converter Based on
Different Modulation Strategies
Shuhuai Shi (Xi'an Jiaotong University, P.R. China);
Yan Yang (Xi’an Siyuan University, P.R. China);
Tianhua Zhu, Feng Wang and Zhuo Fang (Xi'an
Jiaotong University, P.R. China)
Hysteresis Modulation-Based Sliding Mode
Current Control of Z-Source DC-DC Converter
Haider Zaman (NorthWestern Polytechnical
University, P.R. China); Xiancheng Zheng and
Shahbaz Khan (NWPU, P.R. China); Husan Ali
(Northwestern Polytechnical University, Pakistan)
16:00
16:20
16:40
DC/DC Converter-II
Monday, May 23, 15:40 - 17:20
315-317
Fred Lee (Virginia Tech, USA) & Jianping
Xu (Southwest Jiaotong University, P.R.
China)
Five-Level Active-Neutral-Point-Clamped DC/DC
Converter
Dong Liu, Fujin Deng and Zhe Chen (Aalborg
University, Denmark)
Observer-Based MPC applied to Flyback
converters
Ya Zhang (Eindhoven University of Technology,
The Netherlands); Marcel Hendrix (Philips
Innovation Services & University of Technology
Eindhoven, The Netherlands); Jorge Duarte
(Eindhoven University of Technology, The
Netherlands)
A Family of Integrated Dual-Output DC-DC
Converters:
Synthesis
Methodology
and
Performance Analysis
Jie Dong, Guipeng Chen, Yan Deng, Kun Wang and
Xiangning He (Zhejiang University, P.R. China)
Unified Phasor Analytical Method for Dual
-Active-Bridge
DC/DC
Converter
under
Phase-Shift Control
Cong Wang (China University of Mining &
Technology(Beijing), P.R. China); GuangLin Sha
and Jiaqing Deng (China University of Mining &
Technology (Beijing), P.R. China)
Charge
balancing
PV
System
using
charge-pumped flyback-boost-forward converter
including differential power processor
Chungu Lee (Soongsil University, Korea); Jonghoon
Kim (Chosun University, Korea); Jounghu Park
(Soongsil University, Korea)
Mb4-08:
Time:
Room:
Chairs:
Electronic Motor Drive-II
Monday, May 23, 15:40 - 17:20
316-318
Dianguo Xu (Harbin Institute of Technology,
P.R. China) & Paolo Mattavelli (University
of Padova, Italy)
15:40
Stability and dynamic performance improvement
of adaptive full-order observers in sensorless
induction motor drives
Zhonggang Yin, Yanqing Zhang, Xiangqian Tong,
Jing Liu and Yanru Zhong (Xi'an University of
Technology, P.R. China)
16:00
A Novel Three-Vectors-Based Model Predictive
Flux Control of Induction Motor Drives
Yongchang Zhang, Bo Xia and Haitao Yang (North
China University of Technology, P.R. China)
16:20
Compensating
of
Common
Scaling
Current-Measurement Error for Permanent
Magnet Synchronous Motor Drives
Hong-Jun Heo, Seon-Ik Hwang and Jang-Mok Kim
(Pusan National University, Korea)
16:40
High Power FactorControl of IPMSM Drive
System without Electrolytic Capacitor
Gaolin Wang (Harbin Institute of Technology (HIT)
& School of Electrical Engineering and Automation,
P.R. China); Nannan Zhao, Jiangbo Qi, Chen Li and
Dianguo Xu (Harbin Institute of Technology, P.R.
China)
17:00
A Study about Reducing Torque Ripple of
Brushless DC Motor
Xuliang Yao, XiaoMing Jiang, Yan Zhang and
YingJian Chang (Harbin Engineering University,
P.R. China)
A Three Phase Current Regulation Strategy with
Inductor over Saturation Region
Zhuning Wang, Yoon-ro Lee and Seung-Ki Sul
(Seoul National University, Korea)
Mb3-05:
Time:
Room:
Chairs:
15:40
17:00
Mb5-21:
Time:
Room:
Chairs:
15:40
Power Quality Enhancement
Monday, May 23, 15:40 - 17:20
320-322
Kyo-Beum Lee (Ajou University, Korea) &
Wanjun Lei (Xi'an Jiaotong University, P.R.
China)
LCL-Filter
Design
for
Grid-Connected
Three-Phase Inverter Using Space Vector PWM
Seung Gyu Seo, Yongsoo Cho and Kyo-Beum Lee
40
Technical Program
(Ajou University, Korea)
16:00
A Wide Range Dynamic Voltage Corrector with
Short-Circuit Fault Isolation
Haichun Liu, Pengling Ding, Qiang Qian, Chen
Yang, Binbin Yang and Jiankun Cao (Nanjing
University of Aeronautics and Astronautics, P.R.
China); Shaojun Xie (Nanjing University of
Aeronautics & Astronautics, P.R. China)
16:20
Generalized Virtual Impedance Design for
Single-Phase Two-Stage Converters Connected to
Weak Power Grids
Nanjun Lu, Lei Zhang and Yi Tang (Nanyang
Technological University, Singapore)
16:40
Hybrid Instantaneous Active Power Control for
PWM Rectifier under Grid Voltage Dips
Considering the Limitation of Phase Current
Yongsheng Wang, Weidong Jiang, Lei Wang and
Hui Huang (Hefei University of Technology, P.R.
China)
17:00
Identification of power quality disturbances
based on improved TT transform and support
vector classifier
Luoyin Zhao, Xiaobin Liu and Guangjie Fu
(Northeast Petroleum University, P.R. China)
Mb6-30: High Power Density AC-DC/DC-DC
Converter
Time:
Monday, May 23, 15:40 - 17:20
Room:
581
Chairs: Huang-Jen Chiu (National Taiwan University
of Science and Technology, Taiwan) &
Guan-Chyun Hsieh (Chung Yuan Christian
Uniersity, Taiwan)
15:40
Comparison of Circuit Topologies for Active
Power Decoupling toward High Power Density
Jun-ichi Itoh, Tomokazu Sakuraba, Keisuke Kusaka,
Hiroki Watanabe and Keita Furukawa (Nagaoka
University of Technology, Japan)
16:00
High
Step-Up
Voltage-Doubling
DC-DC
Converter with Coupled Inductors
Cheng-Yan Yang, Ming-Cheng Chen, Tsung-Han
Ho, Jing-Yuan Lin, Yao-Ching Hsieh and Huang-Jen
Chiu (National Taiwan University of Science and
Technology, Taiwan)
16:20
Fixed Duty Cycle Compensation and Magnetizing
Current Design for DAB DC-DC Converter with
Conventional Trapezoidal Modulation to Achieve
Zero Voltage Switching
Guo Xu, Yaxiong Xu, Deshang Sha and Xiaozhong
Liao (Beijing Institute of Technology, P.R. China)
16:40
Analysis and Realization Study of a 1-kW
Phase-Shift
Full-Bridge
Converter
with
Current-Doubler Rectifier for Battery Charging
Hung-I Hsieh (National Chiayi University, Taiwan);
Kuan-Pin Huang (Chung Yuan Christian University,
Taiwan); Guan-Chyun Hsieh (Chung Yuan Christian
Uniersity, Taiwan)
17:00
1MHz LLC Resonant DC-DC Converter with
PWM Output Regulation Capability
Le Zhang, Xinke Wu and Hui Chen (Zhejiang
University, P.R. China
Mb7-12:
Time:
Room:
Chairs:
Renewable Energy Systems-II
Monday, May 23, 15:40 - 17:20
585
Yaoqin Jia (Xi'an Jiaotong University, P.R.
China) & Wang Yong (Shanghai Jiao Tong
University, P.R. China)
15:40
Regulator
Reconstruction
Strategy
of
Grid-connected Inverter in Weak Grid
Qinglin Zhao, Haopu Zhang, Wenlu Song, Xiaoyi Li
and Qiuxia Yang (Yanshan University, P.R. China)
16:00
Low Frequency Oscillation in Voltage Controlled
H-bridge Inverter with Memristive Load:
Simulations and Experiments
Wei Liu (Xi'an Jiaotong University & The State Key
Laboratory of Electrical Insulation and Power
Equipment, P.R. China); Faqiang Wang and Xikui
Ma (Xi'an Jiaotong University, P.R. China)
16:20
Differential Power Processing Converter Design
for Photovoltaic Wearable Applications
Hyunji Lee and Katherine A Kim (Ulsan National
Institute of Science and Technology (UNIST), Korea)
16:40
A Study for Improvement in Power Density of
Flying Capacitor Multilevel Inverters for
Grid-Connected Applications
Yuki Dodo, Yukihiko Sato, Tomotake Ito and Sae
Mochidate (Chiba University, Japan)
17:00
DC-link
Voltage
Stability
Analysis
for
Single-stage Photovoltaic VSIs Connected to
Weak Grid
GanGui Yan (Northeast DianLi University, P.R.
China); Jun Ren (Northeast Dianli University, P.R.
China)
Mb8-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converters-II
Monday, May 23, 15:40 - 17:20
586
Xinbo Ruan (Nanjing University
41
of
in supporting integration of renewable generation
Fei Teng and Goran Strbac (Imperial College
London, United Kingdom)
Aeronautics & Astronautics, P.R. China) &
Rong-Jong Wai (National Taiwan University
of Science and Technology, Taiwan)
16:40
A Novel Three-Phase Five-Level Inverter
Jiann-Fuh Chen, Wen-Chien Hsu, Yi-Ping Hsieh,
Yu-Min Wu, Hsin-Hung Chen, Hong-Yu Huang,
Ji-Syuan Li and Yu-Lin Chen (National Cheng Kung
University, Taiwan)
Incentive problems in the implementation of
efficient international energy storage
Joachim Geske (Imperial College Business School &
Imperial College London, United Kingdom);
Richard Green (Imperial College Business School,
United Kingdom)
17:00
A novel quasi-resonant ZVZCS phase shift full
bridge converter with an active clamp in the
secondary
Dai-Duong Tran (Soongsil University, Sangdo-ro,
Dongjak-gu, Korea); Hai-Nam Vu (Soongsil
University, Korea); Woojin Choi (Soongsil
University, Sangdo-ro, Dongjak gu, Korea)
Comparative Study of Policies on Grid Scale
Energy Storage Among China and other
Countries
Shengxia Cai (Nankai University, P.R. China);
Shuangchen Yuan and Shouxiang Wang (Tianjin
University, P.R. China)
17:20
Economic Value and Subsidy Calculative Method
of Energy Storage System in Distribution
Network
Jilei Ye (China Electrical Power Research Institute,
P.R. China); Jinhua Xue (China Electric Power
Electric Institute, P.R. China); Bingyu Sang (China
Electric Power Research Institute, P.R. China); Dan
Lu and Haoming Liu (Hohai University, P.R. China)
15:40
A Novel Three-Phase Seven-level Active Clamped
Converter using H-bridge as a Level Doubling
Network
YiPeng Ji (Zhejiang University, P.R. China)
16:00
16:20
16:40
17:00
DC-bus Voltage Balancing for Three-level NPC
Inverter Using Deadbeat Controller
Xinbo Cai (Technical University of Munich,
Germany); Zhenbin Zhang and Zhe Chen
(Technische Universität München, Germany); Ralph
Kennel (Technical University of Munich, Germany)
Dynamic
Performance
Improvement
of
Three-phase Voltage Source Inverter using
Capacitor Charge Control Method
Yan Zhang, Shah Zaman, Xiaolong Ma, Jinjun Liu,
Zhuo Dong, Weiqiang Li and Laili Wang (Xi'an
Jiaotong University, P.R. China)
Mb9-37: Grid Scale Energy Storage: Economics and
Business Models
Time:
Monday, May 23, 15:40 - 17:40
Room:
588
Chairs: Michael Pollitt (University of Cambridge,
United Kingdom) & Shouxiang Wang
(Tianjin University, P.R. China)
15:40
Emerging Business Models for Energy Storage:
Applications to the power, transport and heat
sectors
Karim Anaya (University of Cambridge, Judge
Business School, United Kingdom); Michael Pollitt
(University of Cambridge, United Kingdom)
16:00
A VCG mechanism for Electrical Storage
Thomas Greve (University of Cambridge, United
Kingdom)
16:20
Commercial strategy for operating energy storage
Tuesday, May 24, 2016
Ta1-24:
Time:
Room:
Chairs:
GaN Power Device Application
Tuesday, May 24, 08:30 - 10:10
310-312
Xinke Wu (Zhejiang University, P.R. China)
& Xiankui Ma (Mitsubishi Electric &
Electronics (Shanghai) Co., Ltd., P.R. China)
08:30
High Efficiency and Density Rectifier with GaN
HEMT
Yiqing Ye and Jianhong Zeng (Pudong, Shanghai,
P.R. China)
08:50
High Power Density And High Efficiency Inverter
With Ripple Decoupler Circuit
Ming-Cheng Chen, Cheng-Yan Yang, John L Chen,
Cheng Yen Chou, Jing-Yuan Lin, Yao-Ching Hsieh
and Huang-Jen Chiu (National Taiwan University of
Science and Technology, Taiwan)
09:10 Investigation of the Driver Circuit for
High-voltage Cascode GaN Device
Xiaoyong Ren (Nanjing University of Aeronautics &
Astronautics, P.R. China); Zhehui Guo (Nanjing
University of Aeronautics and Astronautics, P.R.
China)
09:30
A 1-MHz ZVS Boost DC-DC Converter with
42
Technical Program
09:50
Active Clamping Using GaN Power Transistors
Shaokai Liu and Xinke Wu (Zhejiang University,
P.R. China)
Chairs:
Evaluations and Applications of GaN HEMTs for
Power Electronics
He Li, Chengcheng Yao, Lixing Fu, Xuan Zhang and
Jin Wang (The Ohio State University, USA)
08:30
Input Voltage Feed-Forward Control Strategy for
Cascaded DC/DC Converters With Wide Input
Voltage Range
Guangjun Zhou (Huazhong University of Science
and Technology, P.R. China); Xinbo Ruan (Nanjing
University of Aeronautics & Astronautics, P.R.
China); Xuehua Wang (Huazhong University of
Science and Technology, P.R. China)
08:50
High/Low Pulse Generation of Deadbeat Based
High Power DC-DC Converter with Very Short
Rise Time
Seiya Mizushima, Hiromi Adachi and Atsuo
Kawamura (Yokohama National University, Japan);
Itsuo Yuzurihara and Ryosuke Ohma (KYOSAN
Electoric Manufacturing Co., Ltd., Japan)
Ta2-04:
Time:
Room:
Chairs:
08:30
08:50
Modulation of Converters-III
Tuesday, May 24, 08:30 - 10:10
311-313
Yukihiko Sato (Chiba University, Japan) &
Saad Mekhilef (University of Malaya,
Malaysia)
A Simple Modulation Based Maximum Boost
Control Strategy for Three-Phase Quasi Z-Source
Inverter
Nassereddine Sabeur and Saad Mekhilef (University
of Malaya, Malaysia); Ammar Masaoud (Curtin
University, Malaysia); Mutsuo Nakaoka (University
of Malaya, Malaysia)
Research on a Discontinuous Three-dimensional
Space Vector Modulation Strategy for the
Three-phase Four-leg Inverter
Qi Zhang (Xi'an University of Technology, P.R.
China); Peng Zhang and Shuangshuang Zhao (Xi’an
University of Technology, P.R. China); Jian Gao and
Xiangdong Sun (Xi'an University of Technology,
P.R. China)
09:10 Discontinuous and Continuous Space Vector
Modulations for a Nine-switch Inverter
Yuttana Kumsuwan and Neerakorn Jarutus (Chiang
Mai University, Thailand)
09:30
09:50
An optimal digital PWM dither strategy to
enhance the resolution of wide bandgap
device-based high frequency power converters
Jingyang Fang and Lei Zhang (Nanyang
Technological University, Singapore); Yang Xu
(Xi'an Jiaotong University, P.R. China); Yi Tang
(Nanyang Technological University, Singapore)
Design and Implementation of DSP based
High-Frequency SPWM Generator
Jian Liu and Wenxi Yao (Zhejiang University, P.R.
China); Xiaoyi Xu (State Grid Nantong Power
Supply Company, P.R. China); Zhengyu Lu
(Zhejiang University, P.R. China)
Ta3-05: DC/DC Converter-III
Time:
Tuesday, May 24, 08:30 - 10:10
Room: 315-317
Atsuo Kawamura (Yokohama National
University, Japan) & Xiaofeng Sun (Yanshan
University, P.R. China)
09:10 A Tightly Regulated PWM-PFM-PD Multiple
Output DC-DC Converter
Mert Turhan (Eindhoven University of Technology &
Philips Lighting, The Netherlands); Marcel Hendrix
(Philips Innovation Services & University of
Technology Eindhoven, The Netherlands); Jorge
Duarte and Julia Delos (Eindhoven University of
Technology, The Netherlands)
09:30
Asymmetric Half-Bridge Resonant Converter
having a Reduced Conduction Loss for DC/DC
Power Systems with a Low Input Voltage
Yeonho Jeong, Jae Bum Lee, Cheol-O Yeon,
Cheon-Yong Lim, Jung-Kyu Han and Gun Woo
Moon (KAIST, Korea)
09:50
Robust Voltage Control of Dual Active Bridge
DC-DC Converters using Sliding Mode Control
Yoon-Cheul Jeung, Ik-Chan Choi and Dong-Choon
Lee (Yeungnam University, Korea)
Ta4-08:
Time:
Room:
Chairs:
Electronic Motor Drive-III
Tuesday, May 24, 08:30 - 10:10
316-318
Yan-Fei Liu (Queens University, Canada),
Zhuoran Zhang (Nanjing University of
Aeronautics and Astronautics, P.R. China)
08:30
Improved Torque Ripple Reduction Method of
Five-Phase Induction Motor Using Fuzzy
controller
Seong Yun Kang, Hye-Ung Shin and Kyo-Beum Lee
(Ajou University, Korea)
08:50
Direct Torque Control of Dual Three-Phase
PMSM Drives Based on Two-Step Voltage Vector
43
Synthesis SVM
Xueqing Wang (School of Electrical Engineering,
Southeast University, P.R. China); Zheng Wang
(Southeast University, P.R. China); Jian Chen
(School of Electrical Engineering, Southeast
University, P.R. China); Ming Cheng (Southeast
University, P.R. China); Liang Xu (Aviation Key
Laboratory of Aero Electromechanical System
Integration, P.R. China)
09:10 Model Predictive Current Control Schemes for
Five-phase Permanent-Magnet Synchronous
Machine Based on SVPWM
Cheng Xue (School of Electrical Engineering ,
Southwest Jiaotong University , Chengdu, P.R.
China); Song Wensheng and Xiaoyun Feng
(Southwest Jiaotong University, P.R. China)
09:30
A study of 1MHz multi-Sampling Deadbeat
Control with disturbance compensation for
PMSM drive system using FPGA
Tomoki Yokoyama, Kota Miyata and Kota Tsuchiya
(Tokyo Denki University, Japan)
09:50
An Optimized Modulation Method for a
Five-Leg-Inverter For Dual Induction Motor
Drives
Mei Yang and Shuaiwei Feng (North China
University of Technology, P.R. China)
Ta5-29:
Time:
Room:
Chairs:
08:30
08:50
Power Quality Analysis and Enhancement-I
Tuesday, May 24, 08:30 - 10:10
320-322
Jinwei HE (Tianjin University, P.R. China) &
Hirohito Funato (Utsunomiya University
7-1-2 Yoto, Utsunomiya, Tochigi, Japan)
Research of the harmonic characteristics of
photovoltaic grid-connection
Aiqiang Pan and Peng Zhang (State Grid Shanghai
Electric Power Research Institute, P.R. China);
Wenchang Wu and Ronghui Liu (Shanghai
University of Electric Power, P.R. China)
09:30
Optimized harmonic detecting and repetitive
control scheme for shunt active power filter in
synchronous reference frame
Tianming Zou and Hua Geng (Tsinghua University,
P.R. China); Kui Wang (China University of Mining
& Technology, P.R. China)
09:50
Harmonic Analysis of AC-DC Hybrid Microgrid
Based on ETAP
Xiaran Chen, Guorong Zhang, Bo Peng and Xiaofei
Wang (Hefei University of Technology, P.R. China);
Zhiqiang Wu (Hefei University of Technology &
Intelligent Manufacturing Institute of HFUT, P.R.
China)
Ta6-33: HVDC and DC Grid Technologies for Grid
Integration of Large Renewable Energy-I
Time:
Tuesday, May 24, 08:30 - 10:10
Room: 581
Chairs: Liangzhong Yao (China Electric power
Research Institute, P.R. China) & Miao Zhu
(Shanghai Jiaotong University, P.R. China)
08:30
Analysis on Voltage Stability of Hybrid System
with UHVDC Hierarchical Connection to AC
Grid
Wang Chenggen (Jiangsu Electric Power Company
Research Institute, P.R. China); Zhu Liangliang,
Chen Bin, Tang Yi and Dai Yuchen (Southeast
University, P.R. China)
09:10
Step-Up Unidirectional DC-DC Autotransformer
for HVDC Applications
Weixing Lin and Jinyu Wen (Huazhong University
of Science and Technology, P.R. China);
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Bo Yang (China Electric
Power Research Institute, P.R. China)
09:30
Hybrid Modular Multilevel Converter with
Reduced
Three-level
Cells
in
HVDC
Transmission System
Rui Li (University of Strathclyde, United Kingdom);
Jing Wu (CEPRI, P.R. China); Liangzhong Yao
(China Electric power Research Institute, P.R.
China); Yan Li (CEPRI, P.R. China); Barry
Williams (University of Strathclyde, United
Kingdom)
09:50
Studies of Coordinated Zone Protection Strategy
for DC Grid
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Jing Wu (CEPRI, P.R. China);
Lie Xu and Md Rahman (University of Strathclyde,
United Kingdom)
Economic Evaluation of Harmonic Cost
Zhemin Lin, Xuchang Zhang, Xun Mao and Yong
Zhan (Anhui Electric Power Research Institute, P.R.
China); Xiaotao Peng and Bin Zhang (Wuhan
University, P.R. China)
09:10 Voltage Support for Industrial Distribution
Network by using Positive/Negative Sequence
Passivity-based Control
Xubin Liu (Tsinghua University, P.R. China);
Canbing Li (Hunan University, P.R. China); Kai Sun
(TsingHua University, P.R. China)
Ta7-12: Renewable Energy System -III
44
Technical Program
Time:
Room:
Chairs:
Tuesday, May 24, 08:30 - 10:10
585
Ralph Kennel (Technical University of
Munich, Germany) & Heung-Geun Kim
(Kyungpook National University, Korea)
08:50
Observer-based Decoupling Power Control for
Frequency
Modulated
Dual-Active-Bridge
Converter
Dinh Nguyen and Goro Fujita (Shibaura Institute of
Technology, Japan)
09:10
Analysis
on
Current
Flowing
through
Deactivated Modules in Parallel Connected
AC/DC Converters
Young-Kwang Son, Seung-Jun Chee and Seung-Ki
Sul (Seoul National University, Korea)
09:30
Comparative Study of Quadratic Optimal
Regulator and PI Controller Applied For a
Converter Based Power-Hardware-in-the-Loop
Grid Emulator
Guangye Si (Technische Universität München,
Germany); Ralph Kennel (Technical University of
Munich, Germany)
Multi-channel Synchronous Reference Frame
PLL Based on Feedback Structure
Gu Shida, Xiong Du, Shi Ying and Sun Pengju
(Chongqing University, P.R. China); Heng-Ming Tai
(University of Tulsa, USA); Yongliang Ji (Electric
Power Research Institute of State Grid Chongqing
Electric Power Company, P.R. China)
08:30
LMI-Based Direct Grid Current Robust
Guaranteed Cost Control of Grid-Connected
Inverters with LCL Filters for Weak Grid
Yu Wang and Yaoqin Jia (Xi'an Jiaotong University,
P.R. China); Xumeng Yan (Xian Jiaotong
University, P.R. China)
08:50
Different Control Objectives Under Stationary
Frame for Grid-Connected Converter Under
Unbalanced Grid Voltage
Lei Wang, Weidong Jiang, Hui Huang and
Yongsheng Wang (Hefei University of Technology,
P.R. China)
09:10
A Novel H5-D Topology for Transformerless
Photovoltaic
Grid-Connected
Inverter
Application
Hong Li, Yangbin Zeng and Trillion Q. Zheng
(Beijing Jiaotong University, P.R. China); Bo Zhang
(South China University of Technology, P.R. China)
09:30
Differential Power Processing Converter with
Cell
Balancing
Operation
of
Multiple
Photovoltaic Module Systems
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Jing Wu (CEPRI, P.R. China);
Lie Xu and Md Rahman (University of Strathclyde,
United Kingdom)
Ta9-39:
Time:
Room:
Chairs:
09:50
Virtual RC Damping Method for T-type
three-level Three-phase Grid-connected Inverters
in Weak Grid
Yang Yong (Soochow University & School of Urban
Railway Transportation, P.R. China); Fang Gang,
LU Jinjun, Jiang Feng and Liu Tao (Jiangsu Power
Supply Technology Co. Ltd, P.R. China)
08:30
Impact of energy storage on the electricity market
Prof Richard Green (Imperial College London)
08:42
Probabilistic stability studies of reduced inertia
power systems
Prof Jovica Milanovic (Manchester University)
08:54
Sizing of ESS for smoothing voltage fluctuation
considering high penetration of wind power
Prof S X Wang (Tianjin University)
09:06
Role of grid storage in supporting cost effective
integration of renewables in systems with reduced
inertia
Prof Goran Strbac (Imperial College London)
09:18
Robust Unit Commitment Considering Reserve
from Grid-scale Energy Storage
Prof Hongbin Sun/other (Tsinghua University)
09:30
Discussion
09:50
Ta8-06:
Time:
Room:
Chairs:
08:30
AC/DC, DC/AC Power Converters -III
Tuesday, May 24, 08:30 - 10:10
586
Sewan Choi (Seoul National University of
Science and Technology, Korea) & Jonas E.
Huber (ETH Zurich, Switzerland)
Insertion Sort Correction of Two-Way Merge
Sort Algorithm for Balancing Capacitor Voltages
in MMC with Reduced Computational load
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Jing Wu (CEPRI, P.R. China);
Lie Xu and Md Rahman (University of Strathclyde,
United Kingdom)
Penal Session
Tuesday, May 24, 08:30 - 10:10
588
Jianzhong Wu (Cardiff University, United
Kingdom) & Ping Liang Zeng (China Electric
Power Research Insitute, P.R. China)
45
Tb1-18:
Time:
Room:
Chairs:
15:40
16:00
16:20
16:40
17:00
Electric and Hybrid Vehicles
Tuesday, May 24, 15:40 - 17:20
310-312
Qingfang
Teng
(Lanzhou
Jiaotong
University, P.R. China) & Weidong Jiang
(Hefei University of Technology, P.R. China)
State of Charge Estimation Based on Improved
LiFePO4 Battery Model and Kalman Filtering
Zhu Xu and Shibin Gao (Southwest Jiaotong
University, P.R. China)
A New Cell-to-Cell Fast Balancing Circuit for
Lithium-Ion Batteries in Electric Vehicles and
Energy Storage System
Van-Long Pham and Tung Nguyen (Soongsil
University, Korea); Woojin Choi (Soongsil
Unibersity, Korea)
Design of the High Efficiency Wireless On-Board
Charger for Electric Vehicles
Hung Tran, Binh Vu and Van-Long Pham (Soongsil
University, Korea)
Novel Hybrid Soft Switching Full-Bridge PWM
and Full-Bridge LLC Converter for On-Board
Battery Charger Applications
Hai-Nam Vu (Soongsil University, Korea);
Dai-Duong Tran (Soongsil University, Sangdo-ro,
Dongjak-gu, Korea); Woojin Choi (Soongsil
Unibersity, Korea)
Efficiency Optimization of a Two-Phase
Interleaved Boost DC-DC Converter for Electric
Vehicle Applications
Wilmar H Martinez (Shimane University &
Universidad Nacional de Colombia, Japan);
Masayoshi Yamamoto (Shimane University, Japan);
Jun Imaoka (Kyushu University, Japan); Freddy
Velandia (National University of Colombia,
Colombia); Camilo A Cortes (Universidad Nacional
de Colombia, Colombia)
Tb2-28: Fault-Diagnosis and Fault-Tolerant Control
of Power Electronics Applications
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 311-313
Chairs: Dong-Choon Lee (Yeungnam University,
Korea) & Hao Ma (Zhejiang University,
USA)
15:40
Fault Diagnosis Method for Power Transistors in
Switched Reluctance Machine Drive System
Hye-Ung Shin and Kyo-Beum Lee (Ajou University,
Korea)
16:00
Fault Detection and Fault-Tolerant Operation of
a Five-Phase Induction Motor Driving System
Hye-Ung Shin, Seung Koo Baek and Kyo-Beum Lee
(Ajou University, Korea)
16:20
An Evolutionary Approach Based on Ant Colony
System to System-Level Fault Diagnosis
Yuxi Wang, Li Zhan, Minghui Xu and Hao Ma
(Zhejiang University, P.R. China)
16:40
Low Voltage Ride Through at 1-Line Fault using
Real
Time
Symmetrical
Coordinate
Transformation
Noriyuki Kimura, Taka-aki Shimizu, Morizane
Toshimitsu and Hideki Omori (Osaka Institute of
Technology, Japan)
17:00
Diagnosis of Multiple IGBT Open-Circuit Faults
for Three-Phase PWM Inverters
Cheol-Ju Bae, Sangmin Lee and Dong-Choon Lee
(Yeungnam University, Korea)
Tb3-05:
Time:
Room:
Chairs:
DC/DC Converter-IV
Tuesday, May 24, 15:40 - 17:20
315-317
Ashoka Bhat (University of Victoria, Canada)
& Guozhu Chen (Zhejiang University, P.R.
China)
15:40
Analysis of Regeneration Operating Range in
Current Source Bi-directional Isolated DC/DC
Converter
Jin Xu, Toshihiko Kishimoto, Shigeru Suzuki and
Noboru Shimosato (Myway Plus Corporation, Japan)
16:00
The novel ripple-based I2 type control technique
for buck converters with constant current output
Minrui Leng, Guohua Zhou, Xiaotian Liu and Xu
Shungang (Southwest Jiaotong University, P.R.
China)
16:20
A New Efficient Hold-Up Time Compensation
Method for High Efficiency DC/DC Stage
Jae-Il Baek (KAIST, Korea); Jae-Kuk Kim (Inha
University, Korea); Jae-Bum Lee, Han-Shin Youn,
Byunggu Kang and Gun Woo Moon (KAIST, Korea)
16:40
The Simple Construction Method for Three-Level
DC Converter Based on Switch-Diode-Capacitor
Network
Zhiqiang Feng and Ling Qin (Nantong University,
P.R. China); Shaojun Xie (Nanjing University of
Aeronautics & Astronautics, P.R. China); Xiaoxiao
Kong and Song Luo (Nantong University, P.R.
China)
17:00
Design and Operation Analysis of a Novel
46
Technical Program
Coupled-Inductor Based Soft Switching Boost
Converter with an Auxiliary Switch
Wei Qian, Xi Zhang and Zhe Li (ShangHai Jiao
Tong University, P.R. China)
Tb4-08:
Time:
Room:
Chairs:
Electronic Motor Drive-IV
Tuesday, May 24, 15:40 - 17:20
316-318
Dewei Xu (Ryerson University, Canada) &
Changsheng Hu (Zhejiang University, P.R.
China)
15:40
Commutation Analysis and Reducing Torque
Ripple of Brushless DC Motor Based on the
Coordination Transformation
Hui Huang, Weidong Jiang, Yongsheng Wang and
Lei Wang (Hefei University of Technology, P.R.
China)
16:00
Dynamic Modeling of the Circular Winding
Brushless DC Machine
Siwei Cheng (Institute of Power Electronics
Technology, NUE, P.R. China); Zhang Qinghu,
ZheWu Jia and Huangda Lin (Naval University of
Engineering, P.R. China); Dong Wang (Institute of
Power Electronics Technology, NUE, P.R. China)
16:20
A Novel Direct Predictive Speed and Current
Controller for PMSM drive
Xiaoyu Lang, Ming Yang, Jiang Long, YingQiang Li
and Dianguo Xu (Harbin Institute of Technology,
P.R. China)
16:40
Model Predictive Torque and Flux Control of
Induction Motor Fed by Three Level Indirect
Matrix Converter with Unity Power Factor
Strategy
Hazrul Mohamed Basri (Universiti Malaya,
Malaysia, Malaysia); Saad Mekhilef (University of
Malaya, Malaysia)
17:00
Phase Back EMF Space Vector Oriented Control
of Brushless DC Motor for Torque Ripple
Minimization
Zhenguo Li (Yanshan University, P.R. China);
Xuefei Gao (YanShan University, P.R. China);
Jianghao Wang and Chunjiang Zhang (Yanshan
University, P.R. China)
Tb5-29: Power Quality Analysis and Enhancement
-II
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 320-322
Chairs: Jinwei HE (Tianjin University, P.R. China) &
Jaehong Kim (Chosun University, Korea)
15:40
Sensitivity Study on the Stray Voltage of Low
Voltage Residential Networks
Chen Jiang (North China Power Engineering Co.
LTD, P.R. China); Qingxin Shi (University of
Tennessee, Knoxville, United States, USA); Yu Tian
(Powertech Labs Inc., Canada, Canada); Xiaoyu Li
(Southwest Electric Power Design Institute, China
Power Engineering Consulting Group Co., P.R.
China); Shunfu Lin (Shanghai University of Electric
Power, China, USA); Yu Liu (Southeast University,
China, P.R. China)
16:00
Performance Enhancement of Active Power Filter
in the presence of Low Order Harmonics and
Distorted Voltage
Mehdi Fallah (Sahand University of Technology,
Iran); Hossein Madadi Kojabadi (Sahand University
of Technology, Canada); Hamed Jafari Kaleybar
(Sahand University of Technology, Iran); Javad
Modarresi (Isfahan University, Russia); Liuchen
Chang (University of New Brunswick, Canada)
16:20
Design of Three-phase PWM Converter in the
Battery
Pack
Testing
System
Using
Fractional-Order Control
Wenlong Ding, Bin Duan, Yan Li, Jiajun Liu and
Chenghui Zhang (Shandong University, P.R. China)
16:40
Filter Parameter Optimization Design of
Single-phase LCL-type Three-level Rectifier
Equipped in Train for High-Speed-Railway
Harmonic Resonance Suppression
Shilei Jiao, Song Wensheng and Xiaoyun Feng
(Southwest Jiaotong University, P.R. China)
17:00
Adjustable Speed Drives and Power Quality:
Challenges and Cost-Effective Opportunities
Pooya Davari and Yongheng Yang (Aalborg
University, Denmark); Firuz Zare (Danfoss Power
Electronics A/S, Denmark); Frede Blaabjerg
(Aalborg University, Denmark)
Tb6-33: HVDC and DC Grid Technologies for Grid
Integration of Large Renewable Energy-II
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 581
Chairs: Xu Cai (Shanghai Jiaotong University, P.R.
China) & Jun Liang (Cardiff University,
United Kingdom)
15:40
Transmission Level MMC DC/DC Converter for
Large Scale Integration of Renewable Energy
into HVDC Grid
Huibin Zhang (University of Aberdeen, United
Kingdom); Dragan Jovcic (University of Aberdeen,
Scotland, Libya); Liangzhong Yao (China Electric
power Research Institute, P.R. China); Wang Xiang
47
and Jinyu Wen (Huazhong University of Science and
Technology, P.R. China)
16:00
16:20
16:40
17:00
A DC Power Flow Controller and Its Control
Strategy in the DC Grid
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Hongfen Cui, Jun Zhuang,
GuanJun LI, Bo Yang and Wang Zhibing (China
Electric Power Research Institute, P.R. China)
Dynamic Phasor Modelling and Operating
Characteristic Analysis of Half-Bridge MMC
Xiaojun Lu (Huazhong University of Science and
Technology & State Key Laboratory of Advanced
Electromagnetic Engineering and Technology, P.R.
China); Weixing Lin (Huazhong University of
Science and Technology, P.R. China); Ting An and
Yunfeng Li (State Grid Smart Grid Research Institute,
P.R. China); Jinyu Wen and Wei Yao (Huazhong
University of Science and Technology, P.R. China)
Power Flow Control of Interconnecting two
LCC-HVDC Through Front-to-Front Type
DC/DC Converter
Shuangyang Lu and Weixing Lin (Huazhong
University of Science and Technology, P.R. China);
Liangzhong Yao (China Electric power Research
Institute, P.R. China); Jinyu Wen (Huazhong
University of Science and Technology, P.R. China);
Wang Zhibing (China Electric Power Research
Institute, P.R. China)
Dynamic Interactions of DC and AC Grids
subject to DC faults
Gen Li, Jun Liang and Carlos Ugalde-Loo (Cardiff
University, United Kingdom); Paul Coventry
(National Grid UK, United Kingdom); Rimez Johan
(Elia, Belgium)
Tb7-36: Grid Scale Energy Storage: Modelling and
Control-II
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 585
Chairs: Richard Green (Imperial College Business
School, United Kingdom) & Qixin Chen
(Tsinghua University, P.R. China)
15:40
16:00
Research on an Adaptive Droop Control used in
DC Micro-Grid
HaoJie Yu, Xinzhen Feng and Huan Liu (China
Electric Power Research Institute, P.R. China);
Zhenhua Lv (Jiangsu Provincial Power Company
Electric Power Research Institute, P.R. China); Chen
Zhou (China Electric Power Research Institute, P.R.
China)
An Improved Droop Control Strategy of Energy
Storage System for Unbalanced load in
micro-grid
Jinhang Hu and Tao Qiong (China Electric Power
Research Institute, P.R. China)
16:20
The Bidding Transaction Model of the
Hour-ahead Regulation Service Market with
Energy Storage System Concerned
Wenqian Yin and Haoming Liu (Hohai University,
P.R. China); Bo Yang (China Electric Power
Research Institute, P.R. China); Jilei Ye (China
Electrical Power Research Institute, P.R. China);
Jinhua Xue (China, P.R. China)
16:40
Optimal Configuration of Energy Storage System
Considering Comprehensive Benefits in Power
Systems
Jilin Cai and Qingshan Xu (Southeast University,
P.R. China); Jilei Ye (China Electrical Power
Research Institute, P.R. China); Jinhua Xue (China,
P.R. China); Xiaohui Xu (State Grid Electric Power
Research Institute, P.R. China)
17:00
Coordinated
Control
for
Battery
and
Supercapacitor in Hybrid Energy Storage System
in Microgrid
Yaxing Ren, Shuaihu Li and Lin Jiang (University of
Liverpool, United Kingdom); Ping Liang Zeng
(China Electric Power Research Insitute & China
State Grid, P.R. China)
Tb8-23: Stability and Power Quality of Power
Electronic Based Systems-I
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 586
Chairs: Frede Blaabjerg (Aalborg University,
Denmark) & Xiongfei Wang (Aalborg
University, Denmark)
15:40
Robust Active Damping Control of LCL Filtered
Grid Connected Converter Based Active
Disturbance Rejection Control
Abdeldjabar Benrabah (Harbin Institute of
Technology, P.R. China); Xiongfei Wang (Aalborg
University, Denmark); Dianguo Xu (Harbin Institute
of Technology, P.R. China); Frede Blaabjerg
(Aalborg University, Denmark)
16:00
Harmonic Stability Analysis of Inverter-Fed
Power Systems Using Component Connection
Method
Yanbo Wang, Xiongfei Wang, Frede Blaabjerg and
Zhe Chen (Aalborg University, Denmark)
16:20
Design of grid-voltage feedforward to increase
impedance of
grid-connected
three-phase
inverters with LCL-filter
48
Technical Program
Tuomas Messo, Aapo Aapro, Tomi Roinila and
Teuvo Suntio (Tampere University of Technology,
Finland)
16:40
17:00
General Power Control Methods for Distributed
Generation Sources and Its Stability Analysis
Based on Unified Power Models
Dongsheng Yang
(Nanjing
University
of
Aeronautics and Astronautics, P.R. China); Xinbo
Ruan (Nanjing University of Aeronautics &
Astronautics, P.R. China); Heng Wu, Xinran Chen,
Lei Jia and Wenxin Zhao (Nanjing University of
Aeronautics and Astronautics, P.R. China)
Direct
Microgrid
Harmonic
Current
Compensation and Seamless Operation Mode
Transfer
Using
Coordinated
Triple-Loop
Current-Voltage-Current Controller
Jinwei HE and Beihua Liang (Tianjin University,
P.R. China)
Tb9-26: Advanced Power Conversion Systems for
Energy Storage
Time:
Tuesday, May 24, 15:40 - 17:20
Room: 588
Chairs: Hongfei Wu (Nanjing University of
Aeronautics and Astronautics, P.R. China) &
Kai Sun (TsingHua University, P.R. China)
15:40
Research on Charging/Discharging Control
Strategy of Battery-Super Capacitor Hybrid
Energy Storage System in Photovoltaic System
Huijuan Wang, Jr (North China Electric Power
University, P.R. China)
16:00
New Single-stage EV Charger for V2H
Applications
Huaibao Wang, Xiaoyu Jia, Jian Li, Xiaoqiang Guo
and Baocheng Wang (Yanshan University, P.R.
China); Xiaoyu Wang (Carleton University, Canada)
16:20
Performance evaluation of a non-isolated
bidirectional three-port power converter for
energy storage applications
Meng Zhang (Nanjing University of Aeronautics and
Astronautics, P.R. China); Yan Xing (NUAA, Spain);
Hongfei Wu and Yangjun Lu (Nanjing University of
Aeronautics and Astronautics, P.R. China); Kai Sun
(TsingHua University, P.R. China)
16:40
Study on Bidirectional-Charger for Electric
Vehicle Applied to Power Dispatching in Smart
Grid
Yu Fang (University of Yangzhou, P.R. China);
Patrick Wheeler (Unviersity of Nottingham, United
Kingdom); Songyin Cao and Yong Xie (University
of Yangzhou, P.R. China)
17:00
Selective Harmonic Compensation Using Active
Power Filter with Enhanced Double-Loop
Controller
Jinwei HE and Beihua Liang (Tianjin University,
P.R. China)
Wednesday, May 25, 2016
Wa1-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter-X
Wednesday, May 25, 08:30 - 10:10
310-312
Hongmei Li (Hefei University of Technology,
P.R. China) & Wei Hua (Southeast
University, P.R. China)
08:30
Model-free Power Control of front-end PFC
AC/DC Converter for on-board Charger
Lingling Cao, Hongmei Li and Hengguo Zhang
(Hefei University of Technology, P.R. China)
08:50
ADRC-based Model Predictive Current Control
for PMSMs fed by Three-phase Four-switch
Inverters
Qingfang Teng and Guofei Li (Lanzhou Jiaotong
University, P.R. China); Jianguo Zhu and Youguang
Guo (University of Technology Sydney, Australia);
Shuyuan Li (Engineering University of Armed
Police Force, P.R. China)
09:10
Ultra-Compact Power Pulsation Buffer for
Single-Phase DC/AC Converter Systems
Dominik Neumayr and Dominik Bortis (ETH
Zurich); Johann. W. Kolar (ETH Zurich, Switzerland)
09:30
Novel Control Strategy to Improve Power
Capability for High Power Converters
Bo Qu, Jie Shen and Jingkui Shi (GE, Global
Research-Shanghai, P.R. China); Hongwu She (GE
Global Research - Shanghai, P.R. China); Fan Zhang
and Kunlun Chen (GE, Power Conversion, P.R.
China)
09:50
Bridgeless Buck-Boost PFC Rectifier with a
Bi-directional Switch
Ben Zhao (Northwestern Polytechnical University,
P.R. China); Alexander Abramovitz (Ariel
University, Israel); Ruiqing Ma (Northwestern
Polytechnical University, P.R. China); Keyue
Smedley (University of California, Irvine, USA)
Wa2-38: Simulating the Next-generation of Energy
Conversion System in Real-time
Time:
Wednesday, May 25, 08:30 - 10:10
Room:
311-313
49
Chairs:
08:30
08:50
09:10
09:30
09:50
Weihua Wang (OPAL-RT Technologies Inc.,
Canada) & Liang Dong (Shanghai Keliang
Information Technology & Eng. Co., Ltd,
P.R. China)
Virtual Impedance method of the Power
Hardware-in-the-Loop simulation to Improve Its
Stability and Accuracy
Chenxu Yin (Wuhan University, P.R. China); Luyao
Ma (State Grid Anhui Electric Power Company, P.R.
China); Bang Liu, Xin Liu and Yichen Pi (Wuhan
University, P.R. China); Jianjun Sun (WuHan
University, P.R. China); Xiaoming Zha (Wuhan
University, P.R. China); Xiaofei Cui(Guangzhou
Power Supply Bureau Limited, P.R. China)
Output impedance control of inverter-based
distributed generator for minimum circulating
current in single-phase AC microgrid
Jaehong Kim (Chosun University, Korea);
Hyounglok Oh (Realtimewave, Korea); Kwanghee
Nam (Pohang University of Science and
Technology, Korea)
The Setup of a Flexible Test Bench for the
Low-Voltage-Ride-Through Capability of Solar
Energy Converter
Junjun Zhang (State Grid Electronic Power Research
Institute, P.R. China); Fei Zheng, Xiaolin Zhang and
Jingsheng Huang (China Electric Power Research
Institute, P.R. China); Weihua Wang (OPAL-RT
Technologies Inc., Canada); Fei Gao (OPAL-RT
Technologies, P.R. China); Wei Tan(Shanghai
KeLiang Information Technologies & Engineering
Co., Ltd., P.R. China)
HIL Safety Function Validation of the
Multi-Power Sources Electric Vehicle
Chun Fan (ITRI, Taiwan); Chun-Ying Lin (Team of
HIL & ITRI, Taiwan); Kang Li (National Taiwan
University, Taiwan)
Credibility
Analysis
for
Real-time
Hardware-in-the-Loop Simulation Compared
Against Actual Plant
Donghan Shi and Kun Han (Nanyang Technological
University, Singapore); Chen Qi (Nanyang
Technological University & [email protected]
Corporate Lab, Singapore); Peng Wang (Nanyang
Technological University, Singapore); Michael
Zagrodnik and Amit Gupta (Rolls-Royce Singapore
Pte. Ltd., Singapore)
Wa3-05:
Time:
Room:
Chairs:
DC/DC Converter-V
Wednesday, May 25, 08:30 - 10:10
315-317
Zhe Chen (Aalborg University, Denmark) &
Zhuo Fang (Xi'an Jiaotong University, P.R.
China)
08:30
Passive Regenerative Snubber Cell Applied to
Isolated DCM SEPIC Converter
Gabriel Tibola, Erik Lemmen and Jorge Duarte
(Eindhoven University of Technology, The
Netherlands)
08:50
Optimized Modulation Strategy for Three-Phase
Dual-Active-Bridge DC-DC Converters to
Minimize RMS Inductor Current in the Whole
Load Range
Zhuoqiang Li and Yue Wang (Xi'an Jiaotong
University, P.R. China); Ling Shi (Xi`an Jiaotong
University, P.R. China); Jun Huang and Wanjun Lei
(Xi'an Jiaotong University, P.R. China)
09:10
A High Efficiency Critical Mode Boost PFC using
a Variable Inductor
Cheon-Yong Lim, Jae-Hyun Kim, Yeonho Jeong,
Dong-Kwan Kim, Han-Shin Youn and Gun Woo
Moon (KAIST, Korea)
09:30
Real Mission Profile Based Lifetime Estimation of
Fuel-cell Power Converter
Dao Zhou, Huai Wang, Frede Blaabjerg and Soren
Knudsen (Aalborg University, Denmark); Daniel
Blom-Hansen (Dantherm A/S, Denmark)
09:50
Study of Loop Gain Measurement of Digitally
Controlled DC/DC Converters
Yan Jiang (Huazhong University of Science and
Technology, P.R. China); Xinbo Ruan (Nanjing
University of Aeronautics & Astronautics, P.R.
China); Chun Xiong (Huazhong University of
Science and Technology, P.R. China)
Wa4-10:
Time:
Room:
Chairs:
Electric Machines, Actuators and Sensors
Wednesday, May 25, 08:30 - 10:10
316-318
Se-Kyo Chung (Gyeongsang Nat'l University,
Korea) & Zhonggang Yin (Xi'an University
of Technology, P.R. China)
08:30
Analytical Modeling of Pulsating Torque in
Concentrated-Wound
Interior
Permanent
Magnet Machines to Achieve Maximum Average
Torque Under an Open-Phase Fault Condition
Mohammad Farshadnia (University of New South
Wales, Australia); Muhammad Ali Masood Cheema
(The University of New South Wales, Australia);
Rukmi Dutta (University of New South Wales,
Australia); John Fletcher (The University of New
South Wales, Australia)
08:50
Evaluation of Winding Arrangements in Electric
50
Technical Program
Lingeshwaren Sobrayen, Dorai Babu Yelaverthi,
Priyesh Chauhan, Srinivasa Kamala and Sanjib
Kumar Panda (National University of Singapore,
Singapore); Die Wu and Xiaoqing Chen (ST Marine,
Singapore)
Machinery for Modular Electric Drives
Hui Zhang (KTH-Royal Institute of Technology,
Sweden); Oskar Wallmark (Royal Institute of
Technology (KTH), Sweden)
09:10
09:30
09:50
Operation Principle and Electromagnetic
Performance of Novel Variable-flux Reluctance
Machines with Segmented Rotors
Wen Zhang (Shanghai Jiao Tong University, P.R.
China); Qiang Gao (Shanghai Jiaotong University,
P.R. China); Ziyi Li (Shanghai Jiao Tong University,
P.R. China)
Torque Ripple Suppression of Doubly Salient
Brushless
DC
Motors
with
Current
Compensation Control
Wanxin Yuan (Nanjing University of Aeronautics
and Astronautics & College of Automation
Engineering, P.R. China); Yin Wang, Zhuoran
Zhang and Rui Liang (Nanjing University of
Aeronautics and Astronautics, P.R. China)
A Model Predictive Torque Control Method for
Dual Induction Motor Drive System Fed by
Indirect Matrix Converter
Mei Yang, ShanShan Wang and Xiaoguang Zhang
(North China University of Technology, P.R. China)
Wa5-19:
Time:
Room:
Chairs:
08:30
08:50
09:10
Transit, Aerospace and Marine Systems
Wednesday, May 25, 08:30 - 10:10
320-322
Dastagiri Reddy Bonthapalle (National
University of Singapore, Singapore) & Kai
Wang (Nanjing University of Aeronautics
and Astronautics, P.R. China)
Synchronous Optimal Pulsewidth Modulation for
Marine Electric Propulsion Drives
Lingeshwaren
Sobrayen,
Dastagiri
Reddy
Bonthapalle, Merlin Chai, Akshay Kumar Rathore
and Sanjib Kumar Panda (National University of
Singapore, Singapore); Die Wu and Xiaoqing Chen
(ST Marine, Singapore)
Practical Design Considerations of Stator
Lamination Fixtures in Permanent Magnet
Machines
Siwei Cheng (Institute of Power Electronics
Technology, NUE, P.R. China); Huangda Lin (Naval
University of Engineering, P.R. China); ZheWu Jia
(Naval University of Engeering, P.R. China); Dong
Wang (Institute of Power Electronics Technology,
NUE, P.R. China)
Investigations on LVAC Architectures of Diesel
Electric Propulsion Based Marine Vessels for
Improved Power Quality and Reliability
Dastagiri Reddy Bonthapalle, Merlin Chai,
09:30
Predictive Current Control Method to Reduce
Common-mode Interference for Three-Phase
Induction Motor
Xiliang Chen and Wenjie Chen (Xi'an Jiaotong
University, P.R. China); Yaqiang Han (Xi'an Jiao
Tong University, P.R. China); YiLin Sha, Heyuan Qi
and Xu Yang (Xi'an Jiaotong University, P.R. China)
09:50
Multi-objective Power Management Strategy for
MMC-Based EV Fleet Integrated into Smart
Grid
Meiqin Mao, Tinghuan Tao and Yong Ding (Hefei
University of Technology, P.R. China); Liuchen
Chang (University of New Brunswick, Canada);
Nikos Hatziargyriou (Technical University of
Greece, Greece)
Wa6-14:
Time:
Room:
Chairs:
Microgrids and Distributed Generation-I
Wednesday, May 25, 08:30 - 10:10
581
Donald Grahame Holmes (RMIT University,
Australia) & Fei Wang (Shanghai University,
P.R. China)
08:30
Power Talk: A Novel Power Line Communication
in DC Microgrid
Hongpeng Liu (Harbin Institute of Technology, P.R.
China); Yongheng Yang, Poh Chiang Loh, Frede
Blaabjerg and Marko Angjelichinoski (Aalborg
University, Denmark); Čedomir Stefanović (Aalborg
University & University of Novi Sad, Denmark);
Petar Popovski (Aalborg University, Denmark)
08:50
Impedance Modeling and Verification of a Dual
Active Bridge (DAB) DC/DC converter Enabled
DC Microgrid in FREEDM System
Qing Ye (Florida State University, USA); Ran Mo
(Florida State Univerisity, USA); Hui Li (Florida
State University, USA)
09:10
Investigation
on
impedance-based
active
stabilizer of AC microgrids
Yan Du (Hefei University of Technology, P.R. China)
09:30
Development and Present Status of Multi-Energy
Distributed Power Generation System
Yanhui Qiu and Jiahui Jiang (University of Fuzhou,
P.R. China); Daolian Chen (Fuzhou University, P.R.
China)
09:50
A SoC Control Strategy Based on Wireless Droop
Control for Energy Storage Systems in AC
51
Islanded Microgrid
Qingfeng Wu, Xiaofeng Sun, Yancong Hao, Erdong
Chen and Baocheng Wang (Yanshan University,
P.R. China)
Wa7-12
Time:
Room:
Chairs:
08:30
08:50
09:10
09:30
09:50
Renewable Energy Systems -IV
Wednesday, May 25, 08:30 - 10:10
585
Eui-Cheol Nho (Pukyong Nat'l University,
Korea) & Geng Yang (Tsinghua University,
P.R. China)
Single Phase Gird Connected Inverter Based on
One-cycle Current Control
Xiaoyong Ji, Ting Zhang, Hongyang Su, Zezhong
Xia and Zhi Tang (Wuhan University of
Technology, P.R. China); Guorong Zhu (Wuhan
University of Techonology, P.R. China)
Performance-Enhanced Direct Multiple-Vector
Model Predictive Power Control for Grid-Tied
AFEs
Zhenbin Zhang (Technische Universität München,
Germany); Ralph Kennel (Technical University of
Munich, Germany); Christoph M. Hackl (Technische
Universität München, Germany)
Virtual Unit Delay for Digital Frequency
Adaptive T/4 Delay Phase-Locked Loop System
Yongheng Yang (Aalborg University, Denmark);
Keliang Zhou (University of Glasgow, United
Kingdom); Frede Blaabjerg (Aalborg University,
Denmark)
Direct Power Control with Ramping Rate
Criterion of Complex Power in Grid Adaptive
5MW PMSG MV Wind Turbines
Gookmin Kwon (Chonbuk National University,
Korea); Yongsug Suh (Chonbuk Nat'l University,
Korea)
Dynamic equivalent modeling of direct-drive
PMSG wind farms based on the transient active
power response characteristics
Jinling Qi and Pupu Chao (Harbin Institute of
Technology, P.R. China); Xiaoming Jin (Electrical
Power Research Institute, China Southern Grid, P.R.
China); Weixing Li (Harbin Institute of Technology,
P.R. China)
Wa8-23: Stability and Power Quality of Power
Electronic Based System-II
Time:
Wednesday, May 25, 08:30 - 10:10
Room:
586
Chairs: Xiongfei Wang (Aalborg University,
Denmark) & Frede Blaabjerg (Aalborg
University, Denmark)
08:30
A Novel Online Grid Impedance Measurement
Method Based on Injecting Pulses Designed in
Frequency-Domain
Qingyun Dou and Jinjun Liu (Xi'an Jiaotong
University, P.R. China); Zeng Liu (Xi'an Jiaotong
University & Virginia Tech, P.R. China); Teng Liu
(Xi'an Jiaotong University, P.R. China)
08:50
Passivity Enhancement by Series LC Filtered
Active Damper with Zero Current Reference
Haofeng Bai, Xiongfei Wang and Frede Blaabjerg
(Aalborg University, Denmark)
09:10
Resonance Characteristics Analysis of Paralleled
Inverters Based on Resonance Stability Margin
Changzhou Yu (School of Electrical Engineering and
Automation & Hefei University of Technology, P.R.
China); Xing Zhang, Fang Liu, Fei Li and Haizhen
Xu (Hefei University of Technology, P.R. China);
Renxian Cao (Sungrow Power Supply Co, Ltd., P.R.
China); Junjun Zhang (State Grid Electronic Power
Research Institute, P.R. China)
09:30
Improvement of Power Quality for Three-Phase
Grids using Single-Phase DG with Active Filter
Function Units
Keiji Wada and Hidehito Yoshida (Tokyo
Metropolitan University, Japan)
09:50
Stability Criterion of Droop-Controlled Parallel
Inverters Based on Terminal-Characteristics of
Individual Inverters
Zeng Liu (Xi'an Jiaotong University & Virginia
Tech, P.R. China); Jinjun Liu (Xi'an Jiaotong
University, P.R. China); Dushan Boroyevich and
Rolando Burgos (Virginia Tech, USA)
Wa9-13:
Time:
Room:
Chairs:
Energy Storage Systems
Wednesday, May 25, 08:30 - 10:10
588
Feng Gao (Shandong University, P.R. China)
& Hongda Liu (Harbin Engineering
University, P.R. China)
08:30
A
Modular
Multilevel
Converter-Based
Grid-Tied
Battery-Supercapacitor
Hybrid
Energy Storage System with Decoupled Power
Control
Lei Zhang, Yi Tang and Shunfeng Yang (Nanyang
Technological
University,
Singapore);
Gao
(Shandong University, P.R. China)
08:50
Design of a Cascaded H-Bridge Multi-level
Inverter with Hot Swappable Capability for
Battery Energy Storage Systems
Jin-Jhan Jheng, Min-Fu Shih and Kuo-Yuan Lo
52
Technical Program
(Institute of Nuclar Energy Research Atomic Energy
Council, Taiwan)
09:10
A Novel Control Strategy of Photovoltaic-Battery
System for Restraining the Photovoltaic Power
Fluctuations and Suppressing the Low Frequency
Oscillations of Power System
Zhirong Zeng (Xi'an Jiaotong University, P.R.
China); Hao Yi (School of Electrical Engineering of
Xi'an Jiaotong University, P.R. China); Feng Wang,
Zhuo Fang and Zhenxiong Wang (Xi'an Jiaotong
University, P.R. China)
09:30
Research on Hybrid Energy Storage System and
Its Controller in Rolling Solar Ship
Hongda Liu, Ying Xu and Yu Pang (Harbin
Engineering University, P.R. China)
09:50
A New Control Method for Interleaved Parallel
Bi-directional DC-DC Converter Applied on a
Photovoltaic Energy Storage System
Mei Yang and Li Xiaoqing (North China University
of Technology, P.R. China)
Wb1-35: New Technology and Development Trend of
Electric Vehicles
Time:
Wednesday, May 25, 10:30 - 12:10
Room:
310-312
Chairs: Hongmei Li (Hefei University of Technology,
P.R. China) & Wei Hua (Southeast
University, P.R. China)
10:30
The Full Rank Identification of PM Flux Linkage
for PMSM
Hongmei Li, Tao Chen and Hongyang Yao (Hefei
University of Technology, P.R. China)
10:50
Robust Adaptive Sliding Mode Control for
Nonlinear Four-Wheel Steering Autonomous
Vehicles Path Tracking Systems
Ruijie Wang, Guodong Yin and Xianjian Jin
(Southeast University, P.R. China)
11:10
Design and Optimization of Electrical Motors
with Soft Magnetic Composite Cores
ZYouguang Guo, Jianguo Zhu and Gang Lei
(University of Technology Sydney, Australia)
11:30
Study of Switching Method for MATRIX Motor
Realizing Variable Characteristic
Yuki Sakai, Hiroki Hjikata and Kan Akatsu
(Shibaura Institute of Technology, Japan); Yoshihiro
Miyama and Hideaki Arita (Mitsubishi Electric,
Japan)
11:50
Design and optimization of a concentrated flux
transverse flux permanent magnet motor
Hongyang Yao, Hongmei Li and Kai Wang (Hefei
University of Technology, P.R. China)
Wb2-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter-VI
Wednesday, May 25, 10:30 - 12:10
311-313
Keiji Wada (Tokyo Metropolitan University,
Japan) & Feng Wang (Xi'an Jiaotong
University, P.R. China)
10:30
Combined Frequency and Phase-Shift Control
for
Switched-Capacitor-Based
Resonant
Converter
Hadi Setiadi and Hideaki Fujita (Tokyo Institute of
Technology, Japan)
10:50
Hybrid Topologies for Series and Shunt
Compensation
of
the
Line-Commutated
Converter
Panagiotis Bakas (KTH Royal Institute of
Technology & ABB Corporate Research, Sweden);
Lennart Harnefors (ABB Corporate Research,
Sweden); Staffan Norrga (KTH, Royal Institute of
Technology, Sweden); Alireza Nami (ABB Research
Corporation, Sweden); Kalle Ilves and Frans
Dijkhuizen (ABB Corporate Research, Sweden);
Hans-Peter Nee (KTH Royal Institute of Technology
& EES/E2C, Sweden)
11:10
A Bidirectional Dual-bridge LCL-type Series
Resonant Converter Controlled with Modified
Gating Scheme
Hao Chen and Ashoka Bhat (University of Victoria,
Canada)
11:30
DC Link Voltage Control of Single Phase
Back-to-back Converter for Medium Voltage
Motor Drive
Jeong-Mock Yoo (Seoul National Univertsity,
Korea); Hyun-Sam Jung and Seung-Ki Sul (Seoul
National University, Korea); Hak-Jun Lee and
Chanook Hong (LSIS Co., Ltd., Korea)
11:50
Analysis of Power Losses in Power MOSFET
Based Stacked Polyphase Bridges Converters
Lebing Jin (KTH Royal Institute of Technology,
Sweden); Staffan Norrga (KTH, Royal Institute of
Technology, Sweden); Oskar Wallmark (Royal
Institute of Technology (KTH), Sweden)
Wb3-05:
Time:
Room:
Chairs:
DC/DC Converter-VI
Wednesday, May 25, 10:30 - 12:10
315-317
Jianping Xu (Southwest Jiaotong University,
P.R. China) & Meng Huang (WuHan
University, P.R. China)
53
10:30
10:50
11:10
An Input-Series Multiple-Output Auxiliary
DC/DC Converter
Tao Meng and Chunyan Li (Mechanical and
Electrical Engineering, Heilongjiang University,
P.R. China); Hongqi Ben (Harbin Institute of
Technology (HIT), P.R. China); Xuesong Wang
(Harbin Institute of Technology, P.R. China); Junbao
Zhao (ZTE Corporation, P.R. China)
Interleaved Active Clamp Forward Converter
with Additional Series-Connected Secondary
Windings for Wide Input and High Current
Output Applications
Han-Shin Youn (KAIST, Korea); Jae-Kuk Kim (Inha
University, Korea); Jae-Il Baek, Seung Woo Jwa,
Jung-Kyu Han and Gun Woo Moon (KAIST, Korea)
Modeling and Controller Design of High Voltage
Gain DC-DC Converter with Multi-cell
Diode-Capacitor Network
Yan Zhang, Zhuo Dong, Jinjun Liu, Xiaolong Ma and
Xinying Li (Xi'an Jiaotong University, P.R. China);
Jiuqiang Han (Xi’an Jiaotong University, P.R. China)
11:30
Buck/Boost Bidirectional Converter TCM
Control Without Zero-crossing Detection
Baocheng Wang, Ye Yuan, Yang Zhou and
Xiaofeng Sun (Yanshan University, P.R. China)
11:50
Study on PI Sliding Mode Controller for
Paralleled DC-DC Converter
Zongxiang Chen, Ya-nan Guo, Mingxing Chen and
Lusheng Ge (Anhui University of Technology, P.R.
China)
Wb4-11:
Time:
Room:
Chairs:
10:30
10:50
11:10
Industrial applications of Machines
Wednesday, May 25, 10:30 - 12:10
316-318
Zedong Zheng (Tsinghua University, P.R.
China) & Siwei Cheng (Institute of Power
Electronics Technology, NUE, P.R. China)
Mechanical
resonance
suppression
and
disturbance rejection of 2-inertia system with
observer-based feedback control
Yongjian Fu, Ming Yang, Qinan Ni and Dianguo Xu
(Harbin Institute of Technology, P.R. China)
Detection of Bearing Faults in Repetitive
Mechanical Systems by Identification of the Load
Torque
Trang Phung (University of Siegen & University of
Siegen, Germany); Mario Pacas (Universität Siegen,
Germany)
Design and Optimization Procedure of a
Single-Sided Linear Induction Motor Applied to
an Articulated Funiculator
Yifei Hu (KTH-Royal Institute of Technology,
Sweden); Alija Cosic (Trafikverket, Sweden); Stefan
Östlund and Hui Zhang (KTH-Royal Institute of
Technology, Sweden)
11:30
A New Passive Filter Design Method for
Overvoltage Suppression and Bearing Currents
Mitigation in Long Cable Based PWM
Inverter-Fed Motor Drive Systems
Weimin Wu, Yanmin Jiang, Yuan Liu and Min
Huang (Shanghai Maritime University, P.R. China);
Yuanbin He and Shu-hung Chung (City University
of Hong Kong, Hong Kong)
11:50
A Design of High Power Factor Single Phase
Inverter
Zongxiang Chen, Ya-nan Guo, Mingxing Chen and
Lusheng Ge (Anhui University of Technology, P.R.
China)
Wb5-01:
Time:
Room:
Chairs:
Power ICs
Wednesday, May 25, 10:30 - 12:10
315-317
Jianping Xu (Southwest Jiaotong University,
P.R. China) & Meng Huang (WuHan
University, P.R. China)
10:30
200-V
High-Side
Thick-Layer-SOI
Field
PLDMOS For HV switching IC
Tao Liang, Yitao He, Lu Lu and Ming Qiao
(University of Electronic Science and Technology of
China, P.R. China); Bo Zhang (University Of
Electronic Science And Technology Of China, P.R.
China)
10:50
A Novel Method for On-line Junction
Temperature Measurement of Power Modules
Yulin Zhong, Chushan Li and Dewei Xu (Ryerson
University, Canada)
11:10
Self-calibration for IGBT Junction Temperature
Measurement in Power Converter
Yichao Yuan, Dawei Xiang and Chen Ning (Tongji
University, P.R. China)
11:30
Humidity testing of SiC Power MOSFETs
Diane-Perle Sadik (KTH Royal Institute of
Technology, Sweden); Florian Giezendanner
(Alstom Power Växjö, Switzerland); Per Ranstad
(Alstom Power Växjö, Sweden); Hans-Peter Nee
(KTH Royal Institute of Technology & EES/E2C,
Sweden)
11:50
Lifetime Evaluation of Solder Layer in an IGBT
Module under Different Temperature Levels
Nan Jiang, Minyou Chen, Shengyou Xu and Wei Lai
(Chongqing University, P.R. China); Bin Gao and
54
Technical Program
Yigao Chen (University of Chongqing, P.R. China)
Wb6-14:
Time:
Room:
Chairs:
10:30
10:50
11:10
Microgrids and Distributed Generation-II
Wednesday, May 25, 10:30 - 12:10
581
Peng Wang (Nanyang Technological
University, Singapore) & Zheng Wang
(Southeast University, P.R. China)
Application of Virtual Synchronous Generator
Technology in Microgrid
Wang Dongxu and Hongbin Wu (Hefei University of
Technology, P.R. China)
A Review on Microgrid Architectures and
Control Methods
Yang Zhou and Carl Ho (University of Manitoba,
Canada)
Implementation
of
Virtual
Synchronous
Generator with an Improved Hardware Structure
in PV-based microgrids
Yichao Yuan, Dawei Xiang and Chen Ning (Tongji
University, P.R. China) Zhenxiong Wang (Xi'an
Jiaotong University, P.R. China); Hao Yi (School of
Electrical Engineering of Xi'an Jiaotong University,
P.R. China); Zhigang Zhang, Zhuo Fang and Zhirong
Zeng (Xi'an Jiaotong University, P.R. China)
11:30
Research on Dual Optimization Control Scheme
Considering Voltage and Frequency in Islanding
Microgrid
Wei Zhao, Lei Qi, Xiaofeng Sun, Baocheng Wang
and Hong Shen (Yanshan University, P.R. China)
11:50
A Novel Protection Scheme without DC Circuit
Breaker for VSC-Based DC Grids
Chen Wang, Jianhui Meng and Yi Wang (North
China Electric Power University, P.R. China)
Wb7-22: Wireless Power Transfer and Resonant
Converter Converter
Time:
Wednesday, May 25, 10:30 - 12:10
Room:
585
Chairs: Toshifumi Ise (Osaka University, Japan) &
Tolbert Leon M. (The University of
Tennessee, USA)
10:30
10:50
Repeater tuning against Load variation for
Wireless Power Transfer
J Prasad Sampath and Arokiaswami Alphones
(Nanyang Technological University, Singapore);
Mahinda Vilathgamuwa (Queensland University of
Technology, Australia)
for High Efficiency ICPT System
Shuo Bai (North China University of Technology,
P.R. China); YuanChao Liu (North China University
of technology, P.R. China); Weiping Zhang and Ke
Li (North China University of Technology, P.R.
China)
11:10
Wireless Power Transfer System for Gate Power
Supplies of Modular Multilevel Converters
Masaaki Takasaki, Yushi Miura and Toshifumi Ise
(Osaka University, Japan)
11:30
Bode Plot and Impedance Asymptotes for
Light-Load Regulation of LLC Series Resonant
Converter
Cheol-O Yeon, Jong-Woo Kim, Moo-Hyun Park,
Yu-Jin Jang, Cheon-Yong Lim and Gun Woo Moon
(KAIST, Korea)
11:50
Automatic
Current-Sharing
Method
for
Multi-Phase LLC Resonant Converter
Hongliang Wang and Yang Chen (Queen's
University, Canada); Sucheng Liu (Anhui University
of Technology, P.R. China); Yan-Fei Liu (Queens
University, Canada)
Wb8-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converters -IV
Wednesday, May 25, 10:30 - 12:10
586
Noriko
Kawakami
(Toshiba
Mitsubishi-Electric Industrial Systems Corp.,
Japan) & Xing-Lai Ge (Southwest Jiaotong
University, P.R. China)
10:30
Relationship
between
Two
Different
Space-Vector
Modulation
Methods
of
Eight-Switch Three-Phase Inverters
Yong-Chao Liu, Xing-Lai Ge and Qidi Tang
(Southwest Jiaotong University, P.R. China)
10:50
Active Clamped Current-Fed Full-Bridge
Integrating LLC Converter with Low Current
and Voltage Stress
Seung Woo Jwa (KAIST, Korea); Jun Ho Kim
(Hyundai Motor Co., Korea); Jae Bum Lee, Yeonho
Jeong, Keon-woo Kim and Gun Woo Moon (KAIST,
Korea)
11:10
Minimization of Interconnected Inductor for
Single-Phase Inverter with High-Performance
Disturbance Observer
Satoshi Nagai, Jun-ichi Itoh, Nam Le, Koji Orikawa
and Tsuyoshi Nagano (Nagaoka University of
Technology, Japan)
11:30
A Novel Soft-Switching Full Bridge Converter
Dai-Duong Tran (Soongsil University, Sangdo-ro,
Design and Optimization of Mutual Inductance
55
Dongjak-gu, Korea); Hai-Nam Vu
University, Korea); Woojin Choi
Unibersity, Korea)
11:50
A Fault Diagnosis and Fault Tolerant Control
Method for DC-link Circuit Using Notch Filter in
Power Traction Converter
Bin Gou, Xing-Lai Ge, Jun-Kai Pu and Xiaoyun
Feng (Southwest Jiaotong University, P.R. China)
Wb9-32:
Time:
Room:
Chairs:
10:30
10:50
11:10
11:30
11:50
(Soongsil
(Soongsil
Reliability of Power Electronics
Wednesday, May 25, 10:30 - 12:10
588
Ke Ma (Aalborg University, Denmark) &
Xiong Du (Chongqing University, P.R.
China)
Study on the Effects of Small Swing of Junction
Temperature Cycles on Solder Layer in an IGBT
Module
You Chen (Chongqing University, P.R. China);
Yigao Chen and Wei Lai (University of Chongqing,
P.R. China); Li Ran (The University of Warwick,
United Kingdom); You Xu and Nan Jiang
(Chongqing University, P.R. China); Olayiwola
Alatise and Philips Mawby (University of Warwick,
United Kingdom)
Smart Transformer Reliability and Efficiency
through Modularity
Markus Andresen, Levy Costa, Giampaolo Buticchi
and Marco Liserre (Christian-Albrechts-Universität
zu Kiel, Germany)
Non-invasive Condition Monitoring for Wind
Turbines
Pinjia Zhang (Tsinghua University, P.R. China)
Advanced Design Tools for the Lifetime of Power
Electronics - Study Case on Motor Drive
Application
Ke Ma, Ionut Vernica and Frede Blaabjerg (Aalborg
University, Denmark)
In-Situ Diagnostics and Prognostics of Wire
Bonding Faults in IGBT Modules of Three-Level
Neutral-point-clamped Inverters
Jinsong Han, Mingyao Ma, Kaiqi Chu and Xing
Zhang (Hefei University of Technology, P.R.
China); Zhemin Lin (Anhui Electric Power Research
Institute, P.R. China)
Wc1-17:
Time:
Room:
Chairs:
Smart Grid Technologies-I
Wednesday, May 25, 13:40 - 15:20
310-312
Katherine A Kim (Ulsan National Institute of
Science and Technology (UNIST), Korea) &
Tuomas Messo (Tampere University of
Technology, Finland)
13:40
DC Electric Springs with DC/DC Converters
Qingsong Wang (Southeast University & Aalborg
University, P.R. China); Ming Cheng and Yunlei
Jiang (Southeast University, P.R. China); Zhe Chen
and Fujin Deng (Aalborg University, Denmark);
Zheng Wang (Southeast University, P.R. China)
14:00
Behavioral Modeling of AC Solid State Power
Controller
Li-gang Ruan (Nanjing University of Aeronautics &
Astronautics, P.R. China); Wang Li (Nanjing
University of Aeronautics and Astronautics, P.R.
China); Jia-yu YE (Nanjing University of
Aeronautics & Astronautics, P.R. China); Li-nan
Song (Nanjing University of Aeronautics and
Astronautics & College of Automation, P.R. China);
Shan-shui Yang (Nanjing University of Aeronautics
& Astronautics, P.R. China); Yuanli Kang
(Commercial Aircraft Corporation of China Ltd.,
P.R. China); Yannian Hui (Beijing Aeronautical
Science and Technology Research Institute of
COMAC, P.R. China)
14:20
Research on Control Strategy and Stability of
Common DC Bus Solar Pumper Cluster System
Peng Liu, JianHui Su, Wenjin Wu and Jidong Lai
(Hefei University of Technology, P.R. China)
14:40
Study on the Characteristics of Electric Spring
with Nonlinear Load
Sushuang Zhang and Dong Yuan Qiu (South China
University of Technology, P.R. China)
15:00
Performance of Electric Springs with Multiple
Variable Loads
Binita Sen, Jayantika Soni and Sanjib Panda
(National University of Singapore, Singapore)
Wc2-34:
Time:
Room:
Chairs:
13:40
LED Driver Technology
Wednesday, May 25, 13:40 - 15:20
311-313
Yijie Wang (Harbin Institute of Technology,
P.R. China) & Tsorng Juu Liang (National
Cheng Kung University, Taiwan)
Integrated Hybrid Switched-Capacitor Converter
for LED drivers in 180 nm CMOS
Juan Castellanos and Julia Delos (Eindhoven
University of Technology, The Netherlands); Marcel
Hendrix (Philips Innovation Services & University
of Technology Eindhoven, The Netherlands); Arthur
van Roermund and Eugenio Cantatore (Eindhoven
University of Technology, The Netherlands)
56
Technical Program
14:00
A Novel DC/DC Converter Based on
Series-Parallel Resonant Network for LED driver
Yueshi Guan, Na Qi and Yijie Wang (Harbin
Institute of Technology, P.R. China); Xiangjun
Zhang (Harbin Institute of Technology (HIT), P.R.
China); Dianguo Xu and Wang Wei (Harbin Institute
of Technology, P.R. China)
14:20
Design and Implementation of a LED Driver with
Current Balancing
Tzu-Hsuan Kuo and Tsorng Juu Liang (National
Cheng Kung University, Taiwan); Wei-Jiun Wu
(National cheng Kung University, Taiwan)
14:40
15:00
Analysis and Design of CLL Resonant
Multi-channel LED Driver with Balance
Capacitor
Bin Yang, Xuehui Tao and Litao Shen (Soochow
University, P.R. China)
A Single-stage LED Driver with Couple Inductor
in Low Input voltage
Tian Liang, Yijie Wang, Yueshi Guan, Dianguo Xu
and Wang Wei (Harbin Institute of Technology, P.R.
China)
Wc3-05:
Time:
Room:
Chairs:
DC/DC Converter-VII
Wednesday, May 25, 13:40 - 15:20
315-317
Xiangning He (Zhejiang University, P.R.
China) & Xiaodong LI (Macau University of
Science and Technology, Macao)
13:40
A
New
Fault
Diagnosis
Method
for
Input-Series-Output-Parallel Modular DC-DC
System Based on Magnetic Component Voltage
Hanyu Wang, Xuejun Pei and Yong Kang
(Huazhong University of Science and Technology,
P.R. China)
14:00
Soft-Switching Synchronous Interleaved Boost
Converter with an Auxiliary Coupled Inductor
Je-Hyun YI, Paul Jang and Sang-Woo Kang (Seoul
National University, Korea); Bo-Hyung Cho (Seou
National University, Korea)
14:20
Comparison and Review of DC Transformer
Topologies for HVDC and DC grids
Yi Zhang, Shaolei Shi and Dianguo Xu (Harbin
Institute of Technology, P.R. China); Rongfeng Yang
(Harbin Institute of Technology (HIT), P.R. China)
14:40
A Novel Buck-Boost Converter with Low Stresses
on Switches and Diodes
Shan Miao, Faqiang Wang and Xikui Ma (Xi'an
Jiaotong University, P.R. China)
15:00
A modular bidirectional buck/boost dc/dc
converter suitable for interconnecting HVDC
grids
Zhongwei Xing (Huazhong University of Science
and Technology, P.R. China); Xinbo Ruan (Nanjing
University of Aeronautics & Astronautics, P.R.
China); Huanmao Xie and Xuehua Wang (Huazhong
University of Science and Technology, P.R. China)
Wc4-09: Motion Control, Robotics and Sensorless
Control-I
Time:
Wednesday, May 25, 13:40 - 15:20
Room:
316-318
Chairs: Youguang Guo (University of Technology
Sydney, Australia) & Yongdong Li (Tsinghua
University, P.R. China)
13:40
Modeling and Sensorless Vector Control for
Vernier PM Machines
Xun Han, Tianjie Zou, Dong Jiang, Ronghai Qu and
Leilei Wu (Huazhong University of Science and
Technology, P.R. China)
14:00
Sensorless control method of 3-Phase BLDC
motor through the real time compensation of
Back-EMF constant
Dong-Youn Kim, Jong-Seong Ji and Jong Joo Moon
(University of Pusan National, Korea); Jang-Mok
Kim (Pusan National University, Korea)
14:20
Predictive Current Control of an Induction
Machine by Using Dichotomy-based Method
Xuezhu Mei (Quanzhou Institute of Equipment
Manufacturing, CAS, China; Technical University of
Munich, Germany, P.R. China); Fengxiang Wang
(Quanzhou Institute of Equipment Manufacturing,
Chinese Academy of Sciences, P.R. China); Anjun
Xia
(Quanzhou
Institute
of
Equipment
Manufacturing, Haixi Institutes, Chinese Academy of
Sciences, P.R. China); Zhixun Ma (Sinocon GmbH,
Germany); Zhenbin Zhang (Technische Universität
München, Germany); Ralph Kennel (Technical
University of Munich, Germany)
14:40
Performance Analysis of Two Different
SVM-Based Field-Oriented Control Schemes for
Eight-Switch Three-Phase Inverter-fed Induction
Motor Drives
Qidi Tang, Xing-Lai Ge and Yong-Chao Liu
(Southwest Jiaotong University, P.R. China)
15:00
Feasibility of Four-Switch Three-phase Brushless
DC Motor Control Scheme Based on Quasi
Z-Source Network
Lirong Shen (Shanghai University of Medicine and
Health Sciences, P.R. China)
57
P.R. China)
Wc5-02:
Time:
Room:
Chairs:
13:40
14:00
Power Semiconductor Devices
Wednesday, May 25, 13:40 - 15:20
320-322
Shimizu Toshihisa (Tokyo Metropolitan
University, Japan) & Zheng Shen (Hunan
University, P.R. China)
Comparative Study of Semiconductor Devices
Based on a Meta-parameterised Approach: SiC
MOSFET vs Si IGBT Technologies
Rene Alexander Barrera-Cardenas and Takanori
Isobe (University of Tsukuba, Japan); Molinas Marta
(NTNU, Norway)
Analysis of Short Circuit type II and III of High
Voltage SiC MOSFETs
Erik Velander (Bombardier Transportation & KTH
Royal Institute of Technology, Sweden); Lennart
Kruse (Bombardier Transportation, Sweden);
Hans-Peter Nee (KTH Royal Institute of Technology
& EES/E2C, Sweden); Stephan Meier, Andreas
Löfgren
and
Thomas
Wiik
(Bombardier
Transportation, Sweden); Diane-Perle Sadik (KTH
Royal Institute of Technology, Sweden)
14:20
Real-Time Junction Temperature Estimation for
IGBT Modules Using Low-Order Digital Filters
Ze Wang, Wei Qiao and Liyan Qu (University of
Nebraska-Lincoln, USA)
14:40
An On-line Fault Diagnostic Method Based on
Frequency- domain Analysis for IGBTs in
Traction PWM Rectifiers
Zisi Tian and Xing-Lai Ge (Southwest Jiaotong
University, P.R. China)
15:00
A Survey of Circuit Configurations and
Experimental Verification of a Resonant Gate
Drive Circuit
Yuichi Noge and Ryuichi Igarashi (Tokyo
Metropolitan College of Industrial Technology,
Japan)
Wc6-14:
Time:
Room:
Chairs:
13:40
Microgrids and Distributed Generation-III
Wednesday, May 25, 13:40 - 15:20
581
Sanjib Kumar Panda (National University of
Singapore, Singapore) & Wen Huiqing (Xi'an
Jiaotong-Liverpool University, P.R. China)
Model Predictive Control of Parallel Distributed
Generation Inverters in Smart Microgrids
Kerui Li (South China University of Technology,
P.R. China); Jiefeng Hu (University of Technology,
Australia); Manxin Chen (sysu Guangdong China,
14:00
Comparison of a Synchronous Reference Frame
Virtual Impedance-Based Autonomous Current
Sharing Control with Conventional Droop
Control for Parallel-Connected Inverters
Yajuan Guan, Josep M. Guerrero, Xin Zhao and Juan
Vasquez (Aalborg University, Denmark)
14:20
A Permanent Magnet Synchronous Generator
Control Approach for Stand-Alone Gas Engine
Generation System
Htar Su Hlaing, Yushi Miura and Toshifumi Ise
(Osaka University, Japan)
14:40
Optimization of Time-sharing Output Maximum
Current Tracking (MCT) Strategy in Subpanel
Level Distributed Maximum Power Point
Tracking (DMPPT) Application
Tianhua Zhu, Feng Wang, Shuhuai Shi, Lejia Sun
and Zhuo Fang (Xi'an Jiaotong University, P.R.
China); Yan Yang (Xi’an Siyuan University, P.R.
China)
15:00
Autonomous and High Stability Margin Power
Sharing Control Method for Multiple S3R Power
Systems
Hongyu Zhu (Harbin Institute of Technology, P.R.
China); Donglai Zhang (Harbin Institute of
Technology Shenzhen Graduate School, P.R. China);
Tiecai Li and Zicai Wang (Harbin Institute of
Technology, P.R. China)
Wc7-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter-VII
Wednesday, May 25, 13:40 - 15:20
585
Jin Woo Lee (Doowon Technical University
College, Korea) & Fei Wang (Shanghai
University, P.R. China)
13:40
Control of Modular Multilevel Matrix Converters
Based on Capacitor Voltage Estimation
Luca Bessegato and Staffan Norrga (KTH Royal
Institute of Technology, Sweden); Kalle Ilves and
Lennart Harnefors (ABB Corporate Research,
Sweden)
14:00
A Robust Equal-Load-Sharing Control Scheme
for Parallel UPS Units with Time Delay
Consideration
Mohammad Bani Shamseh and Atsuo Kawamura
(Yokohama National University, Japan); Teruo
Yoshino (Toshiba Mitsubishi-Electric Industrial
Systems Corporation, Japan)
14:20
Power Loss Analysis and Comparision of DC and
AC Side Decoupling Module in a H-bridge
Inverter
58
Technical Program
Siyuan Ma (Wuhan University of Techonology, P.R.
China); Haoran Wang (Aalborg University & Aalborg
University, Denmark); Guorong Zhu (Wuhan
University of Techonology, P.R. China); Huai Wang
(Aalborg University, Denmark)
Tzu-Chieh Chou (National Tsing Hua University,
Taiwan); Zhi-Cheng Guo (National Tsing Hua
University, P.R. China); Chun-Sheng Wu and
Chun-Wei Huang (National Tsing Hua University,
Taiwan)
14:40
THD and EMI Performance Study of Foil-Wound
Inductor of LCL Filter for High Power Density
Converter
Yitao Liu and Jianchun Peng (Shenzhen University,
P.R. China); Kye Yak See (Nanyang Technological
University, Singapore); Guibin Wang and Huaizhi
Wang (Shenzhen University, P.R. China)
Wc9-12:
Time:
Room:
Chairs:
15:00
Nonlinear Variable Frequency Control of High
Power Switched-Capacitor Converter
Lei Yang (University of California, Irvine &
Northwestern Polytechnical University, USA); Wen
jing Zhang and Xiaobin Zhang (Northwestern
Polytechnical University, P.R. China); Guann-Pyng
Li (University of California, Irvine, USA)
13:40
Shadowing Effect on the Power Output of a
Photovoltaic Panel
Sonia Veerapen (XJTLU, Mauritius); Wen Huiqing
(Xi'an Jiaotong-Liverpool University, P.R. China)
14:00
Cascaded power balancing mechanism based on
resonant switched capacitor topology for
photovoltaic systems
Zhaoxin Qiu (Tsinghua University, P.R. China); Kai
Sun (TsingHua University, P.R. China); Hongfei Wu
(Nanjing
University
of
Aeronautics
and
Astronautics, P.R. China)
14:20
Medium
Frequency
Transformer
based
Configuration for Voltage Source Converter
based Offshore Wind Farm
Qiang Wei (Ryerson University, Canada); Bin Wu
(ELCERU, Canada); Dewei Xu (Ryerson University,
Canada); Navid Reza Zargari (Rockwell Automation
Canada, Canada)
14:40
Dynamic Modeling and Resonant Control of
Doubly Fed Induction Generators during
Generalized Grid Voltage Distortions
Hailiang Xu, Wei Shuguang, Zili Liao and Ma
Xiaojun (Academy of Armored Forces Engineering,
P.R. China)
15:00
Unified-transformer
Buck-flyback
switched-capacitor Differential Power Processor
with function of charge balance
Jeong Hyun Park (Soongsil, Korea); Jounghu Park
(Soongsil University, Korea); Youngtae Jeon
(Soongsil Univertsity, Korea)
Wc8-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter -V
Wednesday, May 25, 13:40 - 15:20
586
Wenxi Yao (Zhejiang University, P.R. China)
& Yang Han (University of Electronic
Science and Technology of China, P.R.
China)
13:40
A new control strategy to reduce circulation
current for a bidirectional resonant converter
Bo-Yue Luan and Xiaodong LI (Macau University
of Science and Technology, Macao)
14:00
A New Family of Modular Multilevel Converters
Yiran Chang (Shanghai Jiao Tong University, P.R.
China); Xu Cai (Shanghai Jiaotong University, P.R.
China)
14:20
A High Efficiency Half-bridge Series Resonant
Converter with Pulse Width Modulation Under
Light Load Condition
Yujin Jang, Jae-Hyun Kim, Keon-woo Kim, Byunggu
Kang, Moo-Hyun Park and Gun Woo Moon (KAIST,
Korea)
14:40
15:00
Single Switch ZCS Resonant Converter with High
Step-up Ratio
JaeYeon Lee, MinJae Kim and HyeonJu Jeong
(Seoul National University of Science &
Technology, Korea); Sewan Choi (Seoul National
University of Science and Technology, Korea)
Wd1-17:
Time:
Room:
Chairs:
D-Σ Digital Control Based Modular Multilevel
Converter
Tsai-Fu Wu (Nat'l Tsing Hua University, Taiwan);
15:40
Renewable Energy Systems -V
Wednesday, May 25, 13:40 - 15:20
588
Mehdi Savaghebi (Aalborg University,
Denmark) & Faqiang Wang (Xi'an Jiaotong
University, P.R. China)
Smart Grid Technologies -II
Wednesday, May 25, 15:40 - 17:20
310-312
Liuchen Chang (University of New
Brunswick, Canada) & Wang Yong
(Shanghai Jiao Tong University, P.R. China)
Comparative Evaluation of Isolated Front End
59
and Isolated Back End Multi-Cell SSTs
Jonas E. Huber, Daniel Rothmund and Johann. W.
Kolar (ETH Zurich, Switzerland)
16:00
Design of Distribution Devices for Smart Grid
Based on Nanocomposite Magnetic Material
Zhiwei Chen and Baodong Bai (Shenyang
University of Technology, P.R. China)
16:20
New DC Solid State Circuit Breaker With
Reclosing and Rebreaking Capabilities
Jin-Young Kim, Seung-Soo Choi and Seung-Min
Song (Pukyung National University, Korea); In-Dong
Kim (Pukyong National University, Korea)
16:40
A Single-Phase Phasor Measurement Unit for
Smart Distribution Systems
Yu Wei (Shanghai University of Engineering
Science, P.R. China)
17:00
A Circulating Current Suppressing Method of
MMC based STATCOM for negative-sequence
compensation
Yufei Yue (Hunan University, P.R. China); FuJun
Ma (Hunan university, P.R. China); An Luo,
Qianming Xu and Longyu Xie (Hunan University,
P.R. China)
Wd2-16: Energy
Efficiency
and
Sustainable
Buildings
Time:
Wednesday, May 25, 15:40 - 17:20
Room:
311-313
Chairs: Yi Tang (Nanyang Technological University,
Singapore) & Xiangjun Zhang (Harbin
Institute of Technology (HIT), P.R. China)
15:40
16:00
16:20
A BJT-Type Multi-Segmented LED Driver
Suitable for Wide Input Voltage Range
Yi Chen and Yugang Bao (Zhejiang University of
Technology, P.R. China); Yiping Yang (Linde
Engineering (Hangzhou) Co., Ltd., P.R. China)
An Implementation of Flexible Topology Strategy
For an Interleaved Full-Bridge LLC Resonant
Converter in Residential Photovoltaic Power
Systems
Zhang Shuhuai (Tianjin Universtiy, P.R. China);
Wang Yifeng (School of Electrical Engineering and
Automation, P.R. China); Qiu Han and Xing
Wenchao (TIANJIN RESEARCH INSTITUTE OF
ELECTRIC SCIENCE CO., LTD(TRIED), P.R.
China); Chen Bo (Tianjin Universtiy, P.R. China)
Fault Reconfiguration of Super Uninterruptible
Power Supply
Yixiang Fang, Hao Wang, Haijin Li and Changsheng
Hu (Zhejiang University, P.R. China); Dehong Xu
(Zhe Jiang University, P.R. China)
16:40
Energy Harvesting from Medium Voltage
Electric Fields using Pulsed Flyback Conversion
Juan Rodriguez, Donald Grahame Holmes, Brendan
McGrath and Carlos Teixeira (RMIT University,
Australia)
17:00
Modeling of Automotive Power Network for
Analysis of Power Electronics and Losses
Calculation and Verification by Measurements on
Claw-Pole Alternator
D. Bilyi (FEAAM GmbH, Germany); Dieter Gerling
(University of Federal Defence Munich, Germany)
Wd3-15:
Time:
Room:
Chairs:
Transmission and Distribution
Wednesday, May 25, 15:40 - 17:20
315-317
Tolbert Leon M. (The University of
Tennessee, USA) & Tang Yi (Southeast
University, P.R. China)
15:40
Impedance
Modeling
of
Three-Phase
Grid-Connected Inverters and Analysis of
Interaction Stability in Grid-Connected System
Yuncheng Wang (Nanjing University of Aeronautics
and Astronautics, P.R. China); Xin Chen (Nanjing
University of Aeronautics & Astronautics, P.R.
China); Yang Zhang and Jie Chen (Nanjing
University of Aeronautics and Astronautics, P.R.
China); Chunying Gong (Nanjing University of
Aeronautics & Astronautics, P.R. China)
16:00
Analytical Model of MMC-based Multi-terminal
HVDC grid for Normal and DC Fault Operation
Epameinondas Kontos (Delft University of
Technology, The Netherlands); Pavol Bauer (TU
Delft, USA)
16:20
A Testing Platform for Distribution Grid with
Multiple Grid-Connected Converters
Huafeng Xiao (Southeast University, P.R. China);
Zhijian Fang (Huazhong University of Science and
Technology, P.R. China); Dewei Xu (Ryerson
University, Canada); Bin Wu (ELCERU, Canada);
Bala Venkatesh and Bob Singh (Ryerson University,
Canada)
16:40
Cascaded Droop Control for DC Overvoltage
Suppression in a Multi-terminal HVDC System
under Onshore Side AC Faults
Xiaojie Shi, Yalong Li, Tolbert Leon M. and Fred
Wang (The University of Tennessee, USA)
17:00
VSC HVDC control strategy based on burst mode
operation for low voltage ride through
Tao Liu, Weizeng Liu, Xiang Hao, Yatao Liu and
60
Technical Program
Mingjie Tang (TBEA, P.R. China)
Wd4-09: Motion Control, Robotics and Sensorless
Control-II
Time:
Wednesday, May 25, 15:40 - 17:20
Room:
316-318
Chairs: Ralph Kennel (Technical University of
Munich, Germany) & Kyo-Beum Lee (Ajou
University, Korea)
15:40
Straight-Driving and Turning Compound
Control of the Self-Balancing Two-Wheeled
Robot
Jinhui Xia and Yuanbo Guo (Dalian University of
Technology, P.R. China); Shuming Du (McMaster
University, P.R. China); Xiaohua Zhang (Dalian
University of Technology, P.R. China)
16:00
Advanced Active Output Filter for Low Acoustic
Noise Adjustable Speed Drive (ASD) System
Weiran Dai, Dai (Texas A&M University, USA);
Prasad Enjeti (Texas A&M, USA); Dong Yuan Qiu
(South China University of Technology, P.R. China)
16:20
Fast Servo Control And Vibration Suppression
Based On Optical ZPETC And ZPNF
Yi Chen, Ming Yang, Lang Zhi and Hu Kun (Harbin
Institute of Technology, P.R. China)
16:40
Design of Comprehensive Motor Protector based
on Improved Sliding-window Iterative DFT
Algorithm
Jinxiang Zhan (Zhejiang University, P.R. China);
Xiaoxiao Cheng (Shanghai Maritime University,
P.R. China); Qunwei Xu, Liang Wu and Guozhu
Chen (Zhejiang University, P.R. China)
17:00
Two High Performance Position Estimation
Schemes Based on Sliding-Mode Observer for
Sensorless SPMSM Drives
Haitao Yang and Yongchang Zhang (North China
University of Technology, P.R. China); Nong Zhang
(University of Technology Sydney, Australia)
Wd5-03:
Time:
Room:
Chairs:
15:40
Passive Components
Wednesday, May 25, 15:40 - 17:20
320-322
Shen-Li Chen (National United University &
National United University, Taiwan) & Huai
Wang (Aalborg University, Denmark)
Estimation Method for Turn-off Collector
Voltage of IGBTs Using Emitter-auxiliary
Inductor
Haoze Luo (Aalborg University, Denmark);
Francesco Iannuzzo (Università di Cassino e del
Lazio Meridionale, Italy); Frede Blaabjerg (Aalborg
University, Denmark); Wuhua Li and Xiangning He
(Zhejiang University, P.R. China)
16:00
Novel iron loss calculation model for AC filter
inductor on PWM inverter
Matsumori Hiroaki and Shimizu Toshihisa (Tokyo
Metropolitan University, Japan); Takano Koushi and
Ishii Hitoshi (Iwatsu Test Instruments Corporation,
Japan)
16:20
Capacitance Estimation for DC-link Capacitors
in a Back-to-Back Converter Based on Artificial
Neural Network Algorithm
Hammam Soliman (Aalborg University & Aalborg
University, Denmark); Huai Wang and Frede
Blaabjerg (Aalborg University, Denmark)
16:40
Effect of key physical structures on the laminated
bus bar inductance
JShaolin Yu and Jianing Wang (Hefei University of
Technology, P.R. China)
17:00
An interleaved structure for a high-voltage
planar transformer for a Travelling-wave Tube
Bin Zhao (University of Chinese Academy of
Sciences, P.R. China); Gang Wang (Institute of
Electronics, Chinese Academy of Sciences, P.R.
China); Gerry Hurley (National University of
Ireland, Galway, Ireland); Ziwei Ouyang (Technical
University of Denmark, Denmark)
Wd6-27: Advanced Power Control Technologies for
AC/DC Hybrid Microgrids
Time:
Wednesday, May 25, 15:40 - 17:20
Room:
581
Chairs: Yun Wei Li (University of Alberta, Canada)
& Kai Sun (TsingHua University, P.R. China)
15:40
A Smooth Switch Method of Battery Energy
Storage Systems between VF Mode and PQ Mode
by Utilizing Electromagnetic Relay for Microgrid
Applications
Lei Zhang (TEBA Xi’an Electric Technology Co.,
Ltd, P.R. China); Haixu Shi (Tsinghua University,
P.R. China); Kai Sun (TsingHua University, P.R.
China); Xi Xiao (Tsinghua University, P.R. China);
Xiaonan Lu (Energy Systems Division, Argonne
National Laboratory, USA)
16:00
Robust and Autonomous DC Bus Voltage Control
and Stability Analysis for a DC Microgrid
Xialin Li, Li Guo, Chengshan Wang, Shaohui Zhang
and Yu Rong (Tianjin University, P.R. China); Yibin
Feng (State Grid Zhejiang Electric Power
Corporation, P.R. China); Yun Wei Li (University of
61
Alberta, Canada)
16:20
The frequency fluctuation impact analysis for the
droop controlled grid-connecting inverter in
microgrid
Feng Wei (Tsinghua University, P.R. China); Kai Sun
(TsingHua University, P.R. China); Yajuan Guan and
Josep M. Guerrero (Aalborg University, Denmark);
Xi Xiao (Tsinghua University, P.R. China)
16:40
Hierarchical Control Strategy of Grid-connected
DC Microgrids
Xiaoliang Yang, Fen Tang, Xuezhi Wu and Xinmin
Jin (Beijing Jiaotong University, P.R. China)
17:00
Topology and Operation Mechanism of
Monopolar-to-Bipolar
DC-DC
Converter
Interface for DC Grid
Hang Zhu (Shanghai Jiao Tong University, P.R.
China); Miao Zhu (Shanghai Jiaotong University,
P.R. China); Jianwen Zhang (Shanghai Jiao Tong
University, P.R. China); Xu Cai (Shanghai Jiaotong
University, P.R. China); Ningyi Dai (University of
Macau, Macao)
Wd7-31:
Time:
Room:
Chairs:
15:40
Microgrids
Wednesday, May 25, 15:40 - 17:20
585
Jaeho Choi (Chungbuk National University,
Korea) & Meiqin Mao (Hefei University of
Technology, P.R. China)
A GPS-Based Control Method for Load Sharing
and Power Quality Improvement in Microgrids
Mohammad Sadegh Golsorkhi Esfahani (University
of Sydney, Denmark); Mehdi Savaghebi (Aalborg
University, Denmark); Dylan Lu (Ieee, Australia);
Josep M. Guerrero and Juan Vasquez (Aalborg
University, Denmark)
16:00
Parallel Operation of a Synchronous Generator
and a Virtual Synchronous Generator under
Unbalanced Loading Condition in Microgrids
Jia Liu, Yushi Miura and Toshifumi Ise (Osaka
University, Japan); Jin Yoshizawa and Kenichi
Watanabe (Panasonic Corporation, Japan)
16:20
PR Based Indirect Current Control for Seamless
Transfer of Grid-Connected Inverter
Jaeho Choi (Chungbuk National University, Korea);
Kyungbae Lim (Chunabuk National University,
Korea)
16:40
Voltage Regulation of Microgrids Containing
Plug-in Electric Vehicles
Liuchen Chang (University of New Brunswick,
Canada); Xiyao Jiu, Meiqin Mao and Yangyang
Wang (Hefei University of Technology, P.R. China);
Nikos Hatziargyriou
Greece, Greece)
17:00
(Technical
University
of
An Optimal Secondary Voltage Control Strategy
for Islanded Microgrid
Xiangzhen Yang (Hefei University of Technology,
P.R. China)
Wd8-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter -VIII
Wednesday, May 25, 15:40 - 17:20
586
Xiaofeng Sun (Yanshan University, P.R.
China) & Hossein Madadi Kojabadi (Sahand
University of Technology, Canada)
15:40
Sliding Mode Capacitor Voltage Control in
Extended Commutation Cell based Inverter
Erik Lemmen, Ya Zhang, Jeroen van Duivenbode
and Jorge Duarte (Eindhoven University of
Technology, The Netherlands)
16:00
Hybrid Predictive Control Method for Battery
Integrated Modular Multilevel Converter
Nan Li (Shandong University, P.R. China); Yuwei
Xie (State Grid Chongqing Procurement Company,
P.R. China); Zhicheng Sha (Shandong Electric
Power Engineering Consulting Institute Corp. Ltd.,
P.R. China); Gao and Weiqi Wang (Shandong
University, P.R. China)
16:20
An Integrated Voltage-current Compensator of
LLC Resonant Converter for Li-ion Battery
Charger Applications
Yeong-Jun Choi, See-Young Choi and Rae-Young
Kim (Hanyang University, Korea)
16:40
A Novel Charge Balancing Control Approach for
A Single Phase 9-level Inverter Based on
Fundamental Modulation Strategy
Reza Barzegharkhoo (Sahand University of
Technology, Iran); Hossein Madadi Kojabadi
(Sahand University of Technology, Canada);
Liuchen Chang (University of New Brunswick,
Canada); Reza Dehbozorghi (Shiraz Azad
University, Russia)
17:00
Evaluation of Current Source Gate Drive Circuit
Applied to High Frequency Converter
Ayato Sagehashi, Koji Orikawa and Jun-ichi Itoh
(Nagaoka University of Technology, Japan)
Wd9-06:
Time:
Room:
Chairs:
AC/DC, DC/AC Power Converter-IX
Wednesday, May 25, 15:40 - 17:20
588
Ilsong Kim (Korea National Universtiy of
Transportation, Korea) & Wenjie Chen (Xi'an
62
Technical Program
Jiaotong University, P.R. China)
15:40
16:00
A Simple Model Predictive Power Control for
Three-Phase AC/DC Converters
Yongchang Zhang, Jihao Gao and Yubin Peng
(North China University of Technology, P.R. China)
Full Discrete-Time Modeling and Stability
Analysis of the Digital Controlled Dual Active
Bridge Converter
Ling Shi (Xi`an Jiaotong University, P.R. China);
Wanjun Lei, Jun Huang and Zhuoqiang Li (Xi'an
Jiaotong University, P.R. China); Yao Cui (Xi`an
Jiaotong University, P.R. China); Yue Wang (Xi'an
Jiaotong University, P.R. China)
P101_3
Quantitative Study of the Influence of
Switching Period on Brushless DC Motor
Operation
Jian Shi (Shanghai University, P.R. China);
Xiaowei Wang (Harbin Institute of Technology,
P.R. China); Shuang Wang (Shanghai University,
P.R. China)
P101_4
A Speed Estimation Method For Induction
Motors Based on Strong Tracking Extended
Kalman Filter
Zhonggang Yin, Guoyin Li, Xiangdong Sun, Jing
Liu and Yanru Zhong (Xi'an University of
Technology, P.R. China)
16:20
Cost Assessment of Three Power Decoupling
Methods in a Single-Phase Power Converter with
a Reliability-Oriented Design Procedure
Haoran Wang (Aalborg University & Aalborg
University, Denmark); Huai Wang (Aalborg
University, Denmark); Guorong Zhu (Wuhan
University of Techonology, P.R. China); Frede
Blaabjerg (Aalborg University, Denmark)
P101_5
A Rotor Position Detecting Method Based on
High Frequency Signal Injection for
Electrically Excited Synchronous Motors
Jiabao Kou (Harbin Institute of Technology, P.R.
China); Qiang Gao (Harbin Institute of
Technology (HIT), P.R. China); Xiaolu Li, Xiao
Han, Gang Li and Dianguo Xu (Harbin Institute
of Technology, P.R. China)
16:40
Active
Damping-Based
Control
for
Grid-Connected LCL-Filtered Inverter With
Capacitor Voltage Inertial Feedback
Yashen Huang, Haining Wang, Xiaoan Zhang,
Liangchun Gao and Xiyao Jiu (Hefei University of
Technology, P.R. China)
P101_6
A Novel Fault-Tolerant Permanent-Magnet
Synchronous Machine Drive Considering
Open-Phase Faults
Wei Wang (Southeast University, P.R. China)
P101_7
Fault-Tolerant Control Strategy of the
Cascaded Five-Level Inverter Based on
Divided Voltage Modulation Algorithm
Chao Geng, Tianzhen Wang and Tianhao Tang
(Shanghai Maritime University, P.R. China);
Mohamed Benbouzid (University of Brest,
France); Haiyang Qin (Shanghai Maritime
University, P.R. China)
P101_8
Research on control strategy for a double
winding bearingless flux-switching machine
with alternating excited orthogonal suspension
windings
He Wu, Hantong Wu, Fei Fang and Yangzhong
Zhou (Fuzhou University, P.R. China)
P101_9
Comparison of Different Control Methods in
Switched Reluctance Drive System
Yang
QingQing
(HeFei
University
of
Technology, P.R. China); Mingyao Ma (Hefei
University of Technology, P.R. China); Zhongyi
Chang (HeFei University of Technology, P.R.
China); Fa Yu (Hefei University of Technology,
P.R. China); Zhemin Lin (Anhui Electric Power
Research Institute, P.R. China)
P101_10
Three-Phase Current Reconstruction Applying
Constant Power Voltage Injection Method
Using Three Shunt Resistors
Nannan Zhao, Bihe Yuan and Jiangbo Qi (Harbin
17:00
P101:
Time:
Room:
Chair:
Suppression Control of DC Current Component
in SVC Originated from Even-Order Voltage
Harmonics
Teruo Yoshino (Toshiba Mitsubishi-Electric
Industrial Systems Corporation, Japan); Noriko
Kawakami (Toshiba Mitsubishi-Electric Industrial
Systems Corp., Japan)
Motor Drives and Motor Control(1)
Tuesday, May 24, 10:30 - 12:10
302-303
Ming
Yang
(Harbin
Institute
Technology, P.R. China)
of
P101_1
A Model Predictive Torque Control Strategy
of PMSM with Torque Deadbeat Duty Cycle
Control
Yanping Xu, Qin Zhou and Baocheng Zhang
(Xi'an University of Technology, P.R. China)
P101_2
Design of Four-Axis Magnetic Bearing for
High Speed Motor
Zansong Fu, Dong Jiang and Ronghai Qu
(Huazhong
University
of
Science
and
Technology, P.R. China)
63
Institute of Technology, P.R. China); Gaolin
Wang (Harbin Institute of Technology (HIT) &
School of Electrical Engineering and Automation,
P.R. China); Guoqiang Zhang and Dianguo Xu
(Harbin Institute of Technology, P.R. China)
P101_11
P101_12
P101_13
P101_14
P101_15
P101_16
P101_17
Field Winding Design for a 12MW offshore
Superconducting Wind Generator
Xiaoyu Li (Southwest Electric Power Design
Institute, China Power Engineering Consulting
Group Co., P.R. China); Hailin Wang (Southwest
Electric Power Design Institute, China Power
Engineering Consulting Group, P.R. China);
Chen Jiang (North China Power Engineering Co.,
Ltd., P.R. China); Li Ren and Yuejin Tang
(Huazhong
University
of
Science
and
Technology, P.R. China)
P101_18
(Rockwell Automation Canada, Canada)
Stabilization and Assessment of Interaction
Dynamics for More Electric Aircraft
Xuan Zhang, Lie Xu, Yongdong Li, Zedong
Zheng and Kui Wang (Tsinghua University, P.R.
China)
P101_19
A Model Predictive Current Control Method
of PMSM Based on the Simultaneous
Optimization of Voltage Vector and Duty
Cycle
Yanping Xu, Baocheng Zhang and Qin Zhou
(Xi'an University of Technology, P.R. China)
P101_20
Study on Digital Implementation of Full-Order
Flux Observer for Induction Motor
Jianguo Wang (Research Center for Photovoltaic
System Engineering, MOE, Hefei University of
Technology, P.R. China); JianHui Su, Jidong Lai
and Tao Zhao (Hefei University of Technology,
P.R. China)
Enhanced Sensorless Control of SPMSM based
on
Stationary
Reference
Frame
High-Frequency Pulsating Signal Injection
Zhe Chen (Technische Universität München,
Germany); Fengxiang Wang (Quanzhou Institute
of Equipment Manufacturing, Chinese Academy
of Sciences, P.R. China); Xinbo Cai and Ralph
Kennel (Technical University of Munich,
Germany)
P101_21
An Optimal Current Reference Generation
Method for IPM Brushless Machines with
Non-sinusoidal Back-EMF
Jin Wang, Leimin Xu, Zhixiong Li, Xiaoqing Liu
and Zhou Libing (Huazhong University of
Science and Technology, P.R. China)
A MPC Based Common-Mode Voltage
Suppression Strategy for PMSG Used in High
Power Wind Generation System
Leilei Guo, Xing Zhang, Shuying Yang and Zhen
Xie (Hefei University of Technology, P.R.
China); Lingxiang Wang (Sungrow Power Supply
Co., Ltd., P.R. China); Renxian Cao (Hefei
Sungrow Power Supply Co., Ltd, P.R. China)
Comparisons of SiC and Si Devices for PMSM
Drives
Haihong Qin (Nanjing University of Aeronautics
& Astronautics, P.R. China); Haotian Xie
(Nanjing University of Aeronaoutics and
Astronautics, P.R. China); Ziyue Zhu (Nanjing
University of Aeronautics and Astronautics &
Center for More Electric Aircraft Power System,
P.R. China); Xin Nie(Nanjing Research Institute
on Simulation Technique, P.R. China); Huajuan
Xu (Nanjing University of Aeronautics and
Astronautics, P.R. China); Dafeng Fu (Nanjing
Univerisity of Aeronautics and Astronautics, P.R.
China)
P102:
Characteristics of BLDC Motor Drive System
at High Temperature
Yutian Wang and Haoyu Li (Harbin Institute of
Technology, P.R. China); Decheng Ren (Huaneng
Dalian Power Plant, P.R. China)
A Novel Position Observer for SPMSM
Sensorless Control at Low Speed without
Using Filters
Tianheng Ni, Bo Zhou, Bing Liu and Long Wang
(Nanjing University of Aeronautics and
Astronautics, P.R. China)
A Novel Current Source Drive with DC Bus
Interface Converter for Marine Drive
Application
Hang Gao (Ryerson University, Canada); Bin Wu
(ELCERU, Canada); Dewei Xu (Ryerson
University, Canada); Navid Reza Zargari
Time:
Room:
Chair:
Distributed Generation and Smart
Grids(1)
Tuesday, May 24, 10:30 - 12:10
302-303
Peng Wang (Nanyang Technological
University, Singapore)
P102_1
Improved Grid Voltage Feedforward for
Strengthening the Inverter's Adaptability to
Utility
Qiang Qian and Xiaowei Ge (Nanjing University
of Aeronautics and Astronautics, P.R. China);
Shaojun Xie (Nanjing University of Aeronautics
& Astronautics, P.R. China); Jinming Xu and
Yun Cao (Nanjing University of Aeronautics and
Astronautics, P.R. China)
P102_2
Comparative Performance Evaluation of
Phase-Locked
Loop
Algorithms
for
64
Technical Program
Single-Phase Grid-Connected Converters
Chang Lu and Zhifeng Zhou (PingDingShan
Power Supply Company, State Grid Henan
Electric Power Company, P.R. China); Aiting
Jiang, Mingyu Luo, Pan Shen and Yang Han
(University of Electronic Science and Technology
of China, P.R. China)
P102_3
Analysis on the Interaction of Multi
Grid-Connected Inverters in Distribution
Network
Liangchun Gao, Haining Wang and Yashen
Huang (Hefei University of Technology, P.R.
China)
P102_4
Research
on
Control
Strategy
of
Grid-connected Inverter Under Unbalanced
Voltage Conditions
Weiqing Tao, Zhixia Gu and Leqin Wang (Hefei
University of Technology, P.R. China); Jiaxi Li
(HeFei University of Technology, P.R. China)
P102_5
Study on Smooth-transforming Feed-forward
Control Strategy of the Inverter in Double
Operation Modes
Jinyan Zheng, Yu Fang, Pan Xu, Songyin Cao
and Yong Xie (University of Yangzhou, P.R.
China)
P102_6
Research on Control of Three-phase
Grid-connection Inverter under Conditions of
Voltage Distortion
Hong Shen, Xuemiao Li, Lei Sun, Yangpin Zhu,
Wei Zhao and Wang (Yanshan University, P.R.
China)
P102_10
Multifunctional
Modular
Multilevel
Converter-based
Systems
Bottom-Up
Approach to System Design
Mladen Gagic, Tsegay Hailu and Braham Ferreira
(Delft
University
of
Technology,
The
Netherlands)
P102_11
Research of Harmonic Interaction Based on
Multiple Flyback Micro-Inverters
Xiayun Feng, Fei Wang, Chunhua Wu and Lijuan
Xu (Shanghai University, P.R. China)
P102_12
Frequency Regulation Strategies for Energy
Storage
Yuxuan Jiang and Qingshan Xu (Southeast
University, P.R. China); Bingyu Sang (China
Electric Power Research Institute, P.R. China);
Ping Liang Zeng (China Electric Power Research
Insitute & China State Grid, P.R. China); Xiaohui
Xu (State Grid Electric Power Research Institute,
P.R. China)
P102_13
Dynamic Simulation of High Voltage Circuit
Breaker Motor Driving Operating Mechanism
Based on Virtual Prototype technology
Yongxiang Li (SHANXI ELECTRIC POWER
RESEARCH INSTITUTE, P.R. China)
P102_14
A Harmonic Control Strategy for Three-phase
Grid-connected Inverter With LCL Filter
Under Distorted Grid Conditions
Yuan Huang, An Luo and Zhiyong Chen (Hunan
University, P.R. China)
P102_15
Impedance Modeling and Stability Analysis of
LCL-type Grid-connected Inverters with
Different Current Sampling Schemes
Yanxue Yu and Haoyu Li (Harbin Institute of
Technology, P.R. China); Zhenwei Li (Qingdao
University of Science & Technology, P.R. China)
P102_7
Distributed MPPT Control under Partial
Shading Condition
Hengyang Luo (XJTLU, P.R. China); Wen
Huiqing (Xi'an Jiaotong-Liverpool University,
P.R. China); Xingshuo Li (XJTLU, P.R. China)
P102_8
A Low-Voltage Ride-Through Strategy for
Three-Phase Distributed Generation Inverters
During Voltage Sags
Xiong Nie and Yunxiang Xie (South China
University of Technology, P.R. China); Bing
Chen (Jiangsu Electric Power Company, P.R.
China); Xiaoyu Zhang and ChenYang Hei (South
China University of Technology, P.R. China);
Zeng Zhiwu (SCUT, P.R. China)
P102_16
Output Voltage Characteristics Analysis of a
Power Quality Disturbance Generator Suitable
for High Power Applications
Eui-Cheol Nho (Pukyong Nat'l University,
Korea); Jae-Hun Jung, Hyesoo Jeong and
Hak-Soo Kim (Pukyong National University,
Korea); Heung-Geun Kim (Kyungpook National
University, Korea); Tae-Won Chun (University of
Ulsan, Korea)
P102_9
Research on Power Compensation Strategy for
Diesel Generator System Based on Virtual
Synchronous Generator
Rongliang Shi, Xing Zhang, Fang Liu, Haizhen
Xu and Chao Hu (Hefei University of
Technology, P.R. China); Yong Yu and Hua Ni
(Sungrow Power Supply Co Ltd, P.R. China)
P102_17
Blade Mass Imbalance Fault Diagnosis using
Rotor and Stator Current based on Coordinate
Transformation and HED
Li Yonggang, Sheng Xiaoling, Wan Shuting and
Cheng Lifeng (North China Electric Power
University, P.R. China)
65
P102_18
Grid Sensitivity Considerations on Multiple
Parallel Inverters Systems
Francesco Cavazzana and Paolo Mattavelli
(University of Padova, Italy); Michele Corradin
and Igino Toigo (Socomec, Italy)
P102_19
Study and Comparison on Standard for
Interconnecting Distributed Resources with
Electric Power Systems
Weiqing Tao (Hefei University of Technology,
P.R. China); Jiaxi Li (HeFei University of
Technology, P.R. China); Zhixia Gu and Leqin
Wang (Hefei University of Technology, P.R.
China)
P102_20
Research on Control Method for Flywheel
Battery Energy Storage System
Jianguo Wang (Research Center for Photovoltaic
System Engineering, MOE, Hefei University of
Technology, P.R. China); JianHui Su, Jidong Lai,
Jian Zhang and Shuya Wang (Hefei University of
Technology, P.R. China)
P103:
Time:
Room:
Chair:
P103_1
P103_2
P103_3
P103_4
Converter Control and Applications (1)
Tuesday, May 24, 10:30 - 12:10
302-303
Hideaki Fujita (Tokyo Institute of
Technology, Japan)
Control of the Grid-Connected Modular
Multilevel Converter Based on Capacitor
Energy
Yaojun Chen (Wuhan Electronic Information
Institute, P.R. China); Fei Xu (AirForce Ordnance
Equipments Military Representative Bureau of
PLA, P.R. China); Zhenjie Qin, Xiangdong Lai
and Keling Wu (Wuhan Electronic Information
Institute, P.R. China)
Matrix Converter
Yuto Yamada and Takaharu Takeshita (Nagoya
Institute of Technology, Japan)
P103_5
Power Flow and Inductor Current Analysis of
PWM Control for Dual Active Bridge
Converter
Anping Tong, Lijun Hang and Guojie Li
(Shanghai Jiaotong University, P.R. China);
Yajuan Guo, Yunfeng Zou and Jinming Chen
(State Grid Jiangsu Electric Power Company
Electric Research Institute, P.R. China); Jun Li
(Zhejiang Jiaxing Electricity Bureau, P.R. China);
Jian Zhuang (State Grid Tianjin Electric Power
Corporation, P.R. China); Siwei Li (Beijing
Guodiantong Network Technology Co., Ltd, P.R.
China)
P103_6
New Double Feedback Loop Control Strategy
for Single-phase Voltage-Source UPS Inverters
Wusong Wen (Chongqing Communication
Inistitute, P.R. China); Yingchao Zhang and
Tianwen Zhan (Chongqing Communication
Institute, P.R. China); Lu Wang (Chongqing
University of Education, P.R. China); Liping Jin
(Chongqing Communication Institute, P.R.
China)
P103_7
A New Approach to Reduce Current Ripple of
PWM Inverters by Variable Switching Period
Irham Fadlika (Universitas Negeri Malang,
Indonesia)
P103_8
Study on Design Procedures of Dynamic
Response Compensation for Power Converter
Modules
Jia-You Lee and Jheng- Hung Chen (National
Cheng Kung University, Taiwan)
P103_9
Leg Control of High Frequency Link
Three-Phase Four-Leg Matrix Inverter
Zhaoyang Yan (Yanshan University & Key Lab
of Power Electronics for Energy Conservation
and Motor Drive of Hebei Province, P.R. China);
He Bai, Zhe Zhang and Ruixue Li (Yanshan
University, P.R. China)
P103_10
Fault-Tolerant
Control
for
Neutral-Point-Clamped Converter Based on a
Fourth Asymmetric Leg
Youhua Zhang and Qinyue Zhu (Tongji
University, P.R. China)
P103_11
Dead-Time Effect Suppression with PMR
Control in Single-Phase H-Bridge Inverters
Jianjun Sun (WuHan University, P.R. China);
Zhangyan Chen and Yang Cen (Wuhan
University, P.R. China); Meng Huang (WuHan
University, P.R. China); Xiaoming Zha (Wuhan
Modelling A FPGA-based LLC Converter for
Real-time
Hardware-in-the-loop
(HIL)
Simulation
Fan Ji, Hongtao Fan and Yaojie Sun (Fudan
University, P.R. China)
Fan Ji, Hongtao Fan and Yaojie Sun (Fudan
University, P.R. China)
Decouple Control Scheme for Three Phase
PWM
Converter
Under
Inductances
unbalanced Conditions
Li Rui and Wei Gan (Harbin Institute of
Technology, P.R. China); Xueguang Zhang
(Harbin Institute of Technology (HIT), P.R.
China); Dianguo Xu (Harbin Institute of
Technology, P.R. China)
Distribution and Balancing Control of
Capacitor Voltages among Arms of a Modular
66
Technical Program
University, P.R. China)
P103_12
P103_13
P103_14
P103_15
P103_16
P103_17
P103_18
P103_19
Efficient Model Predictive Control with
Optimal Duty Cycle for Power Converters
Yongchang Zhang, Yubin Peng and Bo Xia
(North China University of Technology, P.R.
China)
Voltage Control and Fluctuation Suppression
of the Three-Phase SST with DC bus in Dual
Rotating Reference Frames
Bin Zhang, Xu Yang, Lang Huang and Liang
Qiao (Xi'an Jiaotong University, P.R. China); Xin
Ma (Xi'an Jiao Tong University, P.R. China);
Peng Xu (Xi'an Jiaotong University, P.R. China);
Xiang Hao (TBEA, P.R. China)
A High-Performance Digital Controller for
High-Power Three-Phase UPS by Using One
DSP
Zhi Zhang (Dongguan University of Technology,
P.R. China)
Design of High-efficiency Power Amplifier
System For High-directional Speaker
Jin-Young Kim, Seung-Soo Choi and Seung-Min
Song (Pukyung National University, Korea);
In-Dong Kim (Pukyong National University,
Korea); Wonkyu Moon (POSTECH, Korea)
Robust digital control of single phase PWM
inverter using 3MHz multi sampling method
with FPGA based hardware controller
Tomoki Yokoyama, Mitsutoshi Ito, Reo Fujiwara,
Ryunosuke Araumi and Takuma Yoshino (Tokyo
Denki University, Japan)
Techniques and Applications of Electrical
Equipment Image Processing Based on
Improved MLP Network Using BP Algorithm
Dongbo Weng (Huainan Power Supply Company,
State Grid, P.R. China); Rongbao Chen (Hefei
University of Technology, P.R. China); Yang Li
(HeFei University of Technology, P.R. China);
Dan Zhao (Hefei University of Technology, P.R.
China)
Investigation on the Subsection Synchronous
Modulation Strategy for High power
NPC/H-bridge Inverter
Pei Yang (ARIM, P.R. China); Chongjian Li
(Automation Research and Design Institute of
Metallurgical Industry, P.R. China); Zhiming Lan
(ARIM, P.R. China)
Single-Phase
quasi-Z-source
AC-AC
Converters with High-Frequency Transformer
Isolation
Hafiz Ahmed (Kyungpook National University,
Korea); Honnyong Cha (kyungpook Nat'l
University,
Korea);
Ashraf
Khan
and
Heung-Geun
Kim
(Kyungpook
National
University, Korea)
P103_20
Neutral-Point Voltage Balancing Control for
Three-Level T-Type Inverter Using SHEPWM
Tongsheng Zhang, Du Chunshui, Changwei Qin,
Xiangyang Xing, Alian Chen and Chenghui
Zhang (Shandong University, P.R. China)
P103_21
Modified Carrier Phase-Shifted SPWM for a
Hybrid Modular Multilevel Converter with
HBSMs and FBSMs
Chen Wang, Jianhui Meng and Yi Wang (North
China Electric Power University, P.R. China)
P104:
Time:
Room:
Chair:
DC/DC Converter(1)
Tuesday, May 24, 10:30 - 12:10
302-303
Guozhu Chen (Zhejiang University, P.R.
China)
P104_1
Transformerless Cuk Derived High Boost
DC-AC Converter for Dual PV Applications
Janis Zakis and Alexander Suzdalenko (Riga
Technical University, Latvia); Nataraj Barath (Sri
Krishna College of Engineering & Technology,
India); Oleksandr Husev (Tallinn University of
Technology, Estonia)
P104_2
Self-calibrated valley switching for wide range
Flyback active-clamp DC-DC converter
Sebastien Larousse (Institut des Nanotechnologies
de Lyon & Laboratoire Ampere, France); Hubert
Razik (Laboratoire Ampère & UniversitéClaude
Bernard Lyon 1, France); Remy Cellier (Institut
des Nanotechnologies de Lyon, France); Nacer
Abouchi (CPE Lyon, France); Philippe
Volay(Centralp S.A.S., France)
P104_3
Control Strategy Analysis and Loop Design of
Full-bridge Phase-shift Soft-switching DC-DC
Converter
Xiangjun Zhang (Harbin Institute of Technology
(HIT), P.R. China); Chuanyu Li (Harbin Institute
of Technology, P.R. China); Hua Yang (Harbin
Institute of Technology (HIT), P.R. China);
Yueshi Guan (Harbin Institute of Technology,
P.R. China)
P104_4
A Novel Passive Lossless Snubber for
Current-fed Half-bridge Isolated dc/dc
Converter
Tianwen Zhan and Yingchao Zhang (Chongqing
Communication Institute, P.R. China); Wusong
Wen (Chongqing Communication Inistitute, P.R.
67
China);
Ruiwei
Zhang
(Chongqing
Communication Institute, P.R. China); Zhong He
(Chongqing
Cigarette
Factory,
Tobacco
Chongqing Industrial Corporation, P.R. China)
Room:
Chair:
302-303
Feng Wang (Xi'an Jiaotong University,
P.R. China)
P104_5
Sneak Circuit Analysis for a DCM Flyback
DC-DC Converter Considering Parasitic
Parameters
Min Li, Bo Zhang and Dong Yuan Qiu (South
China University of Technology, P.R. China)
P105_1
Zeta converter modeling analysis based on
pulse waveform integral approach
Jin-Feng Huang (Xi'an University of Science &
Technology, P.R. China); ShuLin Liu (Xi’an
University of Science & Technology, P.R. China)
P104_6
Digital Average Voltage Control for Switching
DC-DC Converters
Xiaotian Liu, Guohua Zhou, Minrui Leng and
Shuhan Zhou (Southwest Jiaotong University,
P.R. China)
P105_2
P104_7
A
High-Efficiency
Interleaved
DC-DC
Converter with Input/output Current Sources
R. Y. Duan (Hung Kuang University, Taiwan)
Double Step-Down AC-AC Converters with
High Frequency Isolation
Ashraf Khan (Kyungpook National University,
Korea); Honnyong Cha (kyungpook Nat'l
University, Korea);
Hafiz
Ahmed
and
Heung-Geun
Kim
(Kyungpook
National
University, Korea)
P105_3
Phase-Shifted Modulation Strategies for a
Single-Stage Isolated Bi-directional Power
Amplifier
Shilin Guo (Hefei University of Technology, P.R.
China)
P105_4
Research on Power Electronic Transformer
with Bidirectional Power Flow
Xiaofei Wang, Guorong Zhang, Xiaran Chen and
Bo Peng (Hefei University of Technology, P.R.
China); Zhiqiang Wu (Hefei University of
Technology & Intelligent Manufacturing Institute
of HFUT, P.R. China)
P105_5
A Family of High Efficiency Bidirectional
DC-DC Converters Using Switching Cell
Structure
Ashraf Khan (Kyungpook National University,
Korea); Honnyong Cha (kyungpook Nat'l
University, Korea);
Hafiz
Ahmed
and
Heung-Geun
Kim
(Kyungpook
National
University, Korea)
A modified five-level hybrid converter with
large output voltage range and high efficiency
Hanyang Yu (Zhejiang University, P.R. China);
Bin Chen (Huichuan, P.R. China); Wenxi Yao
and Zhengyu Lü (Zhejiang University, P.R.
China)
P105_6
High-Efficiency Step-Down Converter Via
Coupled Inductor
Rong-Jong Wai (National Taiwan University of
Science and Technology, Taiwan); Jun-Jie Liaw
(Yuan Ze University, Taiwan)
Quasi-Switched-Inductor Z-Source Inverter
Hailong Liu (Northwestern Polytechnical
University & School of Marine Scinece and
Technology, P.R. China); Yuyao He and
Mingyang ZhangLiu (Northwestern Polytechnical
University, P.R. China)
P105_7
Analysis of MOSFETs Switching Performance
in Auxiliary Resonant Snubber Inverter
Hailin Zhang (Harbin Institute of Technology,
P.R. China); Baoquan Kou (School of Electrical
Engineering and Automation, Harbin Institute of
Technology, P.R. China); Yinxi Jin and Haoquan
Zhang (Harbin Institute of Technology, P.R.
China)
P105_8
Analysis of Efficiency and Harmonics for
Reverse Blocking IGBT Matrix Converters
Tieshan Zhang, Jin Xu, Pengfei Yao and Xiaohua
P104_8
P104_9
P104_10
P104_11
P104_12
P105:
Time:
Capacitor Current Fixed Off-Time Control for
Buck converter with Fast Response and
Output Capacitor ESR Independence
Xi Zhang, Jianping Xu, Guohua Zhou and
Yiming Chen (Southwest Jiaotong University,
P.R. China)
A Zero-Voltage-Transition Auxiliary Network
for Central Capacitor Partial Power
Processing DC/DC Converter
Mengxing Chen and Gao (Shandong University,
P.R. China); Zhicheng Sha (Shandong Electric
Power Engineering Consulting Institute Corp.
Ltd., P.R. China)
Energy-Balance based Prediction for Boost
Converters
Junjie Ge (Corporate Research, ABB (China)
Ltd., P.R. China); Liqiang Yuan and Zhengming
Zhao (Tsinghua University, P.R. China)
AC/DC, DC/AC Converters(1)
Tuesday, May 24, 10:30 - 12:10
68
Technical Program
Jiang (Tsinghua University, P.R. China)
P105_9
A
Novel
Z-Source
Hybrid
Clamped
Three-level Inverter with Modified Phase
Disposition PWM Method
Weisheng Wang, Jiabin Chen, Alian Chen, Jin
Chai, Xiangyang Xing and Chenghui Zhang
(Shandong University, P.R. China)
P105_10
Pulse Energy Modulation of a Single-Phase
Transformer-less
Inverter
with
Active
Decoupling
Jintao Liao and JianHui Su (Hefei University of
Technology, P.R. China); Liuchen Chang
(University of New Brunswick, Canada); Jidong
Lai (Hefei University of Technology, P.R. China)
P105_11
An Improved Phase-shifted Carrier-based
Modulation and Loss Distribution Analysis for
MMC Using Full Bridge Sub-modules
Kai Li, Zhengming Zhao, Liqiang Yuan, Sizhao
Lu and Gaohui Feng (Tsinghua University, P.R.
China)
P105_12
An Improved Control Scheme for Single-phase
Auxiliary Resonant Snubber Inverter
Baoquan Kou (School of Electrical Engineering
and Automation, Harbin Institute of Technology,
P.R. China); Hailin Zhang, Yinxi Jin and
Haoquan Zhang (Harbin Institute of Technology,
P.R. China)
P105_13
Efficiency Evaluation of a Four-Level
Hybrid-Clamped Inverter with SiC MOSFETs
Kui Wang, Yongdong Li, Zedong Zheng and Lie
Xu (Tsinghua University, P.R. China)
P105_14
Sliding mode control strategy of voltage source
inverter based on load current sliding mode
observer
Hou Bo (Xi'an University of Technology, P.R.
China); Liu Jun Wei, Dong Feng Bing and Wang
Ming Lei (Shaanxi University of Technology,
P.R. China); Mu An le (Xi'an University of
Technology, P.R. China)
P105_15
P106:
Time:
Room:
A Fast Open-loop Phase Locking Scheme for
Single-phase Power Grid
Xiaoping Lai (School of Electrical Engineering,
Xi'an Jiaotong University & Hypervelocity
Aerodynamics Institute of China Aerodynamics
Research and Development Center, P.R. China);
Yunqing Pei and Liansong Xiong (School of
Electrical Engineering, Xi'an Jiaotong University)
Power Quality Mitigation
Tuesday, May 24, 10:30 - 12:10
302-303
Chair:
Hossein Madadi Kojabadi (Sahand
University of Technology, Canada)
P106_1
A Comparison of Two Types of Storageless
DVR with a Passive Shunt Converter
Huiwen Liu, Bowen Zheng and Xiong Zhan
(China EPRI Science&Technology Company,
Nari Group Corporation, P.R. China)
P106_2
Application of DSOGI-SPLL Algorithm on
Shunt Active Power Filter under Unbalanced
and Distorted Voltages
Xiaoyu Zhang, Yunxiang Xie, Yingpin Wang and
Xiong Nie (South China University of
Technology, P.R. China); Lanfang Li (Electric
Power Research Institute of Guangdong Power
Grid Co., LTD., P.R. China); Zeng Zhiwu
(SCUT, P.R. China)
P106_3
Harmonic Suppression and Stability Analysis
of Three-phase VSR with Cosine Internal
Model Control Strategy
Bo Liu (Harbin Institute of Technology, P.R.
China); Hongqi Ben (Harbin Institute of
Technology (HIT), P.R. China); Tao Meng
(Mechanical
and
Electrical
Engineering,
Heilongjiang University, P.R. China); Yinlong
Bai (Harbin Institute of Technology, P.R. China)
P106_4
Analysis of the influence of harmonic on
commutation failure of thyristor inverter
Ling Wang (School of North China Electric
Power University, P.R. China); Jun Wen (North
China Electric Power University, P.R. China);
Yanan Li (China State Power Electric Research
Institute, P.R. China); Ze Yu and Weibo Kong
(North China Electric Power University, P.R.
China)
P106_5
A
Novel
Multi-functional
Photovoltaic
Micro-inverter and Its Control Strategy
Fangcheng JI, Longhua Mou and Guofeng Zhu
(Tongji University, P.R. China)
P106_6
An improved current-limiting control strategy
for shunt active power filter
Sheng Xu (Taizhou University, P.R. China)
P106_7
A novel cascaded multilevel converter based
DSTATCOM integrated with distribution
transformer
Lei Ertao, Yin Xianggen, Chen Yu, Dai Jian and
Lai Jinmu (Huazhong University of Science and
Technology, P.R. China); Yin Xin (The
University of Manchester, United Kingdom)
P106_8
Stability Analysis of Multiple Static
Synchronous Compensators in Parallel
Operation
69
Ling Feng (Shanghai JiaoTong University, P.R.
China); Li Jiaoyang (Shanghai Jiao Tong
University, P.R. China); Yang Fei (State Grid
Corporation of China, P.R. China); YeYuan Xie
and XiaoDong Sheng (NR Electric Co., Ltd, P.R.
China); Li Liqun and Liu Jun (State Grid
Corporation of China, P.R. China)
P107:
Time:
Room:
Chair:
Electric Vehicles and Motor Drives
Tuesday, May 24, 10:30 - 12:10
302-303
Jang-Mok Kim (Pusan National University,
Korea)
P106_9
A Soft-Switching Three-Phase Five-Arm AC
Voltage Regulator
Maoh-Chin Jiang (National Ilan University,
Taiwan)
P107_1
Design and Analysis of a New Interior
Permanent Magnet Motor for EVs
Ying Fan, Chao Tan, Siyu Chen and Ming Cheng
(Southeast University, P.R. China)
P106_10
Repetitive Control implementation with
Frequency Adaptive algorithm for Shunt
Active Power Filter
Lanfang Li (Electric Power Research Institute of
Guangdong Power Grid Co., LTD., P.R. China);
Hui Ma (South China University of Technology,
P.R. China); Xiaogang Xu and Xiaoke Chen
(Electric Power Research Institute of Guangdong
Power Grid Co., LTD., P.R. China); Biaoguang
Sunand Yunxiang Xie (South China University of
Technology, P.R. China)
P107_2
Modeling and Analyse of Induction Motor
Drive System with Consideration of DC Bus
Stabilization and Control Performance
Jiang You and Minghao Liu (Harbin Engineering
University,
P.R.
China);
Jiarui
Ma
(Unit91404PLA, P.R. China); Hongjie Jia (The
Fourth Academy China, P.R. China)
P107_3
Multi-objective Visual Analysis of PI Current
Regulator for High Performance PMSM
Drives
Haoyuan Li, Xing Zhang, Do Thanh Hieu, Fei Li
and Pengpeng Cao (Hefei University of
Technology, P.R. China); Liqin Fu and Hui Wang
(Sungrow Power Supply Co., Ltd., P.R. China)
P107_4
A Novel Flux Observer for a Direct Torque
Controlled Permanent-Magnet Synchronous
Machine Control System
Xiaoguang Zhang and Benshuai Hou (North
China University of Technology, P.R. China)
P107_5
Transfer Function Establishment for Li-ion
Battery Using Improved P2D Modeling
Methodology
Xi Zhang (ShangHai Jiao Tong University, P.R.
China); Jinling Lu (Shanghai Jiao Tong
University, P.R. China); Xuan Zhou (Kettering
University, USA)
P107_6
Active Uncertainty Attenuation Control for
Electric Power Stage in FC-SC Hybrid Electric
Vehicles
Liupeng Xue (Shanghai University Of Electric
Power, P.R. China); Chuanlin Zhang (Shanghai
University of Electric Power, P.R. China)
P107_7
Research on the High Speed Inductor-based
Active Battery Equalization Schemes
Xuanyang Liu (New Energy Automotive
Engineering Research Institute of Hefei
University of Technology & None, P.R. China)
P107_8
Power Control of A Multiport Bidirectional
DC-DC Module for V2G
P106_11
P106_12
P106_13
P106_14
An Auxiliary Link Based on Flyback Circuit
with
Voltage
Spike
Suppression
for
Single-Phase Isolated Full-Bridge Boost PFC
Xuesong Wang (Harbin Institute of Technology,
P.R. China); Hongqi Ben (Harbin Institute of
Technology (HIT), P.R. China); Tao Meng
(Heilongjiang University, P.R. China); Bo Liu
(Harbin Institute of Technology, P.R. China)
Reactive
Power
Compensation
Using
Switching Cell Structured Direct PWM
AC-AC Converter
Sanghun Kim and Heung-Geun Kim (Kyungpook
National University, Korea); Honnyong Cha
(kyungpook Nat'l University, Korea)
A New Robust Dynamic Control Method for
Railway Power Quality Compensator
Hamed Jafari Kaleybar (Sahand University of
Technology, Iran); Mehdi Fallah (Sahand
University of Technology, Iran); Hossein Madadi
Kojabadi (Sahand University of Technology,
Canada); Seyed Saeed Fazel (Iran University of
Science and Technology, Iran); Liuchen Chang
(University of New Brunswick, Canada)
Research on Sliding Mode Control Based on
Exact Feedback Linearization for Single-Phase
Shunt APF
Zhiqiang Wu (Hefei University of Technology &
Intelligent Manufacturing Institute of HFUT, P.R.
China); Guorong Zhang, Xiaofei Wang, Xiaran
Chen and Bo Peng (Hefei University of
Technology, P.R. China)
70
Technical Program
P107_9
Meiqin Mao and Hanjie Shi (Hefei University of
Technology, P.R. China); Liuchen Chang
(University of New Brunswick, Canada); Nikos
Hatziargyriou (Technical University of Greece,
Greece)
P108_3
A Multistage Current Charging Method for
Li-ion Battery Bank Considering Balance of
Internal Consumption and Charging Speed
Wei Liu (Yanshan University, P.R. China);
Haisang Wu, Zhichao He and Geng Yang
(Tsinghua University, P.R. China); Xiaofeng Sun
(Yanshan University, P.R. China)
Model Predictive Direct Current Control of
DFIG at Low Switching Frequency
Yunfei Wang, Xing Zhang and Zhen Xie (Hefei
University of Technology, P.R. China); Hui Yang
(School
of
Electrical
and
Automation
Engineering, HeFei University of Technology,
P.R. China)
P108_4
Research on Transient Reconfiguration and
Low Voltage Ride-Through Control for a
Doubly Fed Induction Generator Wind
Turbine with Energy Storage Device
Xia Junli (State Grid Hefei Electric Power Supply
Company, P.R. China); Shen Yangwu (Hunan
Electric Power Research Institute, P.R. China);
Mao Xun, Lin Zhemin, Zhang Xuchang and Zhan
Yong (State Grid Anhui Electric Power Research
Institute, P.R. China); Zhang Bin and Xiong
Shangfeng (Hunan Electric Power Research
Institute, P.R. China); Xiaotao Peng (Wuhan
University, P.R. China)
P108_5
Influence Analysis of Wind Power Generation
on the Characteristic of Power System
Frequency
Pengxiang Xing (Wuhan University & School of
Electrical Engineering, P.R. China); Qiaoming
Shi, Gang Wang, Lijun Fu and YI Wang
(National Key Laboratory for Vessel Integrated
Power System Technology, P.R. China)
P108_6
The Interpolation of Missing Wind Speed Data
based on Optimized LSSVM Model
Xi Chen, Bin Wang, Min Yu, Ji Jin and Wanwan
Xu (Wuhan University of Science and
Technology, P.R. China)
P108_7
An Experimental System for LVRT of
Direct-Drive PMSG Wind Generation System
Zhang Yan (Naval University of Engineering,
P.R. China); Chen Mingliang (Naval University
of Engineering, P.R. China); Zhen Xie (Naval
University of Engineering, P.R. China); Xu Li
(Naval University of Engineering, P.R. China);
Wang Wubin (Zhejiang University, P.R. China)
P108_8
Probabilistic Load Flow Calculation with
Irregular Distribution Variables Considering
Power Grid Receivability of Wind Power
Generation
Jie Yu (Southeast University, P.R. China); Haoyu
Qi (Nanjing University of Science and
Technology, P.R. China); Shikun Qiu (Southeast
University, P.R. China); Xiang Wang and Huiling
Zhang (State Grid Ningxia Electric Power
P107_10
Difference in EDCTV between MLD- and
SCSLD-based Noise Elimination of the
Series/Parallel-Cell Configured Battery Pack
Jonghoon Kim (Chosun University, Korea);
Changyoon Chun (Seoul National University,
Korea); Woonki Na (California State University,
Fresno, USA)
P107_11
Passive Component Loss Minimization for
Interleaved DC-DC Boost Converters in
Electric Vehicle Applications
Xuning Zhang, Rolando Burgos and Dushan
Boroyevich (Virginia Tech, USA)
P107_12
P108:
Time:
Room:
Chair:
P108_1
P108_2
P.R. China); Zhen Xie, Xing Zhang and Shuying
Yang (Hefei University of Technology, P.R.
China)
SOC Estimation of the Lithium-Ion Battery
with the Temperature-based Nernst model
Shaoxun Qin (New Energy Automotive
Engineering Research Institute of Hefei
University of Technology, P.R. China)
Wind Generation System
Tuesday, May 24, 10:30 - 12:10
302-303
Pingping Han (Hefei University
Technology, P.R. China)
of
An Improved DTC Controller for DFIG-Based
Wind Generation System
Yungui Li (Shanghai Jiao Tong University, P.R.
China); Lijun Hang and Guojie Li (Shanghai
Jiaotong University, P.R. China); Yajuan Guo,
Yunfeng Zou and Jinming Chen (State Grid
Jiangsu Electric Power Company Electric
Research Institute, P.R. China); Jun Li (Zhejiang
Jiaxing Electricity Bureau, P.R. China); Jian
Zhuang (State Grid Tianjin Electric Power
Corporation, P.R. China); Siwei Li (Beijing
Guodiantong Network Technology Co., Ltd, P.R.
China)
The Control Strategy For Grid-Side Converter
of DFIG Under Asymmetrical Voltage Swell
Hui Yang (School of Electrical and Automation
Engineering, HeFei University of Technology,
71
Company, P.R. China)
P108_9
P108_10
P108_11
P108_12
P108_13
P108_14
P108_15
Model Predictive Current Control of
Three-Level NPC Back-to-Back Power
Converter PMSG Wind Turbine Systems
Zhenbin
Zhang
(Technische
Universität
München,
Germany);
Fengxiang
Wang
(Quanzhou Institute of Equipment Manufacturing,
Chinese Academy of Sciences, P.R. China);
Xinbo Cai and Ralph Kennel (Technical
University of Munich, Germany)
Fully FPGA Based Predictive Control of
Back-to-Back Power Converter PMSG Wind
Turbine Systems with Space Vector Modulator
Zhenbin
Zhang
(Technische
Universität
München, Germany); Xinbo Cai and Ralph
Kennel (Technical University of Munich,
Germany); Fengxiang Wang (Quanzhou Institute
of Equipment Manufacturing, Chinese Academy
of Sciences, P.R. China)
A Fuzzy Control Scheme of the Wind-Storage
Combined System for Power Complementary
Chen Fang (State Grid Shanghai Municipal
Electric Power Company, P.R. China); Wei Chai,
Haohan Gu and Lei Wang (Shanghai Jiao Tong
University, P.R. China); Xu Cai (Shanghai
Jiaotong University, P.R. China)
Research on Power Coordinated Control
Strategy of Wind Turbine-Based DC
Microgrid under Various Modes
Yuan Fu, Ziguang Zhang, Yi Wang, Ming Yu,
Yang Hei, Jianhui Meng and Hui Wang (North
China Electric Power University, P.R. China)
Simulation Analysis of Permanent Magnet
Motor in High Voltage Disconnecting Switch
under Different Structure and Winding
Parameters
Yongxiang Li (SHANXI ELECTRIC POWER
RESEARCH INSTITUTE, P.R. China)
Unit Commitment and Multi-Objective
Optimal
Dispatch
Model
for
Wind-hydro-thermal Power System with
Pumped Storage
Nan Shi and Suquan Zhou (Harbin Institute of
Technology, P.R. China); Xunwen Su
(Heilongjiang University of Science and
Technology, P.R. China); Rongfeng Yang (HIT,
P.R. China); Xianhui Zhu (Heilongjiang
University of Science and Technology, P.R.
China)
Nonlinear Adaptive Power Control for
DFIG-based Wind Turbine Under Unbalanced
Network Conditions
Kai Shi and Chuan-Ke Zhang (University of
Liverpool, United Kingdom); Xin Zhou
(Huazhong
University
of
Science
and
Technology, P.R. China); Lin Jiang (University of
Liverpool, United Kingdom)
P108_16
Topology
and
Control
Strategy
for
Small-Scaled Wind Generation System
Liang Yang (Tianjin University, P.R. China);
Wang Yifeng (Tianjin Universtiy, China, P.R.
China); Zhun Meng and Fu-Qiang Han (Tianjin
University, P.R. China); Guodong Li (State Grid
Tianjin Electric Power Company, P.R. China)
P108_17
Grid
Fault
Ride
Through
of
a
Medium-Voltage Three-Level Full Power
Wind Power Converter
Kangle Ren, Xing Zhang and Fusheng Wang
(Hefei University of Technology, P.R. China);
Lingxiang Wang (Sungrow Power Supply Co.,
Ltd., P.R. China); Leilei Guo and Zhijie Wang
(Hefei University of Technology, P.R. China)
P108_18
Two Direct Torque and Power Control
Methods for Back-to-Back Power Converter
PMSG Wind Turbine Systems
Zhenbin
Zhang
(Technische
Universität
München, Germany); Ralph Kennel (Technical
University of Munich, Germany); Christoph M.
Hackl (Technische Universität München,
Germany)
P108_19
A coordinated control strategy considering the
coherence of generators for wind farms
Pingping Han, Jiaqi Zhang, Ming Ding, Xiaoan
Zhang and Zhijun Yang (Hefei University of
Technology, P.R. China)
P109:
Time:
Room:
Chair:
Solar PV Systems
Tuesday, May 24, 10:30 - 12:10
302-303
Zhe Zhang (Technical University
Denmark, Denmark)
of
P109_1
Novel Single-Phase Transformerless Inverter
Based on The Freewheeling Loop Separation
for PV systems
Sun Muwen, Jinbin Zhao, Keqing Qu, Fen Li and
Miaomiao Feng (Shanghai University of Electric
Power, P.R. China)
P109_2
A Suppression Method of Circulating Current
in Parallel Photovoltaic System Based on
Virtual Impedance
Bainan Sun, Hongpeng Liu, Hui Wu and Wang
Wei (Harbin Institute of Technology, P.R. China)
P109_3
Power Balance Control Scheme of Cascaded
72
Technical Program
H-Bridge
Multilevel
Inverter
for
Grid-Connection Photovoltaic Systems
Fusheng Wang and LE Yang (Hefei University of
Technology, P.R. China); Wang Mao (HeFei
University of Technology, P.R. China); Yu
Shineng and Xing Zhang (Hefei University of
Technology, P.R. China)
P109_4
P109_5
P109_6
P109_12
An Active Clamp Power Control Method for a
Single-phase Photovoltaic Inverter
Shaoliang An, Zhen Liu, Xiangdong Sun,
Weixiang Qiu and Shengxiang Wu (Xi'an
University of Technology, P.R. China)
Fireworks Explosion Optimization Algorithm
for Parameter Identification of PV model
Qing Zhang, Hongda Liu and Cheng Dai (Harbin
Engineering University, P.R. China)
P109_13
A fuzzy logic controller with beta parameter
for maximum power point tracking of
Photovoltaic systems
Xingshuo Li (XJTLU, P.R. China); Wen Huiqing
(Xi'an Jiaotong-Liverpool University, P.R. China)
Transformerless
Three-Phase
T-Type
Three-Level Inverter For Medium-Power
Photovoltaic Systems
Zhi Zhang (Dongguan University of Technology,
P.R. China)
P109_14
A Novel Two Degrees of Freedom Grid
Current Regulation for Single-Phase LCL-type
Photovoltaic Grid-Connected Inverter
Leming Zhou, A. Luo, Yandong Chen, Xiaoping
Zhou and Zhiyong Chen (Hunan University, P.R.
China)
P109_15
Study on Circulating Current Model for High
Power Photovoltaic Grid-connected Inverter
AC Parallel System
Baoji Wang, Xing Zhang and Do Thanh Hieu
(Hefei University of Technology, P.R. China); Jie
Ding and Lei Tao (Sungrow Power Supply Co.,
Ltd., P.R. China); Renxian Cao (Sungrow Power
Supply Co, Ltd., P.R. China)
EMI filter analysis for transformer-less
photovoltaic inverter
Jiao Zhang and Wenjie Chen (Xi'an Jiaotong
University, P.R. China); Yaqiang Han (Xi'an Jiao
Tong University, P.R. China); Yang Xu (Xi'an
Jiaotong University, P.R. China)
P109_7
Multi-Modular
Cascaded
phase-shifted
full-bridge converter for DC grid connection of
Large-Scale Photovoltaic Power Systems
Lejia Sun, Feng Wang, Zhuo Fang and Tianhua
Zhu (Xi'an Jiaotong University, P.R. China)
P109_8
Wavelet packet-Based Passive Islanding
Detection method for Grid Connected
Photovoltaic Inverters
Do Thanh Hieu, Xing Zhang, Haoyuan Li and Fei
Li (Hefei University of Technology, P.R. China);
Chu Tho and Viet Ngu Nguyen (Hung Yen
University of Technology and Education,
Vietnam)
P109_9
Zipeng Li, Aiting Jiang, Pan Shen and Yang Han
(University of Electronic Science and Technology
of China, P.R. China); Josep M. Guerrero
(Aalborg University, Denmark)
Integrated control of photovoltaic-energy
storage system for power oscillation damping
enhancement
Xiangyu Zhang, Li Yang and Xiaorong Zhu
(North China Electric Power University, P.R.
China)
P109_10
The Harmonic Analysis and Suppression
Methods for Photovoltaic Grid System Based
on Improved LCL Filter
Wenjin Wu, JianHui Su, Yong Shi, Haining
Wang and Yan Du (Hefei University of
Technology, P.R. China)
P109_11
Resonance Damping and Parameter Design
Method for LCL-LC Filter Interfaced
Grid-Connected Photovoltaic Inverters
P201:
Time:
Room:
Chair:
Devices,
Packaging
and
System
Integration
Tuesday, May 24, 13:40 - 15:20
302-303
Wenjie Chen (Xi'an Jiaotong University,
P.R. China)
P201_1
A new 1200V IGBT technology optimized for
high speed switching
Sungmo Young, Dongsoo Kim and Dongmyung
Kim (Fairchild Semiconductor, Korea)
P201_2
ESD Reliability Improvement of the 0.25-um
60-V Power nLDMOS with Discrete
Embedded SCRs Separated by STI Structures
Shen-Li Chen (National United University &
National United University, Taiwan); Yi-Cih Wu
(National United University, Taiwan); Jia-Ming
Lin (Peking University, P.R. China); Chih-Hung
Yang, Chih-Ying Yen, Kuei-Jyun Chen and
Hung-Wei Chen (National United University,
Taiwan)
P201_3
Modeling
and
Analysis
of
Current
Transformer for Fast Switching Power Module
Current Measurement
73
Qian Wu, Kaiyuan Lu and Helong Li (Aalborg
University, Denmark)
P201_4
P201_5
A field limiting ring termination structure with
a p type corrugated resistance region
Lei Zhang and Cailin Wang (Xi'an University of
Technology, P.R. China)
An Improved MATLAB/Simulink Model of
SiC Power MOSFETs
Gang Li (Harbin Institute of Technology, P.R.
China); Qiang Gao (Harbin Institute of
Technology (HIT), P.R. China); Miaoxin Jin,
Jiabao Kou, Xiaolu Li and Dianguo Xu (Harbin
Institute of Technology, P.R. China)
P201_6
A New Dual-GCT Structure with CA-STA
Combined Anode Regions
Jing Yang and Cailin Wang (Xi'an University of
Technology, P.R. China)
P201_7
Characteristics of SiC MOSFET and Its
Application in A Phase-shift Full-bridge
Converter
Haihong Qin (Nanjing University of Aeronautics
& Astronautics, P.R. China); Kefeng Xu (Nanjing
University of Aeronautics and Astronautics, P.R.
China); Xin Nie (Nanjing Research Institute on
Simulation Technique, P.R. China); Ziyue Zhu
(Nanjing University of Aeronautics and
Astronautics & Center for More Electric Aircraft
Power System, P.R. China); Zhiyuan Zhong
(Nanjing University of Aeronautics and
Astronautics, P.R. China); Dafeng Fu (Nanjing
Univerisity of Aeronautics and Astronautics, P.R.
China)
P201_8
P201_9
P201_10
Characteristics of Capacitor Measurement Set
Up by Using B-H Analyzer in Power
Converters
Pin-Yu Huang, Hironori Nagasaki and Shimizu
Toshihisa (Tokyo Metropolitan University, Japan)
Evaporative Cooling System of High Current
Rectifier Equipment
Fengfei Luan (University of Chinese Academy of
Sciences, P.R. China); Song Fuchuan (Institute of
Electrical Engineering, Chinese Academy of
Sciences, P.R. China); Guangkun Lian (Institude
of of Electrical Engineering, Chinese Academy of
Science, P.R. China); Chen Biao, Jiayi Yuan
andGu Guobiao (Institute of Electrical
Engineering, Chinese Academy of Sciences, P.R.
China)
A Novel Constant Current and Constant
Voltage Adaptive Blanking Regulation Scheme
for
Primary-side
Controlled
Flyback
Converter
Yongjiang Bai and Wenjie Chen (Xi'an Jiaotong
University, P.R. China); Xiaoyu Yang (Silergy
Corp, P.R. China); Xu Yang and Jingjing Sun
(Xi'an Jiaotong University, P.R. China)
P201_11
Planar Transformer for High Frequency High
Voltage Generation Applications
Saijun Mao (GE, P.R. China); Jelena Popovic and
Braham Ferreira (Delft University of Technology,
The Netherlands)
P201_12
Analysis of series SiC MOSFETs stack using a
single standard gate driver
Yu Ren, Xu Yang, Fan Zhang and Wenjie Chen
(Xi'an Jiaotong University, P.R. China)
P201_13
Validation of Transient Dual Interface
Measurement Method of IGBT Rth-JC
Zhijie Qiu (Institute of Electrical Engineering,
Chinese Academy of Sciences, P.R. China); Jin
Zhang (Institute of Electrical Engineering
Chinese Academy of Sciences, P.R. China)
P201_14
High Performance Solid-State Switches Using
Series-Connected SiC-MOSFETs for High
Voltage Applications
Wang Liang (Shenzhen Graduate School of
Harbin Institute of Technology, P.R. China);
Donglai Zhang (Harbin Institution of Technology
Shenzhen Graduate School, P.R. China); Wang
Yi (Shenzhen Graduate School of Harbin Institute
of Technology, P.R. China)
P201_15
An Envelope Tracking Power Amplifier Based
on GaN HEMTs
Chao Wang and Kui Wang (Tsinghua University,
P.R. China); Liang Zhang and Chen Lu (Beijing
Shengfeifan Electronic System Technology
Development Company Ltd, P.R. China);
Yongdong Li (Tsinghua University, P.R. China)
P202:
Time:
Room:
Chair:
Microgrids
Tuesday, May 24, 13:40 - 15:20
302-303
Toshifumi Ise (Osaka University, Japan)
P202_1
Research On Frequency Control Strategy For
Islanding Microgrid
Lei Guo, JianHui Su, Yong Shi and Jidong Lai
(Hefei University of Technology, P.R. China)
P202_2
DC Short Circuit Fault Analysis and
Protection of Ring Type DC Microgrid
Ming Yu, Yi Wang, Lirong Zhang and Ziguang
Zhang (North China Electric Power University,
P.R. China)
P202_3
Research on Off-grid Control Strategy of
74
Technical Program
Micro-grid Based on Current Compensation
Xiaohuan
Wang
(School
of
Electrical
Engineering Yanshan University, P.R. China);
Ying Zhang and Jianzhou Feng (YanShan
University, P.R. China); Chunjiang Zhang
(Yanshan University, P.R. China)
P202_4
P202_5
P202_6
P202_7
Analysis of a New Type Islanding Detection
Method for Micro-grid Based on The
Calculation of Variance
Ying Zhang (YanShan University, P.R. China);
Xiaohuan
Wang
(School
of
Electrical
Engineering Yanshan University, P.R. China);
Chunjiang Zhang (Yanshan University, P.R.
China); Jianzhou Feng (YanShan University, P.R.
China)
A Power Decoupling Method for Droop
Controlled Inverters and Virtual Synchronous
Generators
Mingxuan Li and Yue Wang (Xi'an Jiaotong
University, P.R. China); Ningyi Xu (Xi`an
Jiaotong University, P.R. China); Yonghui Liu,
Wenti Wang and Hao Wang (Xi'an Jiaotong
University, P.R. China); Weizheng Yao (Xuji
Group Corporation, P.R. China)
Modeling
and
Stability
Analysis
of
Autonomous Microgrid Composed of Inverters
Based on Improved Droop Control
Zhao Xiao Jun and Dong Jie (Yanshan
University, P.R. China); Meng Xiao Mai (Beijing
Spacecrafts, China Academy of Space
Technology, P.R. China); Chunjiang Zhang
(Yanshan University, P.R. China)
Control Strategy of DC Microgrid Under
Unbalanced Grid Voltage
Xiaorong Zhu and Yumeng Zhang (North China
Electric Power University, P.R. China)
P202_8
Research on the Dynamic Characteristics of
Microgrid with Pulesd Nonlinear Load
Pengfei Hou, Jinquan Wang, Ye Xu, Jianke Li
and Kefeng Huang (PLA University of
Science&Technology, P.R. China)
P202_9
Research on Energy Micro Grid Control
System Based on the Structure of FREEDM
Liyuan Gao, Ying Sun and Hao Li (Shandong
University, P.R. China)
P202_10
An SOC Based Control Strategy for VSG
Using Weight Coefficient in Grid Connected
Mode
Chao Hu, Xing Zhang, Fang Liu, Rongliang Shi
and Haizhen Xu (Hefei University of Technology,
P.R. China)
P202_11
A Battery/Supercapacitor Hybrid Energy
Storage System for DC Microgrids
Sujan Adhikari, Lei Zhang, Peng Wang and Yi
Tang (Nanyang Technological University,
Singapore)
P202_12
Research on Line Voltage Quality Control of
Microgrid in Islanded Mode
Jidong Lai, Yong Shi, JianHui Su, Xiangzhen
Yang, Yan Du and Lei Guo (Hefei University of
Technology, P.R. China)
P202_13
Seamless Transfer Control Strategy for
Three-phase Inverter in Microgrid
Yandong Chen, Zili Wang, Xiaoping Zhou and
Leming Zhou (Hunan University, P.R. China);
Mingyue Wang (Tianjin Research Institute of
Electric Science Co., LTD, P.R. China); Zhiyong
Chen and A. Luo (Hunan University, P.R. China)
P202_14
Research of photovoltaic grid-connected and
islanded storage system in DC microgrid
Li Jiaoyang, Wang Yong and Wang Chengmin
(Shanghai Jiao Tong University, P.R. China)
P202_15
Stability Analysis of Islanded DC Microgrid
under Hierarchical Control Strategy
Jiajia Yang, Hui Zhang and Na Zhi (Xi'an
University of Technology, P.R. China)
P202_16
Decentralized Control Approach for Voltage
Unbalance Compensation in Island Microgrid
Wu Lizhen (Lanzhou University of Technology &
College
of
Electrical
and
Information
Engineering, P.R. China); Hao Xiaohong, Li
Zhengzhe and Luo Zuohao (Lanzhou University
of Technology, P.R. China); Zhou Hu (Gansu
Electric Power Corporation, P.R. China)
P202_17
A Novel Hybrid Single/Three-Phase Microgrid
Structure and Its Energy Coordination
Control Method
Xiaoping Zhou, A. Luo, Yandong Chen, Leming
Zhou and Zhiyong Chen (Hunan University, P.R.
China)
P202_18
Optimal Power Scheduling for an Islanded
Hybrid Microgrid
Adriana Luna, Nelson Díaz, Mehdi Savaghebi,
Josep M. Guerrero and Juan Vasquez (Aalborg
University, Denmark)
P202_19
A Review on the Small Signal Stability of
Microgrid
Shuya Wang, JianHui Su, Xiangzhen Yang, Yan
Du and Huadian Xu (Hefei University of
Technology, P.R. China); Yong Tu (Hefei
University of Technology & Rrsearch Center for
Photovoltaic System Engineering, P.R. China)
75
P202_20
Operation and Configuration Optimization of
A CCHP System for General Building Load
Liuchen Chang (University of New Brunswick,
Canada); Gongyu Weng, Jie Hu and Meiqin Mao
(Hefei University of Technology, P.R. China)
P202_21
High Efficiency Non-Isolated Three Port
DC-DC Converter for PV - Battery Systems
Kevin Tomas Mañez, Alexander Anthon, Zhe
Zhang and Ziwei Ouyang (Technical University
of Denmark, Denmark); Toke Franke (Danfoss,
Germany)
P202_22
P203:
Time:
Room:
Chair:
P203_1
P203_2
Analysis and Design of Voltage Control and
Coordinate Strategy in DC Microgrid under
Multiple Operation Conditions
Kun Feng and Wenjun Liu (Wuhan University,
P.R. China); Shuang Zhao (University of
Arkansas & NSF I/UCRC on GRid-connected
Advanced Power Electronic Systems(GRAPES),
USA); Fei Liu (Wuhan University, P.R. China)
Motor Drives and Motor Control(2)
Tuesday, May 24, 13:40 - 15:20
302-303
Gaolin Wang (Harbin Institute of
Technology (HIT) & School of Electrical
Engineering and Automation, P.R. China)
Direct Torque Control of Permanent Magnet
Synchronous Motor Based on Space Vector
Modulation
Ying Yang (Shanghai University, P.R. China);
Rui Huang (University of Shanghai, P.R. China);
Yanpu Yu (Shanghai University & Automation
Academy, P.R. China); Shuang Wang (Shanghai
University, P.R. China)
Back-EMF based sliding mode observer for
vector control of induction machine
Shuying Yang (Hefei University of Technology,
P.R. China); Dawei Ding and Xi Li (HeFei
University of Technology, P.R. China); Xing
Zhang (Hefei University of Technology, P.R.
China)
P203_3
Research on PMSM Sensor-less System Based
on ADRC Strategy
Ye Han and Hong Li (Beijing Information
Science & Technology University, P.R. China)
P203_4
Design and Analysis of A High-reliability
Flux-switching DC Generator with Segmental
Rotor
Guangkun Lian (Institude of of Electrical
Engineering, Chinese Academy of Science, P.R.
China); Song Fuchuan (Institute of Electrical
Engineering, Chinese Academy of Sciences, P.R.
China); Fengfei Luan (University of Chinese
Academy of Sciences, P.R. China); Chen Biao,
Jiayi Yuan andGu Guobiao (Institute of Electrical
Engineering, Chinese Academy of Sciences, P.R.
China)
P203_5
Sensorless Control of PMSM Using Chua's
Circuit Based on Sliding Mode Observer
Guozheng Li and Bo Zhang (South China
University of Technology, P.R. China)
P203_6
Model-Based MTPA Control of Permanent
Magnet Synchronous Machine Drives Under
One-Phase Open-Circuit Fault
Kahyun Lee and Young-Kwang Son (Seoul
National University, Korea); Jung-Ik Ha (Seoul
Nat'l University, Korea)
P203_7
Study on Four PWM Modulation Strategies of
The High Frequency Link Matrix Converter
with BLDCM Load
Chenyou
Li (Qinhuangdao Audio-Visual
Machinery Research Institute, P.R. China); Guang
Zhang (Yanshan University, P.R. China);
Zhaoyang Yan (Yanshan University & Key Lab
of Power Electronics for Energy Conservation
and Motor Drive of Hebei Province, P.R. China)
P203_8
Research on Soft Starting Control Strategy for
LCI-fed Synchronous Motor
Xiaolu Li (Harbin Institute of Technology, P.R.
China); Qiang Gao (Harbin Institute of
Technology (HIT), P.R. China); Jiabao Kou,
Gang Li, Xiao Han and Dianguo Xu (Harbin
Institute of Technology, P.R. China)
P203_9
Application of a KPCA-KICA-HSSVM Hybrid
Strategy in Bearing Fault Detection
Jingjing Dong, Tianzhen Wang and Tianhao Tang
(Shanghai Maritime University, P.R. China);
Mohamed Benbouzid (University of Brest,
France); Zhuo Liu and Diju Gao (Shanghai
Maritime University, P.R. China)
P203_10
Electromagnetic
performance
of
surface-mounted permanent magnet machine
with third harmonic injected rotor and
overlapping winding
Haiyang Sun, Kai Wang, Chuang Liu and Yaohua
Hu (Nanjing University of Aeronautics and
Astronautics, P.R. China)
P203_11
Influence of Magnetization on Electromagnetic
Performance of SPM Machine with 3rd
Harmonic Injected Rotor
Xi Chen, Kai Wang, Chuang Liu, Yaohua Hu and
Haiyang Sun (Nanjing University of Aeronautics
and Astronautics, P.R. China)
76
Technical Program
P203_12
An Improved Model Predictive Control for
Permanent Magnet Synchronous Motor Drives
Yongchang Zhang, Suyu Gao and Jiali Liu (North
China University of Technology, P.R. China)
P203_13
An Improved Q-PLL to Overcome the Speed
Reversal Problems in Sensorless PMSM Drive
Yongchang Zhang and Jiali Liu (North China
University of Technology, P.R. China)
P203_14
Speed Sensorless Control of Induction Motor
Based on Sliding-Mode Observer and MRAS
Shuying Yang (Hefei University of Technology,
P.R. China); Xi Li and Dawei Ding (HeFei
University of Technology, P.R. China); Xing
Zhang and Zhen Xie (Hefei University of
Technology, P.R. China)
P203_15
A Novel Field Oriented Control for
Parallel-connected Double-sided LIM
Xiao Sun (Institute of Electrical Engineering,
Chinese Academy of Sciences, P.R. China);
Liming Shi (Institute on Electrical Engineering,
Chinese Academy of Sciences, P.R. China);
Zhihua Zhang (Institute of Electrical Engineering,
Chinese Academy of Sciences, P.R. China)
P203_16
P203_17
P203_18
P203_19
Byung-Moon Han (Myongji University, Korea);
Se-Kyo Chung(Gyeongsang Nat'l University,
Korea)
P203_20
A Simple Sensorless Control Strategy for
IPMSM in 1MW Flywheel Energy Storage
System
Qiunan Wang, Huawei Yuan, Xinjian Jiang and
Xiangshang Xing (Tsinghua University, P.R.
China)
P203_21
Novel structure of bearingless flux-switching
motor for improvement of levitation force
characteristics
Tuocheng Ni, Xiaolin Wang, Qiang Ding, Yu
Wang and Zhiquan Deng (Nanjing University of
Aeronautics and Astronautics, P.R. China)
P204:
Time:
Room:
Chair:
Distributed Generation and Smart
Grids(2)
Tuesday, May 24, 13:40 - 15:20
302-303
Jonas E. Huber (ETH Zurich, Switzerland)
P204_1
Sensorless Control of Permanent Magnet
Synchronous Motor Using Square-root
Cubature Kalman Filter
Gopinath Raghavendra (Indian Institute of
Technology Kanpur(IIT Kanpur), India); Shyama
Das (Indian Institute of Technology Kanpur,
India)
Fault Diagnosis System Application in
Regional Power Grid
Zhao Dongmei, Yuan Liuyang and Zhang Xu
(North China Electric Power University, P.R.
China)
P204_2
A
New
Reactive-Power-Based
Model
Reference Adaptive Controller for Online
Rotor Time Constant Identification of
Induction Motors
Pengpeng Cao, Xing Zhang, Shuying Yang and
Haoyuan Li (Hefei University of Technology,
P.R. China)
Evaluation of Data Flow Control Performance
for Architecture of Secondary Substation
System
Xiang Li (University of Macau, P.R. China);
Haiyu Li (University of Manchester, United
Kingdom);
Wen
Huiqing
(Xi'an
Jiaotong-Liverpool University, P.R. China)
P204_3
Deadbeat and Direct Torque-Flux Control of
Induction Motor: a Comparison Study
Xinbo Cai (Technical University of Munich,
Germany);
Zhenbin
Zhang
(Technische
Universität München, Germany); Ralph Kennel
(Technical University of Munich, Germany)
Equivalent Analysis of MAF and CDSC
applied In-loop SRF-PLL
Xie Menxi and Canyan Zhu (Soochow
University, P.R. China); Yang Yong (School of
Urban Railway Transportation, Soochow
University, P.R. China)
P204_4
Status and Development of Overcurrent
Protection Devices for More Electric Aircraft
Applications
Ziyue Zhu (Nanjing University of Aeronautics
and Astronautics & Center for More Electric
Aircraft Power System, P.R. China); Haihong Qin
(Nanjing University of Aeronautics &
Astronautics, P.R. China); Xin Nie (Nanjing
Research Institute on Simulation Technique, P.R.
China); Dafeng Fu(Nanjing Univerisity of
Aeronautics and Astronautics, P.R. China);
Huajuan Xu (Nanjing University of Aeronautics
and Astronautics, P.R. China)
Unbalance Weight Detection in Washing
Machine using Band-Pass Filter with Variable
Center Frequency
Hack Jun Kim (University of Transportation &
Central Information Center No. 420, Korea);
Kwan-Yuhl Cho (Korea Nat`l Unibersityof
Transportation, Korea); Hag Wone Kim (Korea
Nat'l Unibersity of Transportation, Korea);
77
P204_5
P204_6
P204_7
P204_8
P204_9
±1100kV UHVDC Computational Parameters
Modeling and Effect on Receiving-end Grid
Xuchang Zhang, Zhemin Lin, Xun Mao and Yong
Zhan (Anhui Electric Power Research Institute,
P.R. China); Xiaotao Peng and Yun Xu (Wuhan
University, P.R. China)
Dynamic Power Distribution Strategy Based
on Virtual Rotor Excitation Characteristic and
Stator Impedance
Xiangwu Yan, Yunfan Cheng and Tiancheng
Deng (North China Electric Power University,
P.R. China); Weichao Zhang (North China Eletric
Power University, P.R. China); Tianqi Hua
(North China Electric Power University, P.R.
China)
A SOI-EKF Strategy for Fault Diagnosis in
Insulation System of Marine Current Turbine
Lei Liu and Tianzhen Wang (Shanghai Maritime
University, P.R. China); Emmanuel Schaeffer
(Nantes University, France); Haojun Ji and Milu
Zhang (Shanghai Maritime University, P.R.
China)
A Novel Power Calculation Method Based on
Second Order General Integrator
Jiaxin Lu (Logistic Engineering University of
PLA, P.R. China); Yingchao Zhang (Chongqing
Communication Institute, P.R. China); Wusong
Wen (Chongqing Communication Inistitute, P.R.
China); Yadong Wen (Logistic Engineering
University of PLA, P.R. China)
Controller
Hardware-in-the-loop
(CHIL)
Simulation of a Multi-functional Energy
Storage System Based on Modular Multilevel
DC/DC Converter (M2DC) for MVDC Grid
Ran Mo (Florida State Univerisity, USA); Mischa
Steurer and Hui Li (Florida State University,
USA)
P204_10
Fault section locating for distribution network
with DG based on improved ant colony
algorithm
Weiqing Tao, Gang Yang and Junyu Zhang
(Hefei University of Technology, P.R. China)
P204_11
Analysis and Improvement of Damping Factor
Based on Virtual Synchronous Generator
Control
Ningyi Xu (Xi`an Jiaotong University, P.R.
China); Yue Wang, Mingxuan Li, Wenti Wang
and Hao Wang (Xi'an Jiaotong University, P.R.
China); Hailong Zhang (Xuji Group Corporation,
P.R. China)
P204_12
Review of Energy Routers Applied for the
Energy Internet Integrating Renewable
Energy
Hui Guo, Fei Wang, Jian Luo and Lijun Zhang
(Shanghai University, P.R. China)
P204_13
Control of Three-Phase Grid-Connected
LCL-Filtered Inverters with Adaptability to
Non-Ideal Grid
Jinming Xu, Lin Ji and Qiang Qian (Nanjing
University of Aeronautics and Astronautics, P.R.
China); Shaojun Xie (Nanjing University of
Aeronautics & Astronautics, P.R. China)
P204_14
Improvement of Reactive Power Dynamic
Response for Virtual Synchronous Generator
Yonghui Liu, Yue Wang and Mingxuan Li (Xi'an
Jiaotong University, P.R. China); Ningyi Xu
(Xi`an Jiaotong University, P.R. China); Wenti
Wang, Ning Wang and Hao Wang (Xi'an Jiaotong
University, P.R. China); Jinlong Wu (XJ Group
Corporation, P.R. China)
P204_15
Control Strategy for Parallel-operated Virtual
Synchronous Generators
Yalong Wei (Xi'An University Of Technology,
P.R. China); Hui Zhang (Xi'an University of
Technology, P.R. China); Kai Sun (TsingHua
University, P.R. China); Qiong Song (Xi'An
University Of Technology, P.R. China)
P204_16
A Dynamic Programming based Method for
Optimizing Power System Restoration with
High Wind Power Penetration
Rui Hu (Aalborg University, Denmark); Weihao
Hu (Aalborg University, Spain); Pengfei Li, Chi
Su and Zhe Chen (Aalborg University, Denmark)
P204_17
Pole-to-Ground
Fault
Analysis
in
Transmission Line of DC Grids Based on VSC
Yi Wang, Ziguang Zhang, Yuan Fu, Yang Hei
and Xiangyu Zhang (North China Electric Power
University, P.R. China)
P204_18
Research on Voltage and Switching Balance
Control for Cascaded Power Electronic
Transformer under Hybrid PWM Modulation
Yuwei Sun, Jiaomin Liu, Yonggang Li, Chao Fu
and Hui Wang (North China Electric Power
University, P.R. China)
P204_19
A Novel Solid-State Protection Scheme for DC
System
Changle Li, Ziling Nie and Huayu Li (Naval
University of Engineering, P.R. China); Yinfeng
Zhang (Naval University of Engineering, PLA,
P.R. China)
P205:
Time:
Converter Control and Applications (2)
Tuesday, May 24, 13:40 - 15:20
78
Technical Program
Room:
Chair:
302-303
Seung-Ki Sul (Seoul National University,
Korea)
P205_8
P205_1
State Variable Feedback Predictive Control
Design for Single Phase Shunt Active Power
Filter
Xu Yong, Yu Jiaqi and Yijia Cao (Hunan
University, P.R. China); Jingrong Yu (Central
South University, P.R. China); Gu Ying
(Nanyang Power Supply Company, P.R. China)
Analysis, Simulation and Experimental
Evaluation
of
Constant-frequency
Trailing-edge-modulated
I2
Average
Current-Mode Control
Ruqi Li, Kan Seto, Jessica Kiefer and Sean Li
(Cisco, Inc., USA)
P205_9
Model Predictive Control of Two-Stage
Inverter with Less Switching Losses and
DC-Link Capacitor Current
Wen Duan and Gao (Shandong University, P.R.
China); Yuwei Xie (State Grid Chongqing
Procurement Company, P.R. China); Mengxing
Chen (Shandong University, P.R. China)
P205_10
Design and analysis of time delay compensator
for digital control of single-phase UPS
Jin Woo Lee (Doowon Technical University
College, Korea); Seung Beom Lim (EON, Korea)
P205_11
Capacity Diminution of Railway Power
Conditioner Using a New Smart Control
System
Hossein Madadi Kojabadi (Sahand University of
Technology, Canada); Hamed Jafari Kaleybar
(Sahand University of Technology, Iran); Mehdi
Fallah (Sahand University of Technology, Iran);
Seyed Saeed Fazel (Iran University of Science
and Technology, Iran); Liuchen Chang
(University of New Brunswick, Canada)
P205_12
A Novel Control Strategy and Commutation
Method for Isolated Matrix Rectifier
Tao Zhao (Hefei University of Technology, P.R.
China); Dewei Xu (Ryerson University, Canada);
JianHui Su (Hefei University of Technology, P.R.
China); Jahangir Afsharian (Ryerson University,
Canada); Jianguo Wang (Research Center for
Photovoltaic System Engineering, MOE, Hefei
University of Technology, P.R. China)
P205_13
Application
Research
of
Passive
-Network-Based High Power Factor Rectifier
in Variable Frequency Avionics System
Qing Gu, Liqiang Yuan, Zhengming Zhao,
Shusheng Wei and Jing Li (Tsinghua University,
P.R. China)
P205_14
Fixed freewheeling-time control strategy for
switching
converter
operating
in
pesudo-continuous conduction mode
Zhenhua Li, Guohua Zhou, Minrui Leng and
Xiaotian Liu (Southwest Jiaotong University,
P.R. China)
P205_15
Advanced Control Method of 3-Phase AC/DC
PWM Converter for DC Distribution using the
SOGI-FLL
P205_2
P205_3
P205_4
P205_5
An Improved Prediction Control Strategy of
Battery Storage Inverter
Xingbao JU (China Ship Development and
Design Center, P.R. China); Chang She, Zhijian
Fang and Tao Cai (Huazhong University of
Science and Technology, P.R. China)
Fractional Delay Repetitive Control of
Three-Phase PWM Inverters
YunHu Yang, Wei Geng and Youqing Fei (Anhui
University of Technology, P.R. China); Wenjie
Zhu (Qindao University of Technology, P.R.
China); Sucheng Liu (Anhui University of
Technology, P.R. China)
A New Control Method of Parallel-Connected
Inverters Using Receding-horizon Prediction
with Continuous Control Set
Manxin Chen (sysu Guangdong China, P.R.
China); Jiefeng Hu (University of Technology,
Australia); Kerui Li (South China University of
Technology, P.R. China)
Improved Virtual Oscillator Control for
Parallel Operation Inverter Systems
Yong Tu (Hefei University of Technology &
Rrsearch Center for Photovoltaic System
Engineering, P.R. China); JianHui Su, Yan Du,
Xiangzhen Yang and Shuya Wang (Hefei
University of Technology, P.R. China)
P205_6
Research on Control Strategy of a
Single-phase Inverter with good output voltage
quality
Xiangdong Sun, Yongni Liu, Biying Ren and
Majing Yu (Xi'an University of Technology, P.R.
China)
P205_7
Control Strategy of Bi-directional AC-DC
Converter for Distributed DC Power System
with Wide Bus Voltage
Chen Yang and Juan Li (Nanjing University of
Aeronautics and Astronautics, P.R. China);
Shaojun Xie (Nanjing University of Aeronautics
& Astronautics, P.R. China); Ling Mao (Nanjing
University of Aeronautics and Astronautics, P.R.
China)
79
Jin-Wook Kang (SungkyunKwan University,
Korea); Seung Wook Hyun and Seok-Jin Hong
(Sungkyunkwan University, Korea); Chung-Yuen
Won (Sungkyunkwang University, Korea)
Yongjiang Bai and Xu Yang (Xi'an Jiaotong
University, P.R. China); Dan Zhang and Le Li
(Silergy Corp., P.R. China); Wenjie Chen (Xi'an
Jiaotong University, P.R. China)
P205_16
A New Method of Eliminating Indeterminacy
in ICA for Conducted EMI Separation
Tongkai Cui (Beihang University, P.R. China);
Qishuang Ma (Beijing University of Aeronautics
& Astronautics, P.R. China); Ping Xu (Beihang
University, P.R. China)
P206_3
Multi-switching
Period
Oscillation
Phenomenon in Constant-on-time Controlled
Buck-Boost Converter
Jinping Wang, Liang Zhang, Liangkui Hou and
Yigang He (Hefei University of Technology, P.R.
China)
P205_17
A Novel Control Strategy for Inverters with
Capacitive Equivalent Output Impedance
Jingrong Yu, Jiaming Wang, Yue Wang and Dake
Gao (Central South University, P.R. China)
P206_4
P205_18
Three-Vector Modulation Scheme to Improve
Output Performance for Five-leg Indirect
Matrix Converter fed Open-End Load
Quoc-Hoan Tran (University of Ulsan, Korea);
Tuyen Nguyen Dinh (Ho Chi Minh City
University of Technology, Vietnam); Hong Hee
Lee (University of Ulsan, Korea)
Full-Order Terminal Sliding Mode Control for
Boost Converter
Xuemei Zheng (Harbin Institute of Technology
(HIT) & Harbin Institute of Technology, P.R.
China); Yong Feng (Harbin Institute of
Technology, P.R. China)
P206_5
A Single-switch High Step-up Converter
without Coupled Inductor
Dong Yuan Qiu (South China University of
Technology, P.R. China); Liping Zhou (Delta
Electronics (Shanghai) Co., Ltd., P.R. China);
Xiang Zhang and Bo Zhang (South China
University of Technology, P.R. China)
P206_6
A Nonlinear Large-Signal Model for DC-DC
Converters
Huizi Ji, Jianjun Sun, Meng Huang and Lijun Wei
(WuHan University, P.R. China); Xiaoming Zha
(Wuhan University, P.R. China)
P206_7
Modeling of a Dual Buck-Boost AC/DC
Converter Used in the DC Nano-Grid
Weimin Wu, Yuan Liu, Houqing Wang and Min
Huang (Shanghai Maritime University, P.R.
China); Frede Blaabjerg (Aalborg University,
Denmark)
P206_8
Analysis, Design and Implementation of CLL
Resonant DC-DC Converter for Wide Output
Power Range Applications
Saijun Mao (GE, P.R. China); Ramanujam
Ramabhadran (GE Global Research, USA);
Jelena Popovic and Braham Ferreira (Delft
University of Technology, The Netherlands)
P206_9
A Novel Dual Output Boost Converter With
Output Voltage Balancing
Siho Park (Kyungpook National University,
Korea); Honnyong Cha (kyungpook Nat'l
University,
Korea);
Heung-Geun
Kim
(Kyungpook National University, Korea)
P206_10
A Single-Phase High-Frequency Transformer
Isolated Buck Converter with Both In-Phase
and Out-of-Phase Operations
Hafiz Ahmed (Kyungpook National University,
P205_19
P205_20
P205_21
P206:
Time:
Room:
Chair:
P206_1
P206_2
A Novel Design of Resonant Converter with
MPCOT Control on Resonant Capacitor
Wu Wang, Dexiang Lu, Fenghuang Cai and
Qiongbin Lin (Fuzhou University, P.R. China)
Half-bridge LLC Resonant Converter Design
with GaN HEMT
Jiang You and Hao Dong (Harbin Engineering
University, P.R. China); Hongjie Jia (The Fourth
Academy China, P.R. China); Xi Lin (Harbin
Engineering University, P.R. China)
Experiment Comparison of Repetitive Control
and Resonant Control
Dezhi Dong and Dehong Xu (Zhe Jiang
University, P.R. China); MingXia Xu (Zhejiang
University, P.R. China)
DC/DC Converter(2)
Tuesday, May 24, 13:40 - 15:20
302-303
Atsuo Kawamura (Yokohama National
University, Japan)
A High Step-Up Soft Switching Boost
Converter
Miaomiao Feng, Keqing Qu, Jinbin Zhao, Fen Li
and Sun Muwen (Shanghai University of Electric
Power, P.R. China)
Frequency Jitter Modulation Method for
Quasi-Resonant Flyback Converter to Mitigate
EMI
80
Technical Program
Korea); Honnyong Cha (kyungpook Nat'l
University,
Korea);
Ashraf
Khan
and
Heung-Geun
Kim
(Kyungpook
National
University, Korea)
P206_11
Soft Switching DC-DC Converter Control
Using FBLSMC and Frequency Modulation in
HESS Based Electric Vehicle
Xi Zhang (ShangHai Jiao Tong University, P.R.
China); Hua (Kevin) Bai and Xuan Zhou
(Kettering University, USA)
P207:
Time:
Room:
Chair:
AC/DC, DC/AC Converters(2)
Tuesday, May 24, 13:40 - 15:20
302-303
Takaharu Takeshita (Nagoya Institute of
Technology, Japan)
P207_1
Structure Design of Electromagnetic Shield on
Reactor Applied For Switch Network Unit of
EAST Poloidal Field
Yuanyang
Chen, Xiaohua
Bao and Yang
Zhou (Hefei University of Technology, P.R.
China)
P207_2
Hopf Bifurcation in Single-Phase Inverter
Connected to Inductive Load
Jianjun Sun, Lijun Wei and Meng Huang (WuHan
University, P.R. China); Yang Cen and Xiaoming
Zha (Wuhan University, P.R. China)
P207_3
Magnetization and Demagnetization Circuit
Design Applied to Transformer DC Dias
Elimination
Based
on
Three-phase
Rectification Circuit
Zhiwei
Chen and Baodong
Bai (Shenyang
University of Technology, P.R. China)
P207_4
P207_5
Impacts of Traction Transformers on Power
Rating
of
Railway
Power
Quality
Compensator
Hamed Jafari Kaleybar (Sahand University of
Technology,
Iran); Hossein
Madadi
Kojabadi (Sahand University of Technology,
Canada); Mehdi Fallah (Sahand University of
Technology, Iran); Seyed Saeed Fazel (Iran
University of Science and Technology,
Iran); Liuchen Chang (University of New
Brunswick, Canada)
A common-mode voltage reduction PWM
method for three-phase unidirectional rectifier
Won Il Choi (Korea National University of
Transportation & Central Information Center No.
411, Korea); Chang-Pyo Hong and Dong-Hyun
Lee (Korea National University of Transportation,
Korea); Hag Wone Kim (Korea Nat'l Unibersity
of
Transportation,
Korea); Kwan-Yuhl
Cho (Korea Nat`l Unibersityof Transportation,
Korea); HaeChan Park (Korea & Korea National
University of Transportation, Korea); Ilsong
Kim (Korea
National
Universtiy
of
Transportation, Korea)
P207_6
Soft-Switching H7 Current Source Inverter
Weiqi
Wang (Shandong
University,
P.R.
China); Hong Mu, Zenggong Cao and Chunyi
Wang (State Grid Shandong Electric Power
Company,
P.R.
China); Gao (Shandong
University, P.R. China)
P207_7
Asymmetrical Half-bridge Converter with
Reduced Dc-Offset Current in Transformer
Jae-Il
Baek and Jaewon
Choi (KAIST,
Korea); Chan-Hun Yu (Korea Electrotechnology
Research Institute, Korea); Yeonho Jeong, Yujin
Jang and Gun Woo Moon (KAIST, Korea)
P207_8
Efficiency Optimized Asymmetric Half-Bridge
Converter with Hold-Up Time Compensation
Jung-Kyu
Han, Jong-Woo
Kim, Yujin
Jang, Byunggu Kang, Jaewon Choi and Gun Woo
Moon (KAIST, Korea)
P207_9
Wide-Range ZVS Asymmetric Half-Bridge
converter with Clamping Switches for Small
DC Offset Current
Moo-Hyun
Park, Cheol-O
Yeon, Jin-Sik
Park, Jung-Kyu Han, Cheon-Yong Lim and Gun
Woo Moon (KAIST, Korea)
P207_10
A Single Phase AC-DC Bidirectional
Converter with Integrated Ripple Steering
Wynand Malan (Queensland University of
Technology
(QUT),
Australia); Mahinda
Vilathgamuwa (Queensland
University
of
Technology,
Australia); Geoff
R.
Walker and Mark
Broadmeadow (Queensland
University
of
Technology
(QUT),
Australia); Duleepa Thrimawithana (University of
Auckland, P.R. China); Udaya Madawala (The
University of Auckland, New Zealand)
P207_11
A
Novel
Secondary
PWM-Controlled
Interleaved LLC Resonant Converter for Load
Current Sharing
Mitsuru
Sato, Reo
Takiguchi, Jun
Imaoka and Masahito
Shoyama (Kyushu
University, Japan)
P207_12
An Efficient FPGA-Based Implementation of
Predictive Current Control Algorithms for an
Indirect Matrix Converter
Chen Qi (Nanyang Technological University &
[email protected]
Corporate
Lab,
Singapore); Pengfei Tu (Nanyang Technological
University,
Singapore); Donghan
Shi (Rolls
81
[email protected] Corporation Lab, Singapore); Peng
Wang (Nanyang
Technological
University,
Singapore); Michael
Zagrodnik and Amit
Gupta (Rolls-Royce
Singapore
Pte.
Ltd.,
Singapore)
P207_13
New Single Stage AC/DC Converter with High
Frequency Link Isolation for High Power
Application
Muhammad
Aamir and Saad
Mekhilef (University of Malaya, Malaysia)
P207_14
GaN HEMT Based Single-Phase Inverter
Control with Consideration of Nonlinear Load
Jiang You and Xi Lin (Harbin Engineering
University, P.R. China); Hongjie Jia (The Fourth
Academy China, P.R. China); Hao Dong (Harbin
Engineering University, P.R. China)
P207_15
P208:
Time:
Room:
Chair:
P208_1
Improved Operating Range for Three-Phase
Three-Switch Buck-Type Rectifier using
Carrier Based PWM
Beomseok Chae (Chonbuk National University,
Korea); Yongsug Suh (Chonbuk Nat'l University,
Korea)
Fusheng Wang and Y u n l i a n g Teng (Hefei
University of Technology, P.R. China); Yuan
Zhao Shuan (Hefei University of Technology,
P.R. China); Jiayi Xu (HeFei University of
Technology, P.R. China)
P208_5
High reliability observers for modular
multilevel
converter
capacitor
voltage
evaluation
Luc-André Gregoire (OPAL-RT Technologies
Inc., Canada); Seleme Seleme, Jr. (Federal
University of Minas Gerais, Brazil); Weihua
Wang (OPAL-RT
Technologies
Inc.,
Canada); Maurice Fadel (Laplace University,
France)
P208_6
Control of a Four-level Active Neutral Point
Clamped Converter with Neutral Point Voltage
Balance
Bosen Jin and Xibo Yuan (The University of
Bristol, United Kingdom)
P208_7
Design of Multi-Level Output Voltage Power
Supply for High-Efficiency Linear Power
Amplifier
Jin-Young Kim and Seung-Soo Choi (Pukyung
National
University,
Korea); In-Dong
Kim (Pukyong
National
University,
Korea); Wonkyu
Moon (POSTECH,
Korea); Won-Ho Kim (Agency For Defence
Development, Korea)
P208_8
Design of Modular Multilevel Converter
Hardware-in-Loop Platform Based on RT-lab
Wen Wu, Xuezhi Wu, Long Jing and Jinke
Li (Beijing Jiaotong University, P.R. China)
P208_9
A New Balance Control Method of Three-level
Converter NPP
Guo
Zhongnan, Chai
Xiuhui, Li
Pengcheng and Chunjiang
Zhang (Yanshan
University, P.R. China)
P208_10
Research on the Simplified Model of Modular
Multilevel Converters
Jiayun Xu (Shanghai Marine Equipment Research
Institute, P.R. China); Mu Cao (Marine Design &
Research Institute of China, P.R. China); Chenlei
Bao and Zhen Yang (Shanghai Marine Equipment
Research Institute, P.R. China)
A Discrete Time-Domain Model for Fast
Simulation of MMC Circuits
Feng
Zhang, Xu
Yang, Kangping
Wang, Guangzhao Xu, Lang Huang and Wenjie
Chen (Xi'an Jiaotong University, P.R. China)
Development of a 10kV Solid-State DC Circuit
Breaker Based on Press-Pack IGBT for
VSC-HVDC System
Multilevel Converters
Tuesday, May 24, 13:40 - 15:20
302-303
Tsai-Fu Wu (Nat'l Tsing Hua University,
Taiwan)
State-of-Charge Balancing Control of Battery
Energy Storage System Based on Cascaded
H-bridge Multilevel Inverter
Zhibin Ling and Zhuoyang Zhang (University of
Testing & Shang Hai Jiaotong University, P.R.
China); Zhengxi Li (Qinghai Electric Power
Research Institute, P.R. China); Yongqi Li (China
Southern Power Grid, P.R. China)
P208_2
Research on Control Method of T-Type
Three-Level Topology
Bo Peng and Guorong Zhang (Hefei University of
Technology, P.R. China); Zhiqiang Wu (Hefei
University of Technology & Intelligent
Manufacturing Institute of HFUT, P.R. China)
P208_3
Direct Power Control based on Renewable
Energy Access for VSC-HVDC System
Ziyuan Xu, Ruihua Li, Bo Hu and Hao Hu (Tongji
University, P.R. China); Jianfei Zhao (Shanghai
University, P.R. China)
P208_11
A maximum power factor of control algorithms
of three-level Vienna Rectifier without current
distortion at current zero-crossing point
P208_12
P208_4
82
Technical Program
Lei Feng (Xi'an Jiaotong University & Xi'an XD
Power Systems Co., Ltd., P.R. China); Ruifeng
Gou (Xi'an XD Power Systems Co., Ltd., P.R.
China); Zhuo Fang (Xi'an Jiaotong University,
P.R. China); Xiaoping Yang (Xi'an XD Power
Systems Co., Ltd., P.R. China); Fan Zhang (Xi'an
Jiaotong University, P.R. China)
P208_13
P208_14
P208_15
P208_16
P208_17
P208_18
P208_19
A Novel Switching Table based Direct Power
Control Strategy of Three-level NPC Rectifier
Ning Li (Xi'an University of Technology, P.R.
China)
Zero-Sequence Circulating Current Control
Method for Parallel Three-Level T-Type
Inverters Using SHEPWM
Tongsheng
Zhang, Xiangyang
Xing, Alian
Chen, Du
Chunshui and Chenghui
Zhang (Shandong University, P.R. China)
A Novel Symmetrical Cascade H-Bridge
Multi-Level Inverter Topology with Reduced
Switching Devices
Mehdi Fallah (Sahand University of Technology,
Iran); Amir Naebi (University of Mohaghegh
Ardabili, Iran); Hossein Madadi Kojabadi (Sahand
University of Technology, Canada); Seyed-Jalal
Seyed-Shenava (University
of
Mohaghegh
Ardabili, Iran); Liuchen Chang (University of
New Brunswick, Canada)
Space Vector Modulation Based Control
Strategy of Three-Level Inverters for Separate
MPPTs in Photovoltaic System
Zicheng
Zhang, Alian
Chen, Xiangyang
Xing and Chenghui Zhang (Shandong University,
P.R. China)
Space Vector PWM for Common Mode
Voltage Reduction and Neutral Point Voltage
Balancing in Three-level Converters
Nam-Sup Choi (Chonnam National University,
Korea); Eun-Chul
Lee and Kang-Soon
Ahn (Willings Co. Ltd, Korea)
Carrier-based PWM Strategy for Post-fault
Reconfigured 3-Level NPC Inverter under
Imbalanced dc-link Voltages
Tuyen Nguyen Dinh (Ho Chi Minh City
University of Technology, Vietnam); Tuong
Nguyen (Dong Nai University, Vietnam); Hong
Hee Lee (University of Ulsan, Korea)
A Modular Multilevel Converter Based
Railway Power Conditioner for Power Balance
and Harmonic Compensation in Scott Railway
Traction System
Shuguang
Song, Jinjun
Liu, Shaodi
Ouyang and Xingxing
Chen (Xi'an
Jiaotong
University, P.R. China)
P209:
Time:
Room:
Chair:
Emerging Technologies and Other
Applications
Tuesday, May 24, 13:40 - 15:20
302-303
Weiping Zhang (North China University
of Technology, P.R. China)
P209_1 A New Approach of Selective Wireless Charging
to Hybrid Energy Storage Systems Using
Multi-frequency Control
Yuqing Gao, Jing Zhou, Xiaoyan Huang, Jien
Ma, Jian
Zhang and Youtong
Fang (Zhejiang
University, P.R. China)
P209_2 Adjustable Coupler for Inductive Contactless
Power Transfer System to Improve Lateral
Misalignment Tolerance
Ping-an Tan, Saiqi Cao and Xieping Gao (Xiangtan
University, P.R. China)
P209_3 Intelligent Substation Risk Behavior Detection
Based on Blob and Trajectory
Zhao Long (Anhui Electric Power Research
Institute, P.R. China); Yaqiao Luo (Anhui Electrical
Power Research Institute, P.R. China); Xiaotao
Peng and Gu Zhihua (Wuhan University, P.R.
China); Wufeng
Liu (Henan
University
of
Technology, P.R. China)
P209_4 Transformer fault detection based on Raman
spectra of the dissolved gas in transformer oil
Dingkun
Yang (Chongqing
University
of
Technology, P.R. China); Xingang Chen (Chong
Qing
University
Of
Technology,
P.R.
China); Zhipeng Ma (Chong Qing University, P.R.
China)
P209_5 An Energy-Efficient, Adaptive Voltage Scaling
Output Stage for Neural Stimulators Based on
SEPIC Converter
Peng Wu and Songping Mai (Tsinghua University,
P.R. China)
P209_6 Design and Implementation of Contactless
Maglev Rotating Power Transfer System with
New Rotary Inductive Coupled Structure
Jia-You
Lee, Li-Yu
Huang and Chong-Yu
Chen (National Cheng Kung University, Taiwan)
P209_7 Analysis on Wireless Charging Circuit with
Constant Current and Constant Voltage under
the New Hybrid Compensation Topology
Huanmin Wang, Hui Zhang and Yanting Lei (Xi'an
University of Technology, P.R. China)
83
Auth
hor Ind
dex A Baaojin Liu
Ma6
A.
A Luo
9, P202
P109
Baaoquan Kou
P105
Aapo
A
Aapro
Tb8
Baaoze Wei
Ma6
Abdeldjabar
A
Beenrabah
Tb8
Baarry Williams
Ta6
Adriana
A
Luna
2
P202
Beeihua Liang
Tb8
Tb9,T
Ahmed
A
Abdelhhakim Abdelraazek
Ma8
Been Bing
Ma8
Aiqiang
A
Pan
Ta5
Been Zhao
Wa1
Aiting
A
Jiang
2, P109
P102
Beenshuai Hou
P107
Akshay
A
Kumarr Rathore
Wa5,Ma3
Beeomseok Chaee
P207
Alexander
A
Abraamovitz
Wa1
Biiaoguang Sun
P106
Alexander
A
Anthhon
2
P202
Biihe Yuan
P101
Alexander
A
Suzddalenko
P104
4
Biin Chen
P105
Alian
A
Chen
P103
3,P208,P105
Biin Duan
Tb5
Alija
A
Cosic
Wb4
4
Biin Gao
Wb5
Alireza
A
Nami
Wb2
2
Biin Gou
Wb8
Amir
A
Naebi
P208
8
Biin Wang
P108
Amit
A
Gupta
P207
7,Wa2
Biin Wu
P101,Wc9,Wd3
Ammar
A
Masaouud
Ta2
Biin Yang
Wc2
An
A Luo
2,Wd1
P102
Biin Zhang
P103,Ta5
Andreas
A
Löfgreen
Wc5
Biin Zhao
Wd5
Anjun
A
Xia
Wc4
4
Biinbin Yang
Mb5
Anping
A
Tong
P103
3
Biing Chen
P102
Arokiaswami
A
A
Alphones
Wb7
7
Biing Liu
P101
Arthur
A
van Roeermund
Wc2
2
Biingyu Sang
P102,Mb9,Ma9
Ashoka
A
Bhat
Wb2
2
Biinh Vu
Tb1
Ashraf
A
Khan
P103
3,P206,P104,P
P105
Biinita Sen
Wc1
Atia
A Adrees
Ma9
Biiying Ren
P205
Atsuo
A
Kawamuura
Wc7
Ta3,W
Bo
o Hu
P208
Ayato
A
Sagehashhi
Wd8
8
Bo
o Liu
P106
Bo
o Peng
P106,Ta5,P105,P2008
Bo
o Qu
Wa1
B Baihua Zhang
Mb1
Bo
o Xia
P103,Mb4
Bainan Sun
9
P109
Bo
o Yang
Tb6,Tb7
Ta6,T
Bala Venkateshh
Wd3
3
Bo
o Zhang
Mb2,P203,P206,W
Wb5,
Bang Liu
Wa2
Baocheng Wanng
Tb9,Wa6,Wb3,Wbb6
Bo
o Zhou
P101
Baocheng Zhanng
1
P101
Bo
ob Singh
Wd3
Baodong Bai
Wd1,P207
Bo
o-Hyung Cho
Wc3
Baoji Wang
P109
9
Bo
osen Jin
P208
P104,Ta7
84
Author Index Bowen Zheng
P106
6
Ch
hen Ning
Wb5
Bo-Yue Luan
Wc8
Ch
hen Qi
P207
Wa2,P
Braham Ferreirra
P206
6,P201,P102
Ch
hen Wang
P103,Wb6
Brendan McGrrath
Ma3,Wd2
Ch
hen Yang
Mb5,P205
Byeongwoo Kiim
Ma8
Ch
hen Yu
P106
Byunggu Kangg
Tb3,Wc8,P207
Ch
hen Zhou
Tb7
Byung-Moon H
Han
3
P203
Ch
heng Dai
P109
Ch
heng Lifeng
P102
Ch
heng Luo
Wb4
C Cailin
C
Wang
1
P201
Ch
heng Peng
Ta8
Camilo
C
A Cortees
Tb1
Ch
heng Xue
Ta4
Canbing
C
Li
Ta5
Ch
heng Yen Chou
Ta1
Canyan
C
Zhu
4
P204
Ch
hengcai Zheng
g
Ma5
Carl
C Ho
Wb6
6
Ch
hengcheng Yao
Ta1
Carlos
C
Teixeiraa
Ma3,Wd2
Ch
henghui Zhang
g
P103,Tb5,P208,P105
Carlos
C
Ugalde--Loo
Tb6
Ch
henglin Xiong
g
Ma2
Čedomir
Č
Stefannović
Wa6
Ch
hengshan Wan
ng
Wd6
Chai
C Xiuhui
8
P208
Ch
heng-Yan Yang
Mb6
Ta1,M
Chandur
C
Sadarangani
Ma4
Ch
henlei Bao
P208
Chang
C
Lu
2
P102
Ch
henxu Yin
Wa2
Chang
C
She
P205
5
Ch
henYang Hei
P102
Changjiang
C
Sunn
Ma2
Ch
henyou Li
P203
Changle
C
Li
4
P204
Ch
heol-Ju Bae
Tb2
Chang-Pyo
C
Honng
P207
7
Ch
heol-O Yeon
P207,Wb7
Ta3,P
Changsheng
C
Huu
Wd2
2
Ch
heon-Yong Lim
m
Wb7,,Ta3,P207,Waa3
Changwei
C
Qin
P103
3
Ch
hi Su
P204
Changyoon
C
Chhun
P107
7
Ch
hia-Chi Chu
Ma6
Changzhou
C
Yu
Wa8
Ch
hih-Hung Yang
P201
Chan-Hun
C
Yu
7
P207
Ch
hih-Ying Yen
P201
Chanook
C
Hongg
Wb2
2
Ch
hongjian Li
P103
Chao
C
Fu
P204
4
Ch
hong-Yu Chen
n
P209
Chao
C
Geng
P101
1
Ch
hristoph M. Hackl
P108,Wa7
Chao
C
Hu
P102
2,P202
Ch
hu Tho
P109
Chao
C
Tan
P107
7
Ch
huang Liu
P203
Chao
C
Wang
P201
1
Ch
huan-Ke Zhan
ng
P108
Chen
C
Biao
P201
1,P203
Ch
huanlin Zhang
g
P107
Chen
C
Bin
Ta6
Ch
huanyu Li
P104
Chen
C
Bo
2
Wd2
Ch
hun Fan
Wa2
Chen
C
Fang
P108
8
Ch
hun Xiong
Wa3
Chen
C
Jiang
P101
1,Tb5
Ch
hunfang Zheng
g
,Ma2Mb2
Chen
C
Li
Mb4
4
Ch
hungu Lee
Mb3
Chen
C
Lu
P201
1
Ch
hung-Yuen Wo
on
P205
Chen
C
Minglianng
P108
8
Ch
hunhua Wu
P102
85
Chunjiang
C
Zhanng
P202
2,P208,Ma8,T
Tb4
Diinh Nguyen
Ta8
Chun-Sheng
C
W
Wu
Wc8
Do
o Thanh Hieu
P107,P109
Chun-Wei
C
Huaang
Wc8
Do
ominik Bortis
Wa1
Ma1,W
Chunyan
C
Li
Wb3
3
Do
ominik Neumaayr
Ma1,W
Wa1
Chunyi
C
Wang
P207
7
Do
onald Graham
me Holmes
Ma3,W
Wd2
Chunying
C
Gongg
Wd3
3
Do
ong Feng Bing
g
P105
Chun-Ying
C
Linn
Wa2
Do
ong Jiang
Wc4,P101
Chushan
C
Li
5
Wb5
Do
ong Jie
P202
Cong
C
Wang
Mb3
Do
ong Liu
Mb3
Do
ong Wang
Wa5
Tb4,W
Do
ong Yuan Qiu
Mb2,Wd4,P104,P2206,
D D.
D Bilyi
2
Wd2
Dafeng
D
Fu
P204
4,P101,P201
Do
ongbo Weng
P103
Dai
D Jian
P106
6
Do
ong-Choon Leee
Ta3
Tb2,T
Dai
D Yuchen
Ta6
Do
ongdong Chen
n
Ma2
Dai-Duong
D
Traan
Tb1,Mb8,Wb8
Do
onghan Shi
P207,Wa2
Dake
D
Gao
5
P205
Do
ong-Hyun Leee
P207
Daming
D
Wang
Mb1
Do
ong-Kwan Kim
m
Wa3
Dan
D Lu
9
Mb9
Do
onglai Zhang
P201,Wc6
Dan
D Zhang
P206
6
Do
ongmyung Kim
m
P201
Dan
D Zhao
P103
3
Do
ongsheng Yang
Tb8
Daniel
D
Blom-H
Hansen
Wa3
Do
ongsoo Kim
P201
Daniel
D
Rothmuund
Wd1
Do
ong-Youn Kim
m
Wc4
Dao
D Zhou
Wa3
Do
orai Babu Yelaaverthi
Wa5
Daolian
D
Chen
Wa6
Drragan Jovcic
Tb6
Dastagiri
D
Redddy Bonthapallee
Wa5
Du
u Chunshui
P103,P208
Dawei
D
Ding
3
P203
Du
uleepa Thrimaawithana
P207
Dawei
D
Xiang
Wb5
5
Du
ushan Boroyev
vich
P107
Wa8,P
Decheng
D
Ren
P101
1
Dy
ylan Lu
Wd7
Dehong
D
Xu
Wd2
2,P205
Deshang
D
Sha
Ma3,Mb6
Dewei
D
Xu
1,P205,Wb5,W
Wc9,
P101
Eijji Hiraki
Ma4
Wd3
3
Em
mmanuel Schaaeffer
P204
Dexiang
D
Lu
P205
5
Ep
pameinondas Kontos
K
Wd3
Dezhi
D
Dong
P205
5
Errdong Chen
Wa6
Diane-Perle
D
Saadik
Wb5
5,Wc5
Errik Lemmen
Wa3,Wd8
Ma8,W
Dianguo
D
Xu
P103
3,Wb4,Tb8,W
Wc3,
Errik Velander
Wc5
Ma4,P101,P203,P
P201,
Eu
ugenio Cantato
ore
Wc2
2,Mb4,Tb4
Wc2
Eu
ui-Cheol Nho
P102
Die
D Wu
Wa5
Eu
un-Chul Lee
P208
Dieter
D
Gerling
2
Wd2
Diju
D Gao
P203
3
Dingkun
D
Yang
P209
9
Wc1
E F Faa Yu
P101
86
Author Index Faan Ji
P103
3
Faan Zhang
P201
1,Wa1,P208
Gaabriel Tibola
Wa3
Ma8,W
Faang Gang
Ta7
Gaang Lei
Wb1
Faang Liu
Wa8,P102,P202
Gaang Li
P101,P201,P203
Faangang Mengg
Ma5
Gaang Shi
Ma2
Faangcheng JI
6
P106
Gaang Wang
Wd5,,P108
Faangzhou Zhaoo
Ta8
Gaang Yang
P204
Faaqiang Wang
7,Wc3
Mb7
GaanGui Yan
Mb7
Faaran Irshad
Ma8
Gaao
Wd8,P205,P2207,
Wa9,W
Faarzam Nejabaatkhah
Ma6
Feei Diao
Ma2
Gaaohui Feng
P105
Feei Fang
1
P101
Gaaolin Wang
Mb4,P101
Feei Gao
Wa2
Geen Li
Tb6
Feei Li
9,P107,Wa8
P109
Geeng Yang
P107
Feei Liu
P202
2
Geeoff R. Walkerr
P207
Feei Teng
Mb9
9
Geerry Hurley
Wd5
Feei Wang
P204
4,P102
Giiampaolo Butiicchi
Wb9
Feei Xu
P103
3
Giiorgio Spiazzi
Ma8
Feei Zheng
Wa2
Go
ongyu Weng
P202
Feen Li
9,P206
P109
Go
ookmin Kwon
n
Wa7
Feen Tang
Wd6
6
Go
opinath Raghaavendra
P203
Feeng Wang
Wc6
6,P109,Ma7,M
Mb2,
Go
oran Strbac
Mb9
Wa9
Go
oro Fujita
Ta8
Feeng Wei
6
Wd6
Gu
u Guobiao
P201,P203
Feeng Zhang
P208
8
Gu
u Shida
Ta8
Feengfei Luan
P201
1,P203
Gu
u Ying
P205
Feenghuang Caii
P205
5
Gu
u Zhihua
P209
Feengxiang Wanng
P108
8,P101,Wc4
Gu
uan-Chyun Hssieh
Mb6
Fiiruz Zare
Tb5
Gu
uang Zhang
P203
Fllorian Giezendanner
5
Wb5
Gu
uangjie Fu
Mb5
Frrancesco Cavaazzana
P102
2
Gu
uangjun Zhou
Ta3
Frrancesco Iannnuzzo
Wd5
5
Gu
uangkun Lian
P201,P203
Frrans Dijkhuizen
Wb2
2
Gu
uangLin Sha
Mb3
Frred Wang
Wd3
3
Gu
uangye Si
Ta8
Frreddy Velandiia
Tb1
Gu
uangzhao Xu
P208
Frrede Blaabjergg
Tb8,Wa6,Wa3,Waa8,W
Gu
uanJun LI
Ma9,Tb6
Wd9,P206,Wa77,W
d5,W
Gu
uann-Pyng Li
Wc7
b9,Tb5
Gu
uibin Wang
Wc7
Fu
ujin Deng
Mb3,Wc1
Gu
uipeng Chen
Mb3
Fu
uJun Ma
Wd1
Gu
un Woo Moon
n
Wb7,,Wb8,Wb3,Tbb3,T
Fu
u-Qiang Han
P108
8
Fu
usheng Wang
P208
8,P108,P109
G P104
a3,Wa
Wa3,P207,Wc8
Gu
uo Xu
Mb6
Gu
uo Zhongnan
Ma8,P208
87
Guochun
G
Xiao
Ta8
Haang Gao
P101
Guodong
G
Li
8
P108
Haang Zhu
Wd6
Guodong
G
Yin
Wb1
Haanjie Shi
P107
Guofei
G
Li
Wa1
Haanjun Lim
Ma7
Guofeng
G
Zhu
6
P106
Haan-Shin Youn
Wa3,Wb3
Tb3,W
Guohua
G
Zhou
Tb3,Mb2,P104,P2205
Haans-Peter Nee
Wc5,Wb2,Wb5
Guojie
G
Li
3,P108
P103
Haantong Wu
P101
Guoqiang
G
Zhanng
P101
1
Haanyang Yu
P105
Guorong
G
Zhangg
P208
8,P106,Ta5,P1105
Haanyu Wang
Wc3
Guorong
G
Zhu
Wd9
9,Wc7,Wa7
Haao Chen
Wb2
Guoyin
G
Li
P101
1
Haao Dong
P207,P205
Guozheng
G
Li
P203
3
Haao Hu
P208
Guozhu
G
Chen
Ma2,Wd4
Haao Li
P202
Haao Liu
Ma5
H Haao Ma
Tb2
Hack
H
Jun Kim
3
P203
Haao Wang
P202,P204,Wd2
Hadi
H Setiadi
Wb2
2
Haao Xiaohong
P202
HaeChan
H
Park
P207
7
Haao Yi
Wb6,Wa9
Ma5,W
Hafiz
H
Ahmed
P103
3,P104,P105,P
P206
Haao Zhai
Ma5
Hag
H Wone Kim
m
P207
7,P203
Haaofeng Bai
Wa8
Haichun
H
Liu
Mb5
Haaohan Gu
P108
Haider
H
Zaman
Mb2
2
HaaoJie Yu
Tb7
Haihong
H
Qin
P101
1,P201,P204
Haaojun Ji
P204
Haijin
H
Li
Wd2
2
Haaokai Huang
Mb1
Hailiang
H
Xu
Wc9
9
Haaoming Liu
Mb9,Tb7
Hailin
H
Wang
P101
1
Haaopu Zhang
Mb7
Hailin
H
Zhang
P105
5
Haaoquan Zhang
g
P105
Hailong
H
Liu
P105
5
Haaoran Wang
Wc7,Wd9
Hailong
H
Zhangg
P204
4
Haaotian Xie
P101
Hai-Nam
H
Vu
Mb8,Tb1,Wb8
Haaoyu Li
P102,P101
Haining
H
Wang
Wd9
9,P102,P109
Haaoyu Qi
P108
Haisang
H
Wu
P107
7
Haaoyuan Li
P107,P109,P203
Haishun
H
Sun
Ma7
Haaoze Luo
Wd5
Haitao
H
Yang
4,Wd4
Mb4
Haaroon Khalid
Ma8
Haixu
H
Shi
Wd6
6
Haazrul Mohameed Basri
Tb4
Haiyang
H
Qin
P101
1
Hee Bai
P103
Haiyang
H
Sun
P203
3
Hee Li
Ta1
Haiyu
H
Li
P204
4
Hee Wu
P101
Haizhen
H
Xu
Wa8,P102,P202
Heelong Li
P201
Hak-Jun
H
Lee
2
Wb2
Heeng Wu
Tb8
Hak-Soo
H
Kim
P102
2
Heengguo Zhang
g
Wa1
Hamed
H
Jafari K
Kaleybar
P106
6,P205,P207,T
Tb5
Heeng-Ming Tai
Ta8
Hammam
H
Solim
man
Wd5
5
Heengyang Luo
P102
88
Author Index Heung-Geun
H
K
Kim
P104
4,P105,P103,P
P206
Hssin-Hung Chen
Mb8
,P106,P102
Httar Su Hlaing
Wc6
Heyuan
H
Qi
Wa5
Hu
u Kun
Wd4
Hideaki
H
Arita
Wb1
Hu
ua (Kevin) Baai
P206
Hideaki
H
Fujita
Wb2
2
Hu
ua Geng
Ta5
Hidehito
H
Yoshida
Wa8
Hu
ua Ni
P102
Hideki
H
Omori
Tb2
Hu
ua Xue
Ma5
Hiroki
H
Hjikata
Wb1
Hu
ua Yang
P104
Hiroki
H
Watanabbe
Mb6
6
Hu
uadian Xu
P202
Hiromi
H
Adachi
Ta3
Hu
uafeng Xiao
Wd3
Hironori
H
Nagassaki
1
P201
Hu
uai Wang
Wd9,Wc7,Wdd5
Wa3,W
Hong
H
Hee Lee
P205
5,P208
Hu
uaibao Wang
Tb9
Hong
H
Li
P203
3,Ta7
Hu
uaizhi Wang
Wc7
Hong
H
Mu
P207
7
Hu
uajuan Xu
P204,P101
Hong
H
Shen
P102
2,Wb6
Hu
uan Liu
Tb7
Hongbin
H
Sun
Ma9
Hu
uangda Lin
Wa5
Tb4,W
Hongbin
H
Wu
6
Wb6
Hu
uang-Jen Chiu
u
Mb6,Ta1
Hongbo
H
Zhao
Mb2
2
Hu
uanmao Xie
Wc3
Hongcheng
H
Youu
Ta6
Hu
uanmin Wang
P209
Hongda
H
Liu
Ma7,P109,Wa9
Hu
uawei Yuan
P203
Hongfei
H
Wu
Tb9,Wc9
Hu
uayu Li
P204
Hongfen
H
Cui
Tb6
Hu
ubert Razik
P104
Hongfeng
H
Zhaoo
Ma2
Hu
ui Chen
Mb6
Hongjie
H
Jia
7,P207,P205
P107
Hu
ui Guo
P204
Hong-Jun
H
Heo
Mb4
4
Hu
ui Huang
Mb5,Ta7,Tb4
Hongliang
H
Wanng
Wb7
7
Hu
ui Li
P204
Wa6,P
Hongmei
H
Li
Wa1,Wb1
Hu
ui Ma
P106
Hongpeng
H
Liu
9,Wa6
P109
Hu
ui Wang
P204,P107,P108
Hongqi
H
Ben
P106
6,Wb3
Hu
ui Wu
P109
Hongtao
H
Fan
P103
3
Hu
ui Yang
P108
Hongwu
H
She
Wa1
Hu
ui Zhang
Wa4,
P202,P204,P209,W
Hongyan
H
Wangg
2
Mb2
Hongyang
H
Jin
Ma9
Hongyang
H
Su
Wb4
Hu
uibin Zhang
Tb6
Wa7
Hu
uijuan Wang, Jr
J
Tb9
Hongyang
H
Yao
Wb1
Hu
uiling Zhang
P108
Hong-Yu
H
Huanng
Mb8
Hu
uiwen Liu
P106
Hongyu
H
Zhu
Wc6
6
Hu
uizi Ji
P206
Honnyong
H
Chaa
P104
4,P105,P103,P
P206
Hu
ung Tran
Tb1
Hu
ung-I Hsieh
Mb6
Hu
ung-Wei Chen
n
P201
Hu
usan Ali
Mb2
Hy
yeonJu Jeong
Wc8
Hy
yesoo Jeong
P102
,P106,
Hossein
H
Madaddi Kojabadi
6,P205,P207,P
P208
P106
,Tb5,Wd8
Hou
H Bo
5
P105
Houqing
H
Wangg
P206
6
89
Hye-Ung
H
Shin
Ta4,T
Tb2
Jiaabin Chen
P105
Hyounglok
H
Oh
Wa2
Jiaahui Jiang
Wa6
Hyunji
H
Lee
7
Mb7
Jiaajia Yang
P202
Hyun-Sam
H
Jungg
Wb2
2
Jiaajun Liu
Tb5
Jiaali Liu
P203
Jiaa-Ming Lin
P201
I Ig
gino Toigo
2
P102
Jiaaming Wang
P205
Ik
k-Chan Choi
Ta3
Jiaan Chen
Ta4
Ilsong Kim
7
P207
Jiaan Gao
Ta2
n-Dong Kim
In
P208
8,Wd1,P103
Jiaan Li
Tb9
Io
onut Vernica
Wb9
9
Jiaan Liu
Ta2
Irrham Fadlika
P103
3
Jiaan Luo
P204
Isshii Hitoshi
Wd5
5
Jiaan Shi
P101
Itsuo Yuzuriharra
Ta3
Jiaan Zhang
P209,P102
Jiaan Zhuang
P103,P108
Jiaanchun Peng
Wc7
J J Prasad Sampaath
7
Wb7
Jiaanfei Zhao
P208
Jaae Bum Lee
Wb8
8,Ta3,Tb3
Jiaanfeng Zhao
Ma5
Jaaeho Choi
Wd7
7
Jiaang Feng
Ta7
Jaaehong Kim
Wa2
Jiaang Long
Tb4
Jaae-Hun Jung
2
P102
Jiaang You
P107,P207,P205
Jaae-Hyun Kim
Wa3,Wc8
Jiaangbo Qi
Mb4,P101
Jaae-Il Baek
7,Tb3,Wb3
P207
Jiaanghao Wang
Tb4
Jaae-Kuk Kim
Wb3
3,Tb3
Jiaanguo Wang
P205
Jaaewon Choi
P207
7
Jiaanguo Wang
P102,P101
JaaeYeon Lee
Wc8
Jiaanguo Zhu
Wb1
Wa1,W
Jaahangir Afsharrian
P205
5
Jiaanhong Zeng
Ta1
Jaan Riedel
Ma3
Jiaanhui Meng
P103,Wb6,P108
Jaang-Mok Kim
m
4,Mb4
Wc4
JiaanHui Su
Wc1
P202,P205,P109,W
Jaanis Zakis
P104
4
2,P105,P101,W
Wd
,P102
Jaavad Modarresi
Tb5
7
Jaayantika Soni
Wc1
Jiaaning Wang
Wd5
Jee-Hyun YI
Wc3
Jiaanjun Sun
Wa2
P103,P206,P207,W
Jeelena Popovicc
6,P201
P206
Jiaanke Li
P202
Jeeong Hyun Paark
Wc9
9
Jiaankun Cao
Mb5
Jeeong-Mock Yooo
Wb2
2
Jiaann-Fuh Chen
n
Mb8
Jeeroen van Duiivenbode
Wd8
8
Jiaanping Xu
P104
Jeessica Kiefer
P205
5
Jiaanwen Zhang
Wd6
Ma2,W
Jh
heng- Hung C
Chen
P103
3
Jiaanzhong Wu
Ma9
Jii Jin
P108
8
Jiaanzhou Feng
P202
Jiia Liu
Wd7
7
Jiaao Zhang
P109
Jiia Song
Ma9
Jiaaomin Liu
P204
Jiiabao Kou
1,P201,P203
P101
Jiaaqi Zhang
P108
90
Author Index Jiiaqing Deng
Mb3
Jin
nhang Hu
Ma9,Tb7
Jiiarui Ma
7
P107
Jin
nhua Xue
Ma9,Mb9,Tb7
Jiiaxi Li
P102
2
Jin
nhui Xia
Wd4
Jiiaxin Lu
P204
4
Jin
n-Hyuk Park
Ma3
Jiiayi Xu
P208
8
Jin
n-Jhan Jheng
Wa9
Jiiayi Yuan
P201
1,P203
Jin
njun Liu
P208,Ma6,Wbb3,
Wa8,P
Jiia-You Lee
P209
9,P103
Jiia-yu YE
Wc1
Jin
nke Li
P208
Jiiayun Xu
8
P208
Jin
nling Lu
P107
Jiidong Lai
P202
2,Wc1,P102,P
P105
Jin
nling Qi
Wa7
,P101
Jin
nlong Wu
P204
Jiie Chen
3
Wd3
Jin
nming Chen
P103,P108
Jiie Ding
P109
9
Jin
nming Xu
P102,P204
Jiie Dong
Mb3
Jin
nping Wang
P206
Jiie Hu
2
P202
Jin
nquan Wang
P202
Jiie Shen
Wa1
Jin
n-Sik Park
P207
Jiie Yu
8
P108
Jin
nsong Han
Wb9
Jiiefeng Hu
Wc6
6,P205
Jin
ntao Liao
P105
Jiien Ma
P209
9
Jin
nwei HE
Tb8
Tb9,T
Jiihao Gao
Wd9
9
Jin
n-Wook Kang
P205
Jiilei Ye
Ma9,Mb9,Tb7
Jin
nxiang Zhan
Wd4
Jiilin Cai
Tb7
Jin
nyan Zheng
P102
Jiin Chai
5
P105
Jin
n-Young Kim
P208,Wd1,P103
Jiin Wang
P101
1,Ta1
Jin
nyu Wen
Tb6
Ta6,T
Jiin Woo Lee
P205
5
Ji--Syuan Li
Mb8
Jiin Xu
P105
5,Tb3
Jiu
uhe Wang
Ma5
Jiin Yoshizawa
Wd7
7
Jiu
uqiang Han
Wb3
Jiin Zhang
P201
1
Joachim Geske
Mb9
Jiinbin Zhao
P109
9,P206
hann. W. Kolaar
Joh
Wd1,,Ma1,Wa1
Jiin-Feng Huangg
P105
5
Joh
hn Fletcher
Wa4
Jiing Li
P205
5
Joh
hn L Chen
Ta1
Jiing Liu
P101
1,Mb4
Jon
nas E. Huber
Wd1
Jiing Song
Ma5
Jon
ng Joo Moon
Wc4
Jiing Wu
Ta6
Jon
nghoon Kim
Mb3,P107
Jiing Yang
1
P201
Jon
ng-Seong Ji
Wc4
Jiing Zhou
P209
9
Jon
ng-Woo Kim
Wb7,,P207
Jiingjing Dong
P203
3
Jorrge Duarte
Ma8,W
Wd8,Wa3,Mbb3,T
Jiingjing Sun
Mb1,P201
Jiingkui Shi
Wa1
Jiingrong Yu
5
P205
Jiingsheng Huanng
Wa2
unghu Park
Jou
Mb3,Ta7,Wc9
Jiingyang Fang
Ta2
Jov
vica Milanoviic
Ma9
Jiing-Yuan Lin
6,Ta1
Mb6
Juan Castellanos
Wc2
Ta3,W
Mb8
a3
Josep M. Guerreero
Wd7,,Ma6,
Wd6,,P109,Wc6,P2202
91
Ju
uan Li
P205
5
Kaarim Anaya
Mb9
Ju
uan Rodriguezz
Wd2
2
Kaatherine A Kim
m
Mb7
Ju
uan Vasquez
Wd7
7,Ma6,Wc6,P2202
Kaazuhiro Umetaani
Ma4
Ju
ulia Delos
Wc2
2,Ta3
Kee Li
Wb7
Ju
un Ho Kim
Wb8
8
Kee Ma
Wb9
Ju
un Huang
Wa3,Wd9
Keefeng Huang
P202
Ju
un Imaoka
Mb1,P207,Tb1
Keefeng Xu
P201
Ju
un Li
3,P108
P103
Keeiji Wada
Wa8
Ma1,W
Ju
un Liang
Tb6
Keeisuke Kusakaa
Mb6
Ju
un Ren
7
Mb7
Keeita Furukawaa
Mb6
Ju
un Wang
Mb1
Keeliang Zhou
Wa7
Ju
un Wen
6
P106
Keeling Wu
P103
Ju
un You
Ma5
Keenichi Watanaabe
Wd7
Ju
un Zhuang
Tb6
Keenshiro Katsurra
Ma1
Ju
unbao Zhao
3
Wb3
Keeon-woo Kim
Wb8,,Wc8
Ju
ung-Ik Ha
P203
3
Keeqing Qu
P109,P206
Ju
ung-Kyu Han
Wb3
3,Ta3,P207
Keerui Li
P205,Wc6
Ju
un-ichi Itoh
Mb6
6,Wb8,Wd8
Keevin Tomas Mañez
M
P202
Ju
unjie Ge
P104
4
Keeyue Smedley
y
Wa1
Ju
un-Jie Liaw
P104
4
Ko
oji Orikawa
Wb8,,Wd8
Ju
unjun Zhang
Wa2,Wa8
Ko
oji Yamaguchii
Ma1
Ju
un-Kai Pu
8
Wb8
Ko
ota Miyata
Ta4
Ju
unyu Zhang
P204
4
Ko
ota Tsuchiya
Ta4
Ku
uan-Pin Huang
g
Mb6
Ku
uei-Jyun Chen
n
P201
K Kahyun
K
Lee
3
P203
Ku
ui Wang
P201,Ta5,P101,P1005
Kai
K Li
P105
5
Ku
un Feng
P202
Kai
K Shi
P108
8
Ku
un Han
Wa2
Kai
K Sun
Ma6,Wd6,Ma3,Tbb9,T
Ku
un Wang
Mb3
204,Wc9
a5,P2
Ku
unlun Chen
Wa1
Kai
K Wang
P203
3,Wb1,Ma9
Ku
uo-Yuan Lo
Wa9
Kai
K Yang
Wb4
4
Kw
wanghee Nam
m
Wa2
Kaiqi
K
Chu
Wb9
9
Kw
wan-Yuhl Cho
o
P207,P203
Kaixuan
K
Yang
Ma4
Ky
ye Yak See
Wc7
Kaiyuan
K
Lu
1
P201
Ky
yo-Beum Lee
Ma3,Ta4,Mb5,Tb22
Kalle
K
Ilves
Wc7
7,Wb2
Ky
yungbae Lim
Wd7
Kan
K Akatsu
Wb1
Kan
K Seto
P205
5
Kang
K
Li
Wa2
Laai Jinmu
P106
Kangle
K
Ren
8
P108
Laaili Wang
Mb8
Kangli
K
Liu
Ma5
Laanfang Li
P106
Kangping
K
Wang
8
P208
Laang Huang
P208,P103
Kang-Soon
K
Ahnn
P208
8
Laang Zhi
Wd4
L 92
Author Index Le Li
P206
6
Liangchun Gao
P102,Wd9
LE Yang
P109
9
Liangkui Hou
P206
Le Zhang
Mb6
6
o
Liangzhong Yao
Tb6,Ma9
Ta6,T
Lebing Jin
Wb2
2
g
Liansong Xiong
P105
Lei Ertao
P106
6
Lie Xu
P105,P101,Ta6
Lei Feng
P208
8
Li-gang Ruan
Wc1
Lei Gao
Ma5
Lijjuan Xu
P102
Lei Guo
2
P202
Lijjun Fu
Ma7,P108
Lei Jia
Tb8
Lijjun Hang
P103,P108
Lei Liu
4
P204
Lijjun Wei
P206,P207
Lei Qi
Wb6
6
Lijjun Zhang
P204
Lei Sun
P102
2
Lim
ming Shi
P203
Lei Tao
P109
9
Lin
n Ji
P204
Lei Wang
Mb5,Tb4,P108,Taa7
Lin
n Jiang
Ma7,P108
Tb7,M
Lei Yang
Wc7
7
Lin
n Zhemin
P108
Lei Zhang
Ta2,M
Mb5,P202,Waa9,P
Li-nan Song
Wc1
201,W
Wd6
ng Feng
Lin
P106
Leilei Guo
P108
8,P101
Lin
ng Mao
P205
Leilei Wu
Wc4
4
Lin
ng Qin
Ma7,Tb3
Leimin Xu
P101
1
Lin
ng Shi
Wd9
Wa3,W
Lejia Sun
P109
9,Wc6
Lin
ng Wang
P106
Leming Zhou
P109
9,P202
Lin
ngeshwaren Sobrayen
S
Wa5
Ma3,W
Lennart Harneffors
Wc7
7,Wb2
Lin
ngling Cao
Wa1
Lennart Kruse
Wc5
Lin
ngxiang Wang
g
P101,P108
Leqin Wang
P102
2
Lip
ping Jin
P103
Levy Costa
Wb9
9
Lip
ping Zhou
P206
Li Guo
Wd6
6
Liqiang Yuan
P104,P105,P205
Li Jiaoyang
P106
6,P202
Liqin Fu
P107
Li Liqun
P106
6
Lirrong Shen
Wc4
Li Pengcheng
P208
8
Lirrong Zhang
P202
Li Ran
Wb9
9
Littao Shen
Wc2
Li Ren
P101
1
Liu
u Jun
P106
Li Rui
P103
3
Liu
u Jun Wei
P105
Li Xiaoqing
Wa9
Liu
u Tao
Ta7
Li Yang
9
P109
Liu
u Xiaodong
Ma3
Li Yonggang
P102
2
Liu
uchen Chang
P207,P205,Wd8,Tbb5,
Li Zhan
Tb2
P107,P106,P2202,
Wa5,P
Li Zhengzhe
2
P202
P208,P105,Wd7
Liang Qiao
P103
3
Liu
upeng Xue
P107
Liang Wu
Wd4
4
Lixing Fu
Ta1
Liang Xu
Ta4
yan Qu
Liy
Wc5
Liang Yang
8
P108
Li-Yu Huang
P209
P206
6,P201
yuan Gao
Liy
P202
Liang Zhang
93
Long Jing
P208
8
Meng Zhang
Tb9
Long Wang
P101
1
n
Mengxing Chen
P104,P205
Longhua Mou
P106
6
g
Mengxuan Jiang
Mb1
Longyu Xie
Wd1
Merlin Chai
Wa5
U Jinjun
LU
Ta7
Mert Turhan
Ta3
Lu
u Lu
5
Wb5
Miao Zhu
Wd6
Lu
u Wang
P103
3
g
Miaomiao Feng
P109,P206
Lu
uca Bessegatoo
Wc7
7
Miaoxin Jin
P201
Lu
uc-André Greegoire
P208
8
Michael Pollitt
Mb9
Lu
uo Zuohao
P202
2
dnik
Michael Zagrod
P207,Wa2
Lu
uoyin Zhao
Mb5
Michele Corradin
P102
Lu
usheng Ge
Wb3
3
Milu Zhang
P204
Lu
uu Tien Duc
Ma1
Min Ho Ahn
Ma3
Lu
uyao Ma
Wa2
Min Huang
P206,Wb4
Min Li
P104
M Min Yu
P108
Ma
M Xiaojun
9
Wc9
Min-Fu Shih
Wa9
Mahinda
M
Vilathhgamuwa
Wb7
7,P207
Ming Cheng
Wc1,P107,Ta4
Majing
M
Yu
P205
5
Ming Ding
P108
Manxin
M
Chen
P205
5,Wc6
Ming Qiao
Wb5
Mao
M Hu
Ma7
Ming Yang
Wb4,,Ma4,Tb4,Wdd4
Mao
M Xun
8
P108
Ming Yu
P108,P202
Maoh-Chin
M
Jianng
P106
6
hen
Ming-Cheng Ch
Mb6,Ta1
Marcel
M
Hendrixx
Mb3,Wc2,Ta3
Minghao Liu
P107
Marco
M
Liserre
9
Wb9
Mario
M
Pacas
Wb4
4
Minghui Xu
Tb2
Mark
M
Broadmeeadow
P207
7
Mingjie Tang
Wd3
Marko
M
Angjelicchinoski
Wa6
MingXia Xu
P205
Markus
M
Andressen
9
Wb9
Mingxing Chen
Wb3
Masaaki
M
Takasaaki
Wb7
7
Mingxuan Li
P202,P204
Masahito
M
Shoyyama
Mb1,P207
ngLiu
Mingyang Zhan
P105
Masayoshi
M
Yam
mamoto
Tb1
Mingyao Ma
Wb9,,P101
Matsumori
M
Hiroaki
5
Wd5
Mingyu Luo
P102
Maurice
M
Fadel""
P208
8
Mingyue Wang
P202
Md
M Rahman
Ta6
MinJae Kim
Wc8,Ma8
Mehdi
M
Fallah
7,P205,P106,P
P208
P207
Minrui Leng
P104,P205,Tb3
Minyou Chen
Wb5
Mischa Steurer
P204
Mishal Rizwan
Ma8
Mitsuru Sato
P207
Mitsutoshi Ito
P103
Mladen Gagic
P102
bouzid
Mohamed Benb
P101,P203
ni Shamseh
Mohammad Ban
Wc7
,Tb5
Mehdi
M
Savagheebi
7,P202,Ma6
Wd7
Mei
M Yang
Wa9,Wa4,Ta4
Meiqin
M
Mao
2,P107,Wa5,W
Wd7
P202
Meng
M
Cheng
Ma9
Meng
M
Huang
6,P207,P103
P206
Meng
M
Xiao Maai
P202
2
94
Author Index Mohammad
M
Faarshadnia
Mohammad
M
S
Sadegh
Golsorkhi
Wa4
Olliver Knecht
Ma1
7
Wd7
Osskar Wallmark
k
Wb2
Wa4,W
Esffahani
Molinas
M
Marta
Wc5
Moo-Hyun
M
Parrk
P207
7,Wb7,Wc8
Paan Shen
P102,P109
Morizane
M
Toshimitsu
Tb2
Paan Xu
P102
Mu
M An le
5
P105
Paanagiotis Bakaas
Wb2
Mu
M Cao
P208
8
Paaolo Mattavelli
Ma8,P102
Muhammad
M
Aaamir
P207
7
Paatrick Wheelerr
Tb9
Muhammad
M
Alli Masood Cheeema
Wa4
Paaul Coventry
Tb6
Mutsuo
M
Nakaokka
Ta2
Paaul Jang
Wc3
Paavol Bauer
Wd3
Peei Yang
P103
N P Na
N Qi
2
Wc2
Peeng Liu
Wc1
Na
N Zhi
P202
2
Peeng Wang
P207,P202,Wa2
Nacer
N
Abouchii
P104
4
Peeng Wu
P209
Nam
N Le
Wb8
8
Peeng Xu
P103
Nam-Sup
N
Choii
P208
8
Peeng Zhang
Ta5
Ta2,T
Nan
N Jiang
Wb5
5,Wb9
Peengfei Hou
P202
Nan
N Li
Wd8
8
Peengfei Li
P204
Nan
N Shi
P108
8
Peengfei Tu
P207
Nanjun
N
Lu
Mb5
Peengfei Yao
P105
Nannan
N
Zhao
Mb4
4,P101
Peengling Ding
Mb5
Nassereddine
N
S
Sabeur
Ta2
Peengpeng Cao
P107,P203
Nataraj
N
Barath
4
P104
Peengxiang Xing
g
P108
Nauman
N
Zaffarr
Ma8
Peengyu Liu
Ma5
Navid
N
Reza Zaargari
1,Wc9
P101
Peer Ranstad
Wb5
Neerakorn
N
Jaruutus
Ta2
Peetar Popovski
Wa6
Nelson
N
Avila
Ma6
Ph
hilippe Volay
P104
Nelson
N
Díaz
2
P202
Ph
hilips Mawby
Wb9
Nikos
N
Hatziarggyriou
Wa5,P107,Wd7
Pin
ng Liang Zeng
g
P102,Tb7,Ma7
Ning
N
Li
8
P208
Pin
ng Xu
P205
Ning
N Wang
P204
4
Pin
ng Yang
Mb2
Ningyi
N
Dai
Wd6
6
Pin
ng-an Tan
P209
Ningyi
N
Xu
P202
2,P204
Pin
ngping Han
P108
Noboru
N
Shimossato
Tb3
Pin
njia Zhang
Wb9
Pin
n-Yu Huang
P201
Po
oh Chiang Loh
h
Wa6
Po
ooya Davari
Tb5
Prasad Enjeti
Wd4
Priyesh Chauhan
Wa5
upu Chao
Pu
Wa7
Nong
N
Zhang
4
Wd4
Noriko
N
Kawakaami
Wd9
9
Noriyuki
N
Kimuura
Tb2
O Olayiwola
O
Alattise
9
Wb9
Oleksandr
O
Husev
P104
4
95
Q Raan Mo
P204,Wa6
Qi
Q Zhang
Ta2
Reemy Cellier
P104
Qian
Q Wu
1
P201
Reene Alexanderr Barrera-Carddenas
Wc5
Qiang
Q
Ding
P203
3
Reenxian Cao
P101,Wa8,P109
Qiang
Q
Gao
Ma4,P101,P203,P
P201,
Reeo Fujiwara
P103
Wa4
Reeo Takiguchi
P207
Qiang
Q
Lin
Mb1
Reeza Barzegharrkhoo
Wd8
Qiang
Q
Qian
Mb5,P102,P204
Reeza Dehbozorg
ghi
Wd8
Qiang
Q
Wei
Wc9
9
Riichard Green
Mb9
Qianming
Q
Xu
Wd1
Riimez Johan
Tb6
Qiaoming
Q
Shi
P108
8
Ro
olando Burgoss
P107
Wa8,P
Qidi
Q Tang
Wb8
8,Wc4
Ro
ongbao Chen
P103
Qin
Q Zhou
P101
1
Ro
ongfeng Yang
Wc3,P108
Qinan
Q
Ni
Wb4
4
Ro
onghai Qu
Wc4,P101
Qing
Q
Gu
P205
5
Ro
onghui Liu
Ta5
Qing
Q Ye
Wa6
Ro
ong-Jong Wai
P104
Qing
Q
Zhang
9
P109
Ro
ongliang Shi
P102,P202
Qingfang
Q
Teng
Wa1
Ru
ui Hu
P204
Qingfeng
Q
Wu
Wa6
Ru
ui Huang
P203
Qinglai
Q
Guo
Ma9
Ru
ui Li
Ma2,Ta6
Qinglin
Q
Zhao
7
Mb7
Ru
ui Liang
Wa4
Qingqing
Q
Li
Ma3
Ru
uifeng Gou
P208
Qingshan
Q
Xu
2,Tb7
P102
Ru
uihua Li
P208
Qingsong
Q
Wangg
Wc1
Ru
uijie Wang
Wb1
Qingxin
Q
Shi
Tb5
Ru
uiqing Ma
Wa1
Qingyun
Q
Dou
Wa8
Ru
uiwei Zhang
P104
Qingzeng
Q
Yan
Ma1
Ru
uixue Li
P103
Qinyue
Q
Zhu
3
P103
Ru
ukmi Dutta
Wa4
Qiong
Q
Song
P204
4
Ru
uqi Li
P205
Qiongbin
Q
Lin
P205
5
Ry
yosuke Ohma
Ta3
Qishuang
Q
Ma
P205
5
Ry
yuichi Igarashi
Wc5
Qiu
Q Han
Wd2
2
Ry
yunosuke Arau
umi
P103
Qiunan
Q
Wang
P203
3
Qiuxia
Q
Yang
Mb7
7
Qunwei
Q
Xu
Wd4
4
Saaad Mekhilef
Ta2,P207
Tb4,T
Quoc-Hoan
Q
Traan
P205
5
Saae Mochidate
Mb7
Saai Tang
Mb1
Saaif Sabah Sami
Ma9
R S R.
R Y. Duan
4
P104
Saaijun Mao
P206,P201
Rae-Young
R
Kim
m
Wd8
8
Saaiqi Cao
P209
Ralph
R
Kennel
Ta8,M
Mb8,P203,P1 08,
Saanghun Kim
P106
P101
1,Wa7,Wc4
Saangmin Lee
Tb2
P206
6
Saang-Woo Kang
g
Wc3
Ramanujam
R
Raamabhadran
96
Author Index Saanjib Kumar P
Panda
Wa5
Sh
hengxia Cai
Mb9
Saanjib Panda
Wc1
Sh
hengxiang Wu
u
P109
Saatoshi Nagai
8
Wb8
Sh
hengyou Xu
Wb5
Saatoshi Tomiokka
Mb1
Sh
hen-Li Chen
P201
Seean Li
5
P205
Sh
hi Ying
Ta8
Seebastien Larouusse
P104
4
Sh
hibin Gao
Tb1
Seee-Young Chooi
Wd8
8
Sh
higeru Suzuki
Tb3
Seeiya Mizushim
ma
Ta3
Sh
hike Wang
Ma6
See-Kyo Chung
3
P203
Sh
hikun Qiu
P108
Seeleme Selemee, Jr.
P208
8
Sh
hilei Jiao
Tb5
Seeok-Jin Hong
P205
5
Sh
hilin Guo
P105
Seeong Yun Kanng
Ta4
Sh
himizu Toshihisa
Wd5,,P201
Seeon-Ik Hwangg
4
Mb4
Sh
hiyan Yang
Ma5
Seeung Beom Lim
P205
5
Sh
houxiang Wang
Ma9,Mb9
Seeung Gyu Seoo
Mb5
Sh
huaihu Li
Tb7
Seeung Koo Baeek
Tb2
Sh
huaiwei Feng
Ta4
Seeung Woo Jwaa
3,Wb8
Wb3
Sh
huang Cao
Ma7
Seeung Wook H
Hyun
P205
5
Sh
huang Wang
P203,P101
Seeung-Jun Cheee
Ta8
Sh
huang Zhao
P202
Seeung-Ki Sul
2,Mb2,Ta8
Wb2
Sh
huangchen Yuaan
Mb9
Seeung-Min Sonng
Wd1,P103
Sh
huangshuang Zhao
Z
Ta2
Seeung-Soo Chooi
P208
8,Wd1,P103
Sh
huangyang Lu
Tb6
Seewan Choi
Wc8,Ma8
Sh
huguang Song
P208
Seeyed Saeed Faazel
P207
7,P205,P106
Sh
huhan Zhou
P104
Seeyed-Jalal Seyyed-Shenava
P208
8
Sh
huhuai Shi
Wc6,Ma5,Mb2
Sh
hah Zaman
Mb8
Sh
hu-hung Chung
Wb4
Sh
hahbaz Khan
Mb2
2
Sh
huLin Liu
P105
Sh
han Miao
Wc3
Sh
huming Du
Wd4
Sh
hanglin Mo
Mb1
Sh
hunfeng Yang
Wa9
Sh
hanShan Wanng
Wa4
Sh
hunfu Lin
Tb5
Sh
han-shui Yangg
Wc1
Sh
huo Bai
Wb7
Sh
haodi Ouyangg
8
P208
Sh
husheng Wei
P205
Sh
haohui Zhangg
Wd6
6
Sh
huya Wang
P205,P102,P202
Sh
haojun Xie
Ma7,P102,P205,M
Mb5,
Sh
huying Yang
P101,P108,P203
Tb3,P204
Sh
huyuan Li
Wa1
Sh
haokai Liu
Ta1
Sh
hyama Das
Sh
haolei Shi
Wc3
P203
Sih
ho Park
Sh
haoliang An
9
P109
P206
Siw
wei Cheng
Sh
haolin Yu
Wd5
5
Wa5
Tb4,W
Siw
wei Li
P103,P108
Sh
haoxun Qin
P107
7
Siy
yu Chen
P107
Sh
hen Yangwu
P108
8
Siy
yuan Ma
Wc7
Sh
heng Xiaolingg
P102
2
Sizzhao Lu
P105
Sh
heng Xu
P106
6
So
ong Fuchuan
P201,P203
97
So
ong Luo
Ma7,Tb3
Th
homas Greve
Mb9
So
ong Wenshengg
Tb5
Ta4,T
Th
homas Wiik
Wc5
So
ongping Mai
P209
9
Tiaan Liang
Wc2
So
ongyin Cao
P102
2,Tb9
Tiaancheng Deng
g
P204
So
onia Veerapenn
Wc9
9
Tiaanhao Tang
P101,P203
So
oren Knudsenn
Wa3
Tiaanheng Ni
P101
Srrinivasa Kamaala
Wa5
Tiaanhua Zhu
Ma7,P109,Mb2,Wc6
Sttaffan Norrga
7,Wb2
Wc7
Tiaanjie Zou
Wc4
Sttefan Östlund
Wb4
4
Tiaanming Zou
Ta5
Sttephan Meier
Wc5
Tiaanqi Hua
P204
Su
ucheng Liu
Wb7
7,P205,Ma3
Tiaanrui Luan
Ma4
Su
ujan Adhikarii
P202
2
Tiaanwen Zhan
P103,P104
Su
un Muwen
P109
9,P206
Tiaanzhen Wang
P204,P101,P203
Su
un Pengju
Ta8
Tieecai Li
Wc6
Su
ungmo Youngg
1
P201
Tieeshan Zhang
P105
Su
uquan Zhou
P108
8
Tin
ng An
Tb6
Su
ushuang Zhanng
Wc1
Tin
ng Zhang
Wa7
Su
uyu Gao
3
P203
Tin
nghuan Tao
Wa5
To
oke Franke
P202
To
olbert Leon M.
Wd3
T T.. Paul Chow
Mb1
To
omi Roinila
Tb8
Taae-Won Chunn
2
P102
To
omokazu Saku
uraba
Mb6
Taahyun Kang
Ma7
To
omoki Yokoyaama
P103,Ta4
Taaka-aki Shimiizu
Tb2
To
omotake Ito
Mb7
Taakaharu Takesshita
3
P103
To
ongkai Cui
P205
Taakano Koushii
Wd5
5
To
ongsheng Zhan
ng
P103,P208
Taakanori Isobe
Wc5
To
oshifumi Ise
Wd7,,Wb7,Wc6
Taakayuki Kusuumi
Ma4
To
oshihiko Kishiimoto
Tb3
Taakuma Yoshinno
3
P103
Trrang Phung
Wb4
Taakuto Hara
Ma4
Trrillion Q. Zhen
ng
Ta7
Taang Yi
Ta6
Tsai-Fu Wu
Wc8
Taao Cai
5
P205
Tsegay Hailu
P102
Taao Chen
Wb1
ng
Tsorng Juu Lian
Wc2
Taao Liang
Wb5
5
Tsung-Han Ho
Mb6
Taao Liu
Wd3
3
no
Tsuyoshi Nagan
Wb8
Taao Meng
P106
6,Wb3
ung Nguyen
Tu
Tb1
Taao Qiong
Tb7
Tu
uocheng Ni
P203
Taao Zhao
1,P205
P101
Tu
uomas Messo
Tb8
Taatsuro Yamada
Ma1
Tu
uong Nguyen
P208
Teeng Liu
Wa8
Tu
uyen Nguyen Dinh
D
P205,P208
Teeng Wu
Ma6
Tzzu-Chieh Chou
u
Wc8
Teeruo Yoshino
7,Wd9
Wc7
Tzzu-Hsuan Kuo
o
Wc2
Teeuvo Suntio
Tb8
98
Author Index U Udaya
U
Madawaala
7
P207
V Weidong
W
Jiang
Mb5,Ta7,Tb4
Weihao
W
Hu
P204
Weihua
W
Wang
P208,Wa2
Wei-Jiun
W
Wu
Wc2
Van-Long
V
Pham
m
Tb1
Weimin
W
Wu
P206,Wb4
Viet
V Ngu Nguyyen
9
P109
Weiping
W
Zhang
Wb7
Weiqi
W
Wang
P207,Wd8
Weiqiang
W
Li
Mb8
W Wan
W Shuting
2
P102
Weiqing
W
Tao
P102,P204
Wang
W
P102
2
Weiran
W
Dai, Daii
Wd4
Wang
W
Chenggeen
Ta6
Weisheng
W
Wang
g
P105
Wang
W
Chengmiin
2
P202
Weixiang
W
Qiu
P109
Wang
W
Dongxu
Wb6
6
Weixing
W
Li
Wa7
Wang
W
Li
Wc1
Weixing
W
Lin
Tb6
Ta6,T
Wang
W
Liang
1
P201
Weizeng
W
Liu
Wd3
Wang
W
Mao
P109
9
Weizheng
W
Yao
P202
Wang
W
Ming Leei
P105
5
Wen
W Duan
P205
Wang
W
Wei
P109
9,Wc2
Wen
W Huiqing
Wc9,P109,P204,P1102
Wang
W
Wubin
P108
8
Wen
W jing Zhang
g
Wc7
Wang
W
Xiang
Tb6
Wen
W Wu
P208
Wang
W
Yi
1
P201
Wen
W Zhang
Wa4
Ma4,W
Wang
W
Yifeng
P108
8,Wd2
Wenchang
W
Wu
Ta5
Wang
W
Yong
P202
2
Wen-Chien
W
Hsu
u
Mb8
Wang
W
Zhibing
Tb6
Wenjie
W
Chen
Mb1,P109,P206,P2201
Wanjun
W
Lei
Wa3,Wd9
Wanwan
W
Xu
8
P108
Wenjie
W
Zhu
P205
Wanxin
W
Yuan
Wa4
Wenjin
W
Wu
P109,Wc1
Wei
W Chai
8
P108
Wei
W Fang
Ma3
Wenjun
W
Liu
P202
Wei
W Gan
3
P103
Wenlong
W
Ding
Tb5
Wei
W Geng
P205
5
Wenlu
W
Song
Mb7
Wei
W Lai
Wb5
5,Wb9
Wenqian
W
Yin
Tb7
Wei
W Liu
Mb7
7,P107
Wenti
W
Wang
P202,P204
Wei
W Qian
Tb3
Wenxi
W
Yao
P105,Ta2
Wei
W Qiao
Wc5
Wenxin
W
Zhao
Tb8
Wei
W Shuguang
Wc9
9
Wilmar
W
H Martiinez
Tb1
Wei
W Tan
Wa2
Won
Wo Il Choi
P207
Wei
W Wang
1
P101
Won-Ho
Wo
Kim
P208
Wei
W Yang
Ma5
Wonkyu
Wo
Moon
P208,P103
Wei
W Yao
Tb6
Woojin
Wo
Choi
Mb8,Tb1,Wb8
Wei
W Zhao
2,Wb6
P102
Woonki
Wo
Na
P107
Weibo
W
Kong
P106
6
Wu
W Cao
Ma5
Wu
W Lizhen
Weichao
W
Zhangg
P204
4
P202
Wu
W Wang
P205
8,Ma1,Wa5
,P208
99
Wufeng
W
Liu
P209
9
ng
Xiiaoguang Zhan
P107,Wa4
Wuhua
W
Li
Wd5
5
Xiiaohua Bao
P207
Wusong
W
Wen
P204
4,P104,P103
Xiiaohua Jiang
P105
Wynand
W
Malann
P207
7
Xiiaohua Zhang
Wd4
Xiiaohuan Wang
g
P202
X Xiiaohui Xu
P102,Tb7
Xi
X Chen
8,P203
P108
Xiiaohui Zhang
Mb2
Xi
X Li
P203
3
Xiiaojie Shi
Wd3
Xi
X Lin
P207
7,P205
Xiiaojie Wu
Ma1
Xi
X Xiao
Wd6
6
Xiiaojun Lu
Tb6
Xi
X Zhang
P206
6,P107,P104,T
Tb3
Xiiaoke Chen
P106
Xia
X Junli
P108
8
Xiiaoliang Yang
Wd6
Xiajie
X
Wu
Ma2
Xiiaolin Wang
P203
Xialin
X
Li
6
Wd6
Xiiaolin Zhang
Wa2
Xiancheng
X
Zheeng
Mb2
2
Xiiaolong Ma
Wb3,,Mb8
Xiang
X
Hao
Wd3
3,P103
Xiiaolu Li
P101,P201,P203
Xiang
X
Li
Mb1,Ma1,P204
XiiaoMing Jiang
g
Mb4
Xiang
X
Wang
8
P108
Xiiaoming Jin
Wa7
Xiang
X
Zhang
P206
6
Xiiaoming Zha
P206,Wa2,P207,P1103
Xiangdong
X
Laii
P103
3
Xiiaonan Lu
Wd6
Xiangdong
X
Sunn
Ta2,P
P109,P101,P2205
Xiiaoping Lai
P105
Xiangjun
X
Zhanng
P104
4,Wc2
Xiiaoping Yang
P208
Xiangning
X
He
Mb3,Wd5
Xiiaoping Zhou
P109,P202
Xiangqian
X
Tongg
4
Mb4
Xiiaoqiang Guo
Ma6,Tb9
Xiangshang
X
Xiing
P203
3
Xiiaoqing Chen
Wa5
Xiangwu
X
Yan
P204
4
Xiiaoqing Liu
P101
Xiangyang
X
Xinng
P103
3,P208,P105
Xiiaorong Zhu
P109,P202
Xiangyu
X
Zhangg
P109
9,P204
Xiiaotao Peng
Ta5
P204,P108,P209,Ta
Xiangzhen
X
Yanng
P205
5,P202,Wa6,W
Wd7
Xiiaotian Liu
P104,P205
Tb3,P
Xianhui
X
Zhu
P108
8
Xiiaowei Ge
P102
Xianjian
X
Jin
Wb1
Xiiaowei Wang
P101
Xiao
X Han
P101
1,P203
Xiiaoxiao Cheng
g
Wd4
Xiao
X Sun
P203
3
Xiiaoxiao Kong
Tb3
Xiaoan
X
Zhang
Wd9
9,P108
Xiiaoyan Huang
P209
Xiaobin
X
Liu
Mb5
Xiiaoyi Li
Mb7
Xiaobin
X
Zhangg
Wc7
7
Xiiaoyi Xu
Ta2
Xiaodong
X
LI
Wc8
Xiiaoyong Ji
Wa7
XiaoDong
X
Shenng
P106
6
Xiiaoyong Ren
Ta1
Xiaofei
X
Cui
Wa2
Xiiaoyu Jia
Tb9
Xiaofei
X
Wang
5,P106,Ta5
P105
Xiiaoyu Lang
Ma4,Tb4
Xiaofeng
X
Sun
P107
7,Wa6,Wb6,W
Wb3
Xiiaoyu Li
P101,Tb5
Xiaogang
X
Xu
P106
6
Xiiaoyu Wang
Tb9
XiaoGuang
X
Waang
Wb4
4
Xiiaoyu Yang
P201
100
Author Index Xiaoyu
X
Zhang
P102
2,P106
Xiaoyun
X
Feng
Ta4,M
Ma2,Wb8,Tb55
Xu
u Cai
Ta6,W
Wc8,Ma2,P108,
Wd6
Xiaozhong
X
Liaoo
Mb6
6
Xu
u Li
Xiaran
X
Chen
P106
6,P105,Ta5,W
Wd7
Xu
u Shungang
Tb3
Xiayun
X
Feng
P102
2
Xu
u Yang
Mb1,P206,P201,P2208
Xibo
X Yuan
P208
8,Ma1
Xie
X Menxi
P204
4
Xu
u Yong
P205
Xieping
X
Gao
P209
9
Xu
uan Zhang
P101,Ta1
Xikui
X
Ma
Mb7
7,Wc3
Xu
uan Zhou
P206,P107
Xiliang
X
Chen
Ma1,Mb1,Wa5
Xu
uanyang Liu
P107
Xin
X Chen
3
Wd3
Xu
ubin Liu
Ta5
Xin
X Liu
Wa2
Xu
uchang Zhang
g
P204,Ta5
Xin
X Ma
3,Mb1
P103
Xu
uefei Gao
Tb4
Xin
X Nie
P204
4,P101,P201
Xu
ueguang Zhan
ng
P103
Xin
X Yang
Mb1
Xu
uehua Wang
Wc3,Ta3
Xin
X Yin
Mb1
Xu
uehui Tao
Wc2
Xin
X Zhao
6
Wc6
Xu
uejun Pei
Wc3
Xin
X Zhou
P108
8,Ma7
Xu
uemei Zheng
P206
Xinbo
X
Cai
Mb8,P108,P101,P
P203
Xu
uemiao Li
P102
Xinbo
X
Ruan
Wa3,Wc3,Ta3,Tb88
Xu
ueqing Wang
Ta4
Xing
X Wenchao
2
Wd2
Xu
uesong Wang
P106,Wb3
Xing
X
Zhang
P101
1,P203,P109,P
P108
Xu
uezhi Wu
P208,Wd6
,P107,Wa8,Wb9,P
P102
Xu
uezhu Mei
Wc4
,P202
Xu
uliang Yao
Mb4
9
P209
Xu
umeng Yan
Ta7
Xingbao
X
JU
P205
5
Xu
un Han
Wc4
Xing-Lai
X
Ge
Wb8
8,Wc4,Wc5
Xu
un Mao
P204,Ta5
Xingshuo
X
Li
P102
2,P109
Xu
uning Zhang
P107
Xingxing
X
Chenn
P208
8
Xu
unwen Su
P108
Xingyue
X
Wang
Ma7
Xu
uxu Hou
Ma7
Xinjian
X
Jiang
3
P203
Xinke
X
Wu
Mb6
6,Ta1
Xinmin
X
Jin
Wd6
6
Yu
unliang Teng
P208
Xinpei
X
Li
Ma2
Yaa Zhang
Mb3,Wd8
Xinran
X
Chen
Tb8
Yaadong Wen
P204
Xinying
X
Li
3
Wb3
Yaajuan Guan
Wd6,,Wc6
Xinzhen
X
Feng
Tb7
Yaajuan Guo
P103,P108
Xiong
X
Du
Ta8
Yaalong Li
Wd3
Xiong
X
Nie
2,P106
P102
Yaalong Wei
P204
Xiong
X
Shangfeeng
P108
8
Yaan Deng
Mb3
Xiong
X
Zhan
P106
6
Yaan Du
Wa6,
P205,P202,P109,W
Xiongfei
X
Wangg
Tb8,Wa8
Xiyao
X
Jiu
9,Wd7
Wd9
Xingang
X
Chen
P108
3,Ma1,Wa5
,P103
Y Wd7
Yaan Jiang
Wa3
101
Yan
Y Li
Tb5,Ta6
Yaaowei Hu
Ma2
Yan
Y Xing
Tb9
Yaaqiang Han
P109,Ma1,Mb1,Waa5
Yan
Y Yang
6,Ma7,Mb2
Wc6
Yaaqiao Luo
P209
Yan
Y Zhang
Mb4
4,Mb8,Wb3
Yaashen Huang
P102,Wd9
Ya-nan
Y
Guo
Wb3
3
Yaatao Liu
Wd3
Yanan
Y
Li
P106
6
Yaaxing Ren
Tb7
Yanbo
Y
Wang
Tb8
Yaaxiong Xu
Mb6
Yancong
Y
Hao
Wa6
Yee Han
P203
Yandong
Y
Chen
9,P202
P109
Yee Xu
P202
Yan-Fei
Y
Liu
Wb7
7
Yee Yuan
Wb3
Yang
Y
Cen
P207
7,P103
Yeeong-Jun Choii
Wd8
Yang
Y
Chen
Wb7
7
Yeeonho Jeong
Wb8,,Wa3,P207,Taa3
Yang
Y
Fei
P106
6
YeeYuan Xie
P106
Yang
Y
Han
P102
2,P109
Yii Chen
Wd2,,Wd4
Yang
Y
Hei
P204
4,P108
Yii Tang
Wa9,T
Ta2,Mb5,P202
Yang
Y
Li
P103
3
Yii Wang
P202,P103,Wb6,P1108
Yang
Y
QingQingg
P101
1
Yang
Y
Xu
P109
9,Ta2
Yii Zhang
Wc3
Yang
Y
Yong
P204
4,Ta7
Yiibin Feng
Wd6
Yang
Y
Zhang
Wd3
3
Yiichao Yuan
Wb5
Yang
Y
Zhou
P207
7,Wb3,Wb6
Yiichen Pi
Wa2
Yangbin
Y
Zeng
Ta7
Yii-Cih Wu
P201
Yangjun
Y
Lu
Tb9
Yiifei Hu
Wb4
Yangpin
Y
Zhu
2
P102
Yiigang He
P206
Yangyang
Y
Wanng
Wd7
7
Yiigao Chen
Wb5,,Wb9
Yangzhong
Y
Zhoou
P101
1
Yij
ijia Cao
P205
Yanhui
Y
Qiu
Wa6
Yij
ijie Wang
Wc2
Yanhui
Y
Wen
Mb1
YiiLin Sha
Mb1,Ma1,Wa5
Yanmei
Y
Yao
Ma4
Yiiming Chen
P104
Yanmin
Y
Jiang
4
Wb4
Yiin Wang
Wa4
Yannian
Y
Hui
Wc1
Yiin Xianggen
P106
Yanping
Y
Xu
1
P101
Yiin Xin
P106
Yanpu
Y
Yu
P203
3
Yiinfeng Zhang
P204
Yanqing
Y
Zhangg
Mb4
4
Yiing Fan
P107
Yanru
Y
Zhong
P101
1,Mb4
Yiing Sun
P202
Yanting
Y
Lei
P209
9
Yiing Xu
Wa9
Yanxue
Y
Yu
P102
2
Yiing Yang
P203
Yao
Y Cui
Wd9
9
Yiing Zhang
P202
Yao-Ching
Y
Hsieh
Mb6
6,Ta1
Yiingchao Zhang
g
P204,P103,P104
Yaohua
Y
Hu
P203
3
YiingJian Chang
g
Mb4
Yaojie
Y
Sun
P103
3
Yiingpin Wang
P106
Yaojun
Y
Chen
P103
3
YiingQiang Li
Tb4
Yaoqin
Y
Jia
Ta7
Yiinlong Bai
P106
4
,P204
102
Author Index Yinxi
Y
Jin
P105
5
Yo
ouqing Fei
P205
YiPeng
Y
Ji
Mb8
Yo
outong Fang
P209
Yi-Ping
Y
Hsieh
Mb8
Yu
u Fang
P102,Tb9
Yiping
Y
Yang
Wd2
2
Yu
u Jiaqi
P205
Yiqing
Y
Ye
Ta1
Yu
u Liu
Tb5
Yiran
Y
Chang
Wc8
Yu
u Pang
Wa9
Yitao
Y
He
Wb5
5
Yu
u Ren
P201
Yitao
Y
Liu
Wc7
7
Yu
u Rong
Wd6
Yixiang
Y
Fang
Wd2
2
Yu
u Shineng
P109
Yong
Y
Ding
Wa5
Yu
u Tian
Tb5
Yong
Y
Feng
6
P206
Yu
u Wang
P203,Ta8
Yong
Y
Kang
Wc3
Yu
u Wei
Wd1
Yong
Y
Shi
2,P109
P202
Yu
uan Fu
Yong
Y
Tu
P202
2
P108,P204
Yong
Y
Tu
P205
5
Yu
uan Huang
P102
Yong
Y
Xie
P102
2,Tb9
Yu
uan Liu
P206,Wb4
Yong
Y
Yu
P102
2
Yu
uan Liuyang
P204
Yong
Y
Zhan
P204
4,Ta5
Yu
uan Zhao Shuaan
P208
Yongchang
Y
Zhaang
P103
3,Wd9,P203,M
Mb4,
Yu
uanbin He
Wb4
Yu
uanbo Guo
Wd4
Yu
uanChao Liu
Wb7
Yu
uanli Kang
Wc1
Wd4
4
Yong-Chao
Y
Liuu
Wb8
8,Wc4
Yongdong
Y
Li
P105
5,P201,P101
Yu
uanyang Chen
n
Yonggang
Y
Li
P204
4
P207
Yu
ubin Peng
Yongheng
Y
Yangg
Tb5,Wa7,Wa6
P103,Wd9
Yu
ue Wang
Wd9,
P202,P204,Wa3,W
Yonghui
Y
Liu
2,P204
P202
Yongjian
Y
Fu
Wb4
4
Yu
uejin Tang
P101
Yongjiang
Y
Bai
P206
6,P201
Yu
ueshi Guan
P104,Wc2
Yongliang
Y
Ji
Ta8
Yu
ufei Wang
Ma5
Yongni
Y
Liu
5
P205
Yu
ufei Yue
Wd1
Yongqi
Y
Li
P208
8
Yu
ugang Bao
Wd2
Yongsheng
Y
Wanng
Mb5,Ta7,Tb4
Yu
uichi Noge
Wc5
Yongsoo
Y
Cho
Mb5
Yu
ujin Jang
P207,Wc8
Yongsug
Y
Suh
Wa7,Ma7,P207
Yu
u-Jin Jang
Wb7
Yongxiang
Y
Li
2,P108
P102
Yu
uki Dodo
Mb7
Yoon-Cheul
Y
Jeuung
Ta3
Yu
uki Sakai
Wb1
Yoon-ro
Y
Lee
2
Mb2
Yu
ukihiko Sato
Mb7
Yoshihiro
Y
Miyaama
Wb1
Yu
u-Lin Chen
Mb8
You
Y Chen
Wb9
9
Yu
ulin Zhong
Wb5
You
Y Xu
Wb9
9
Yu
umeng Zhang
P202
Youguang
Y
Guoo
Wa1,Wb1
Yu
u-Min Wu
Mb8
Youhua
Y
Zhang
3
P103
Yu
un Cao
P102
Son
Young-Kwang
Y
P203
3,Ta8
Yu
un Wei Li
Wd6
Ma6,W
Youngtae
Y
Jeon
Ta7,W
Wc9
Yu
un Xu
P204
P205
103
Yuncheng
Y
Wanng
Wd3
3
Zh
hao Xiaojun
Ma8
Yunfan
Y
Cheng
P204
4
Zh
haohui Sun
Ma2
Yunfei
Y
Wang
P108
8
Zh
haoxin Qiu
Wc9
Yunfeng
Y
Li
Tb6
Zh
haoyang Yan
P103,P203
Yunfeng
Y
Zou
3,P108
P103
Zh
he Chen
Mb3,Wc1,Tb8,Mb8,P
Yungui
Y
Li
P108
8
YunHu
Y
Yang
P205
5
Zh
he Li
Tb3
Yunkai
Y
Huang
Ma5
Zh
he Zhang
P202,P103
Yunlei
Y
Jiang
Wc1
Zh
hehui Guo
Ta1
Yunqing
Y
Pei
5
P105
Zh
hemin Lin
P204,Wb9,P101,Taa5
Yunxiang
Y
Xie
P106
6,P102
Zh
heming Jin
Ma6
Yuqing
Y
Gao
P209
9
Zh
hen Liu
P109
Yushi
Y
Miura
Wd7
7,Wb7,Wc6
Zh
hen Xie
P101,P108,P203
Yushi
Y
Shimadaa
Mb1
Zh
hen Yang
P208
Yutian
Y
Wang
1
P101
Zh
henbin Zhang
Wa7,
Mb8,P108,P203,W
Yuto
Y Yamada
P103
3
Yuttana
Y
Kumsuuwan
Ta2
Zh
heng Shen
Mb1
Yuwei
Y
Sun
4
P204
Zh
heng Wang
Yuwei
Y
Xie
Wd8
8,P205
Wc1,Ta4
Zh
hengming Zhaao
Yuxi
Y Wang
Tb2
P104,P105,P205
Zh
hengnai Sun
Yuxuan
Y
Jiang
2
P102
Ma5
Zh
henguo Li
Yuyao
Y
He
P105
5
Tb4
Zh
hengxi Li
P208
Zh
hengyu Lu
Ta2
Zh
hengyu Lü
P105
Z P204
101,P
Wc4
Zansong Fu
1
P101
Zh
henhua Li
Ze Wang
Wc5
P205
Zh
henhua Lv
Ze Yu
P106
6
Tb7
Zh
henjie Qin
Zedong Zheng
P105
5,P101
P103
Zh
henwei Li
Zeng Liu
Wa8,Ma6
P102
Zh
henxiong Wan
ng
Wa9,Wb6
Ma5,W
Zeng Zhiwu
6,P102
P106
Zh
heWu Jia
Tb4,W
Wa5
Zenggong Cao
P207
7
Zh
hi Lang
Ma4
Zezhong Xia
Wa7
Zh
hi Tang
Wa7
Zhan Yong
8
P108
Zh
hi Zhang
P103,P109
Zhang Bin
P108
8
Zh
hibin Ling
P208
Zhang Qinghu
Tb4
Zh
hichao He
P107
Zhang Shuhuaii
2
Wd2
Zh
hi-Cheng Guo
Wc8
Zhang Xu
P204
4
Zh
hicheng Sha
Wd8,,P104
Zhang Xuchangg
P108
8
Zh
hifeng Zhou
P102
Zhang Yan
P108
8
Zh
higang Zhang
Wb6
Ma5,W
Zhangyan Chenn
P103
3
Zh
hihua Zhang
P203
Zhao Dongmeii
P204
4
Zh
hijian Fang
P205,Wd3
Zhao Long
P209
9
Zh
hijie Qiu
P201
Zhao Xiao Jun
P202
2
Zh
hijie Wang
P108
104
Author Index Zhijun Yang
P108
8
Ziy
yi Li
Ma4,W
Wa4
Zhikang Shuai
Mb1
Ziy
yuan Xu
P208
Zhiming Lan
3
P103
Ziy
yue Zhu
P101,P201,P204
Zhipeng Ma
P209
9
Zo
ongxiang Chen
n
Wb3
Zhiqiang Feng
Tb3
Zhiqiang Guo
Ma3
Zhiqiang Long
Mb1
Zhiqiang Wu
8,Ta5,P105,P1106
P208
Zhiquan Deng
P203
3
Zhirong Zeng
Ma5,Wa9,Wb6
Zhishun Song
Ta8
Zhiwei Chen
Wd1,P207
Zhixia Gu
P102
2
Zhixiong Li
P101
1
Zhixun Ma
Wc4
4
Zhiyong Chen
P102
2,P109,P202
Zhiyuan Zhongg
P201
1
Zhong He
P104
4
Zhonggang Yinn
P101
1,Mb4
Zhongwei Xingg
Wc3
Zhongyi Changg
1
P101
Zhou Hu
P202
2
Zhou Libing
P101
1
Zhu Liangliangg
Ta6
Zhu Xu
Tb1
Zhun Meng
8
P108
Zhuning Wang
Mb2
2
Zhuo Dong
Wb3
3,Mb8
Zhuo Fang
Wc6
6,Ma7,P109,M
Ma5,
Wb6
6,Mb2,P208,W
Wa9
Zhuo Liu
P203
3
Zhuoqiang Li
Wa3,Wd9
Zhuoran Zhangg
Wa4
Zhuoyang Zhanng
8
P208
Zicai Wang
Wc6
6
Zicheng Zhangg
P208
8
Ziguang Zhangg
P202
2,P204,P108
Zili Liao
Wc9
9
Zili Wang
P202
2
Ziling Nie
P204
4
Zipeng Li
P109
9
Zisi Tian
Wb8
8,Wc5
Ziwei Ouyang
Wd5
5,P202
105
Exhibition Hall Floor Plan
106
Exhibition Hall Floor Plan
SUPPORTOR LISTENING
Booth
Company full name
number
Mitsubishi Electric & Electronics(Shanghai) Co., Ltd.
A1
Fuji Electric (China) Co., Ltd.
A2
Yuhua Electric Appliance Co., Ltd.
A3
Zhejiang Hite New Source Energy Co. Ltd.
A4
Changzhou Ruihua Power Electronic Devices Co., Ltd.
A5
ECU Electronics Industrial Co., Ltd.
A6
Delta Greentech (China) Co., Ltd.
A7
Windsun Science & Technology Co., Ltd.
A8
OPAL-RT Technologies Inc.
A9
Infineon Technologies China Co. Ltd.
A10
Keysight Technologies(China) Co., Ltd.
A11
Chroma ATE Inc.
A12
Sungrow Power Supply Co., Ltd.
A13
Anhui CAS-HIAU Electrical Inc.
A14
East Group Co., Ltd.
6
107
EXHIBITOR LISTING
Booth
Company full name
number
Hefei ECRIEE-TAMURA Electric Co.,Ltd.
1
Beijing Creative Chip Expert Technology Co.,Ltd.
9
Anhui Sewoll Electrical Technology Co.,Ltd.
10
SEMIKRON Electronics(Zhu Hai)Co.,Ltd
11
Shanghai Gcevolution Information Tech. Co.,Ltd.
12
Myway Plus Corporation
13
Lion Great Exploit (HeBi) Electronics Technology Co.Ltd.
14
Xi'an Actionpower Electric Co.,Ltd.
15
Hefei Win power Co.,Ltd.
16
Shenzhen Bronze Technologies Ltd.
17
IEEE Power Electronics Society
18
IEEE International Future Energy Electronics Conference 2017
-ECCE Asia
19
Plexim GambH
20
ABC Trading Beijing Co.,Ltd.
21
MILIM SYSCON Co.,Ltd.
22
Wuhan Keliyuan Electric Co.,Ltd.
23
Hefei Kewell Power system Co.,Ltd.
24
Teledyne LeCroy Inc.
25
Shanghai Eagtop Electronic Technology Co.,Ltd.
26
Hefei Ritest Electronics Technology Co.,Ltd.
27
Nantong Sunion Electronics Co.,Ltd.
28
108
Exhibition Hall Floor Plan
Sungrow Power Supply Co.,Ltd.
BOOTH A13
Tel: +86 551 6532 7878
Web: www.sungrowpower.com
Add: No.1699 Xiyou Rd.,New&High Tech Zone, Hefei, 230088, China
Sungrow Power Supply Co., Ltd. manufactures solar power supply equipment for global PV projects.
The company’s products range from grid-connected PV inverters, distributed power supply and energy
storage systems.
Founded in 1997 by Prof. Renxian Cao, Sungrow has become a leading manufacturer in the global PV
inverter industry. Globally, Sungrow employs more than 1,500 people, of which over 30% are R&D
engineers, with offices in Germany, USA, Australia, Japan, Thailand, India and more.
Sungrow is identified as one of the most famous trademarks in China. It was officially listed on the
Shenzhen Stock Exchange in November, 2011 (SZ: 300274), and was listed as #9 in Forbes’ Chinese
Public Companies with the Most Potential in 2012.
Sungrow was ranked the 2nd largest PV inverter manufacturer in the world in 2013 by MW shipped.
Now Sungrow has 14GW PV inverters installed globally, and in 2013, Photon Magazine ranked our
30kW inverter #1 of all string inverters over 20kW, and #5 of all inverters tested.
Sungrow is committed to improving the environment and the renewable energy industry, and continues
to develop more efficient and cost-effective solutions to bring more green electricity to our lives.
Mitsubishi Electric & Electronics(Shanghai) Co., Ltd.
BOOTH A1
Tel: 021-52082030
Web: www.mitsubishielectric-mesh.com
Add: 8 Xingyi Rd, Shanghai Maxdo Center,29F, Changning, Shanghai, 200336, China
Mitsubishi Electric & Electronics (Shanghai) Co., Ltd. is an integrated marketing company focused on
Chinese clients. We provide Mitsubishi Electric products, electronics and application systems to
consumers in China.
Mitsubishi Electric semiconductors products include power modules, microwave/radiofrequency and
optical modules, and industrial LCDs. Our power modules are used for power conversion and control
in a wide variety of areas, including industrial control, railed transport, smart-grids, and eco-friendly
energy supplies. To satisfy the market’s demand for quiet, efficient, small and light devices, Mitsubishi
Electric has dedicated itself to the R&D of high-tech products. Mitsubishi Electric has already
successfully developed a new type of power device based on SiC chip technologies.
109
Fuji Electric (China) Co., Ltd.
BOOTH A2
Tel: +86-21-5496-1177
Web: www.fujielectric.com.cn
Add: F27,International Corporate City, NO.3000 Zhongshan North Road,Shanghai 200063 P.R.C
As an electronic device manufacturer, we operate globally in three business fields: semiconductor
devices (IGBT, MOSFET, Diode), storage devices (magnetic disk), imaging devices (photoconductive
drums). In our respective business areas, we offer the world’s foremost products and services, aiming to
become the company of choice for our customers.
Anhui CAS-HIAU Electrical Inc.
BOOTH A14
Tel: 0551-65379402
Web: www.hiau-et.com
Add: Room 403,F1 Building, Hefei Innovation Industrial Park 2nd Phase,No.2800 Chuangxin
Aven,Hi-tech Zone,Hefei,Anhui.
ANHUI CAS-HIAU ELECTRICAL INC., located in Hefei national hi-tech industrial development
zone, is a member unit of CAS(Hefei) Institute of Technology Innovation. It actively participates in
super-conducting TOKAMAK power supply research and facilities construction, and is committed to
high power electronics and automatic control technology development, and vigorously promotes the
industrialization of electric car energy products and the electric system of energy -saving and
environment-friendly. CAS-HIAU and CAS Hefei Institutes of Physical Science establish the strategic
cooperative relations, also makes extensive cooperation with the University of Science and Technology
of China, China Academy of Engineering Physics in high power electronic products and related control
system. CAS-HIAU sighed the intelligent charging products cooperation agreement with French SLAT,
and build a new energy joint laboratory cooperation between China and the EU. The series of products
is moving toward the international market.
110
Exhibition Hall Foor Plan
Ningguo Yuhua Electric Products Co., Ltd.
BOOTH A3
Tel: 86-563-4186118、4183762
Web: www.ngyh.com
Add: No.31 zhenning road, Ningguo city, Anhui,China
Yuhua Electrical Electrical Products Co., Ltd. is a professional film capacitor an R & D, design,
production, sales and customer service in one of the manufacturing enterprises. Products are widely
used in wind power converters, photovoltaic inverter, high voltage frequency converter, SVG, SVC,
rail transport, new energy vehicle motor drive, charging pile and other industrial power electronic
occasions. Product has passed ISO9001 quality system certification, ISO14001 environmental
management system certification, TS16949 quality management system certification, CQC, VDE,
TUV, UL, CSA and other international authoritative certification. The company products have been
identified as brand-name products in Anhui Province, the "RUVA" logo was identified as Yuhua
famous trademark in Anhui province.
Zhejiang Hite New Source Energy Co. Ltd.
BOOTH A4
Tel: 0573-80881200
Web: www.hite-energy.com
Add: No.1320 South Erhuan Road, Tongxiang, Zhejiang, China
The subsidiary company of A share listed company ——SHANGHAI HITE CONTROL SYSTEM
CO.LTD.
The company was founded in 2009, the registered capital up to 180 million RMB, the total number of
employees are nearly 600 people until 2015, among them, more than 150 personnel are the experienced
experts and technicians from the power electronics industry. Not only we owned the R&D team with
rich experiences in the field of wind energy, solar energy and battery formation equipment. And the
same. we owned the advanced lab for big power wind turbine converter and solar inverter (including
the fault ride-through testing platform), owned the first-class national production line.
The company focused on the R & D, manufacturing and services of the wind turbine converter
[1.0MW-5.0MW series], solar inverter [30kW-1.0MW series], main control system and pitch system,
as well as the battery formation equipments.
With the 50,000 square meters of modern electrical R & D and manufacturing bases, we owned the
annual production capacity of more than 3000 wind turbine converters, 1500 sets of main control
system and pitch system, and 2000 sets of the solar inverter respectively.
111
Changzhou Ruihua Power Electronic Devices Co., Ltd.
BOOTH A5
Tel: 0519-82711101
Web: www.ruihuaelec.com
Add: No.8, Shentou Industry Park Jintan, Jiangsu Province P.R.C
The subsidiary company of A share listed company ——SHANGHAI HITE CONTROL SYSTEM
CO.LTD.
The company was founded in 2009, the registered capital up to 180 million RMB, the total number of
employees are nearly 600 people until 2015, among them, more than 150 personnel are the experienced
experts and technicians from the power electronics industry. Not only we owned the R&D team with
rich experiences in the field of wind energy, solar energy and battery formation equipment. And the
same. we owned the advanced lab for big power wind turbine converter and solar inverter (including
the fault ride-through testing platform), owned the first-class national production line.
The company focused on the R & D, manufacturing and services of the wind turbine converter
[1.0MW-5.0MW series], solar inverter [30kW-1.0MW series], main control system and pitch system,
as well as the battery formation equipments.
With the 50,000 square meters of modern electrical R & D and manufacturing bases, we owned the
annual production capacity of more than 3000 wind turbine converters, 1500 sets of main control
system and pitch system, and 2000 sets of the solar inverter respectively.
ECU Electronics Industrial Co., Ltd.
BOOTH A6
Tel: 86-551-68165111
Web: www.ecu.com.cn
Add: No.41 TianZhi Rd, Huadian Building, Hefei,230088, Anhui, China
ECU Electronics Industrial Co. Ltd (ECU) has been committed to providing integrated professional
power solutions since its establishment in 1992, focusing on research, manufacturing and marketing of
power supply products. ECU has an outstanding partnership with many world’s top 500 companies by
virtue of its core power technology and creative professional team and enjoys a high profile and
reputation in the industry. The products manufactured are exported worldwide, eg. USA, Europe,
Australia, etc.
As a leading supplier in power supply industry, ECU can promptly provide you with full-range power
solutions on the basis of standard product platform and its 20 years experience in power supply
research and manufacturing.
112
Exhibition Hall Foor Plan
Delta Greentech (China) Co., Ltd.
BOOTH A7
Tel: 201-5863 5678
Web: www.deltagreentech.com.cn
Add: No.238,Minxia Rd., Pudong Dist.,Shanghai
Delta GreenTech (China) Co., Ltd. was founded in 1992 and has kept a compound annual growth rate
of 27% since its commencement. We provide our clients of mission-critical industries with highly
efficient and reliable products, solutions and services in the areas of power, display, industrial
automation and energy management. The company also occupies top3 position in the market of
telecom power nationwide and has been the leading provider of digital visual display and industrial
automation. Adhering to the mission of ―To provide innovative, clean and energy-efficient solutions for
a better tomorrow‖, Delta Greentech has implemented several landmark projects of renewable energy,
emission reduction and building energy conservation.
To serve the uninterrupted operation demand of our clients, Delta GreenTech has set up a service
network in mainland China including 48 branch offices, 74 technical service hubs and 12 repairing
workshops. Through more than 20 years of exploring and cultivation in the market, by the effort of
approximately 1,500 employees, Delta GreenTech made the RMB 3. 3 billion turnover in 2015. In
close collaboration with our clients, we are dedicated to pursuing of innovation and development that
create a smarter and greener world - together.
Windsun Science & Technology Co., Ltd.
BOOTH A8
Tel: 0086-0537-7216247
Web: www.fengguang.com
Add: Jincheng road,development zones of country Wenshang,city of Jining in Shandong
Windsun Science & Technology Co., Ltd. is a Yankuang Group investment holding enterprise,
specializing in power electronic energy-saving control technology and related product development,
production, sales and service. It’s a national high-tech enterprise.
Our company is one of approved national standard drafting and validation unit of inverter. It’s the vice
chairman unit of inverter branch of CEEIA. We have built Shandong Province Inverter Research and
Promotion Center, Shandong Province Power Electronics & Inverter Engineering Technology Research
Center, Shandong Province Power Electronic Technology & Energy Equipment Academician
Workstation, Shandong Province Enterprise Technology Center, Shandong Province Software
Engineering Technology Center and other Scientific and Technological Innovation Platform.
Up to now, our company has all kinds of 107 independent intellectual property rights. The product has
won a National Technology Invention, 5 national key new product title, 2 national Torch Plan, 2
technology innovation fund project of middle and small-sized enterprise and 4 Shandong Province
Science and Technology Progress Award. Our company participated in the development for 2 national
"863" product and a National Science Engineering Equipment.
113
OPAL-RT Technologies Inc.
BOOTH A9
Headquarter Office
Beijing Representative
Tel: 514-935-2323
Tel: 010-59822331
Toll free:1-877-935-2323
Web: www.opal-rt.com
Add: Headquarter Office:1751 Richardson,Suite 2525 Raycom Info Tech park,Montreal,Quebec,Canada
H3K 1G6
Beijing Representative:545,Tower C,South block,No.2 Kexueyuan South Road,100190 China
TECHNOLOGIES is a world leading developer of open, Real-Time Digital Simulators and
Hardware-in-the-Loop (HIL) testing equipment for electrical, electro-mechanical and power electronics
systems. With ―democratizing real-time simulation‖ as a founding vision, OPAL-RT continues to work
towards that goal today with several products considered as key milestones along the way to putting
Simulators and HIL equipment on every engineer’s desk.
OPAL-RT validation and test benches are used by engineers and researchers at leading manufacturers,
utilities, universities and research centers around the world, and in the various fields: electric drives,
power electronics, aerospace and defense, automotive and transportation, power systems, and industrial
manufacturing.
OPAL-RT simulators integrate parallel, distributed computing with commercial-off-the-shelf technologies.
Therefore, they provide high performance, scalability and affordability.
Customers use our real-time systems to perform Rapid Control Prototyping, Controller and ECU Testing,
and HIL testing of mechatronics, electric drives, power electronics and various other complex systems.
Software-In-the-Loop, Control Prototyping and HIL simulation processes enable engineers to quickly test
and iterate their control strategies and their protection systems in order to decrease development costs and
time. These processes, used by all industries, allow corrections to be made early in the product
development.
Infineon Technologies China Co. Ltd.
BOOTH A10
Tel: +86 13482139276
Web: www.infineon.com
Add: No.7&8,Lane 647,Song Tao Road,Zhang Jiang Hi-Tech Park, Pudong,Shanghai,China
Infineon Technologies AG is a world leader in semiconductor solutions that make life easier, safer and
greener. Microelectronics from Infineon is the key to a better future. In the 2015 fiscal year (ending
September 30), the company reported sales of about Euro 5.8 billion with some 35,400 employees
worldwide. Infineon is listed on the Frankfurt Stock Exchange (ticker symbol: IFX) and in the USA on
the over-the-counter market OTCQX International Premier (ticker symbol: IFNNY).
Further information is available at www.infineon.com
This press release is available online at www.infineon.com/press
Follow us: twitter.com/Infineon - facebook.com/Infineon –plus.google.com/+Infineon
114
Exhibition Hall Foor Plan
Keysight Technologies(China) Co., Ltd.
BOOTH A11
Tel: 010-64396888
Web: www.Keysight.com
Add: No.3,Wang Jing Bei Lu, Chao Yang District, Beijing, PRC.
On Sept. 19, 2013, Agilent Technologies announced plans to separate into two publicly traded
companies through a tax-free spinoff of its electronic measurement business. The new company,
Keysight Technologies, began operating as a wholly owned subsidiary of Agilent on Aug. 1, 2014 with
a full separation anticipated in November 3, 2014. Keysight was trade on the NYSE under the symbol
KEYS.
Keysight is a global electronic measurement technology
and market leader helping to transform its customers’ measurement experience through innovation in
wireless, modular, and software solutions. Keysight provides electronic measurement instruments and
systems and related software, software design tools and services used in the design, development,
manufacture, installation, deployment and operation of electronic equipment. Information about
Keysight is available at www.keysight.com.
Chroma ATE Inc.
BOOTH A12
Tel:+886-3-327-9999
Ax: +886-3-327-8898
Web: www.chromaate.com
Add:
Taiwan,
HROMAATE
INC.(HEADQUARTERS),6
Huaya
1st
Road,Guishan,Taoyuan
33383,Taiwan
Founded in 1984, Chroma ATE Inc. is a world leading supplier of precision Test and Measurement
Instrumentation, Automated Test Systems, Manufacturing Execution Systems and Turnkey Test and
Automation Solutions marketed globally under the brand name "Chroma".
Significant markets Chroma serves include LED, photovoltaic, Li-battery, electric vehicle (EV/EVSE),
semiconductor/IC, laser diode, flat panel display, video and color, power electronics, passive
component, electrical safety, and thermoelectric test, as well as automated optical inspection and
manufacturing execution systems.
115
East Group Co., Ltd.
BOOTH 6
Tel:0769-22897777-8005
Web: www.eastups.com
Add: No.6 Northern Industry Road, Songshan lake SCI&TECH industry Park, Dongguan City.
Founded in 1984, Chroma ATE Inc. is a world leading supplier of precision Test and Measurement
Instrumentation, Automated Test Systems, Manufacturing Execution Systems and Turnkey Test and
Automation Solutions marketed globally under the brand name "Chroma".
Significant markets Chroma serves include LED, photovoltaic, Li-battery, electric vehicle (EV/EVSE),
semiconductor/IC, laser diode, flat panel display, video and color, power electronics, passive
component, electrical safety, and thermoelectric test, as well as automated optical inspection and
manufacturing execution systems.
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