INTELEC 2015 Preliminary Program (as of 23 September 2015)
Sunday 18 October
Registration
13:00 – 18:00
Place: 8th Floor, Swissotel Nankai Osaka
Four Tutorials are under planning in the afternoon of Sunday 18 October.
Two Tutorials will be held concurrently.
Tutorials are free of charge and welcome all registered participants.
Details will be given soon.
Tutorial 1/2
14:00 – 15:30
Rooms: Toki/Kujaku(8th Floor)
Tutorial 3/4
16:00 – 17:30
Rooms: Toki/Kujaku(8th Floor)
Welcome Reception
Sunday 18 October 18:00 – 20:00
Place: 7th Floor, Swissotel Nankai Osaka
Welcome reception will be held at the place of the Exhibition.
All registered participants are invited to attend.
Monday 19 October
Opening and Keynote
Monday 19 October 8:30 – 11:30
Room: Naniwa, 8th Floor
KL1-1
NTT Group's actions towards Resilience and Green
Dr. Hiromichi Shinohara
Representative Director and Senior Executive Vice President,
Chief Technology Officer, Chief Information Security Officer,
Senior Vice President of Research and Development Planning;
in charge of technical strategy and international standardization,
NIPPON TELEGRAPH AND TELEPHONE CORPORATION
KL2-1
Energy for Telecommunications: the Next 25 years
Mr. Alex McEachern
Fellow of IEEE, President of Power Standards Lab
KL2-2
Approaches to Overcome the GOOGLE Little Box Challenges
Prof. Dr. Johann W. Kolar
Fellow of IEEE, Director, Power Electronic Systems Laboratory,
Department of Information Technology and Electrical Engineering (D-ITET))
11:30 – 13:30
Break for Lunch
1
INTELEC 2015 Preliminary Program (as of 23 September 2015)
CS01
Commercial Session by Sponsors 1
Date & Time:
Monday 19 October 13:30 – 15:05
Room:
Hakucho(8F)
TS01
HVDC Power Systems 1
Date & Time:
Monday 19 October
Room:
Toki(8F)
TS01-1
TS01-2
TS01-3
TS01-4
TS01-5
TS02
TS02-1
TS02-2
TS02-3
TS02-4
TS02-5
13:30 – 15:35
Development of Fuses for High Voltage Direct Current Power System
Yuji Yoshida and Yosuke Furuya,
Daito Communication Apparatus Co., Ltd., Japan
Three Case Studies of Commercial Deployment of 400VDC Data/Telecom Centers in the EMEA Region
Sara Lisy1 and Mirna Smrekar2
1
Emerson Network Power, United States and 2Emerson Network Power, Croatia
Development of high-efficiency downsized power conversion (380 V to -48 V) equipment for HVDC power
supply system
Naoki Hanaoka1, Akiko Takahashi1, Toru Tanaka1, Nobuhiko Yamashita2 and Masahisa Sugahara2
1
NTT FACILITIES, INC., 2NTT, Japan
Digital Peak Current Mode DC-DC Converter for Data Center in HVDC System
Kazuhiro Kajiwara1, Fujio Kurokawa1, Hidenori Maruta1, Yuichiro Shibata1 and Keiichi Hirose2
1
Nagasaki University, 2NTT FACILITIES, INC., Japan
Development of appliance coupler for 400V direct current system.
Koichi Kiryu, Koki Sato and Kyohei Seki
Fujitsu Component Limited, Japan
Battery Technology 1
Date & Time:
Monday 19 October
Room:
Kujaku(8F)
13:30 – 15:35
Energy Storage System with Cylindrical Large Formatted Lithium Ion Batteries for Industrial Applications
Shoichi Hirota1, Manabu Ochida1, Kenji Hara1 and Yuichiro Mishiro2
1
Hitachi Chemical, 2Shin-Kobe Electric Machinery, Japan
Green and compact backup battery solution for Green Datacenter
Sturat Lansburg
SAFT, France
Development of long cycle life valvel-regulated lead-acid battery for large-scale battery energy storage
system to utilize renewable energy
Shinichi Sano1, Yoshikazu Hirose2, Hisaki Takeuchi2, Shigeo Aone2 and Yoshiaki Ito1
1
Hitachi Chemical Co., Ltd., 2Shin-Kobe Electric Machinery Co., Ltd, Japan
Performance Study of a Vanadium Redox Flow Battery (VRB) for Use in Green Data Centers
Rajagopalan Badrinarayanan, Zhang Yu and King Jet Tseng
Nanyang Technological University, Singapore
Failure Mechanism due to Aging Effects in Lithium-Ion Batteries
Alvin Wu, Dean Wu and Carl Wang
Underwriters Laboratories Taiwan Co., Ltd., Taiwan
2
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS03
Topologies and Techniques for Power Converters 1
Date & Time:
Monday 19 October 13:30 – 15:35
Room:
Aoi(9F)
TS03-1
Modular Multi-stage Marx Topology for High Boost Ratio DC/DC Converter in HVDC
Ponniran Asmarashid, Koji Orikawa and Junichi Itoh
Nagaoka University of Technology, Japan
Single Input Triple Output DC-DC Converter for Automation Applications
Mahmoud Eid, Mohamed Youssef and Ying Wang
University of Ontario Institute of Technology, Canada
High Efficiency of 3level Inverter embedding Neutral Point Voltage Shifting Control
Hiroki Munechika, Akihiro Ohori and Nobuyuki Hattori
DAIHEN Corporation, Japan
A Nine-Switch Interleaved Three-Phase AC-DC Single Stage Isolated Converter Implemented with SiC
MOSFETs
Kawsar Ali, Pritam Das and Sanjib Kumar Panda
National University of Singapore, Singapore
Dynamic Analysis of the Three-Level LLC Resonant Converter for a Rectifier in HVDC Distribution System
Hiroyuki Haga1 and Fujio Kurokawa2
1
Shindengen Electric Manufacturing Co., Ltd., 2Nagasaki University, Japan
TS03-2
TS03-3
TS03-4
TS03-5
TS04
TS04-1
TS04-2
TS04-3
TS04-4
TS04-5
15:35 – 16:00
Disaster Recovery and Mitigation
Date & Time:
Monday 19 October
Room:
Akane(9F)
13:30 – 15:35
Numerical evaluation of communication networks resilience with a focus on power supply performance
during natural disasters
Alexis Kwasinski
University of Pittsburgh, United States
Interoperability of Electricity Distribution and Communication Networks in Large-Scale Outage Situations
Seppo Horsmanheimo, Kari Maki, Niwas Maskey and Lotta Tuomimaki
VTT Technical Research Center of Finland, Finland
Wavelet Based Fault Tolerance in Grid interface system for DC Power Distribution Network
Heng Goh Yap and King Jet Tseng
Nanyang Technological University, Singapore
Energizing Microgrids with Electric Vehicles during Emergencies – Natural Disasters, Sabotage and Warfare
Ustun Taha Selim1, Cali Umit2 and Kisacikoglu Mithat3
1
Carnegie-Mellon University, United States, 2 Gediz University, Turkey and 3Hacettepe University, Turkey
Cost-benefit Analysis of a microgrid system
Midori Nonogaki, Keiichi Hirose and Junpei Inamori
NTT FACILITIES, Japan
Coffee Break (Exhibition Area, 7th Floor)
3
INTELEC 2015 Preliminary Program (as of 23 September 2015)
CS02
Commercial Session by Sponsors 2
Date & Time:
Monday 19 October 16:00 – 18:05
Room:
Hakucho(8F)
TS05
HVDC Power Systems 2
Date & Time:
Monday 19 October
Room:
Toki(8F)
TS05-1
TS05-2
TS05-3
TS05-4
TS05-5
TS06
TS06-1
TS06-2
TS06-3
TS06-4
TS06-5
16:00 – 18:05
Concept of new power supply system topology using 380 V and 48 V DC bus for future datacenters and
telecommunication buildings
Toru Tanaka1, Akiko Takahashi1, Naoki Hanaoka1, Koki Asakimori1, Atsushi Sakurai2, Nobuhiko Yamashita2 and
Takeshi Iwato2
1
NTT FACILITIES, INC. and 2NTT Energy and Environment Systems Laboratories, Japan
High efficiency remote power distribution for telecom infrastructure
Ole Jakob Sordalen1, Bjorn Havard Stokke1, Erling Skallerud1, Morten Schoyen1 and Gunter Schmitt2
1
ELTEK AS, Norway and 2ELTEK GmbH, Germany
A Novel Control Strategy for Multi Energy Source Power Supply for DC Link Connection
Fumiya Nagano and Youichi Itou
Sanken Electric Co., Ltd., Japan
380Vdc/48Vdc/ 3kw DC/DC converter with 98.2% efficiency
Erik Myhre and Odd Roar Schmidt
Eltek A/S, Norway
Suppression of Output Capacitance of DC-DC Converter in HVDC System
Fujio Kurokawa1, Yudai Furukawa1, Ippei Sugimoto1, Yuichiro Shibata1 and Keiichi Hirose2
1
Nagasaki University and 2NTT FACILITIES, INC., Japan
Battery Technology 2
Date & Time:
Monday 19 October
Room:
Kujaku(8F)
16:00 – 18:05
On-line Electrochemical Impedance Spectroscopy Implementation for Telecommunication Power Supplies
Reinhold Koch1, Christoph Riebel1 and Andreas Jossen2
1
TUM CREATE Ltd., Singapore and 2Technische Universität München, Germany
Development of Nickel Zinc Technology for Reserve Power Industrial Applications – Part 1
Rhodri Evans1, Steven Vechy2, Andrew Loyns1, Christian Oettel3, Alfonso Pensado3 and Borislav Leshtanski3
1
Enersys United Kingdom, 2Enersys, United States and 3 Enersys, Germany
Study of Degradation Prediction Tool for Valve-Regulated Lead-Acid Batteries
Hiroshi Wakaki 1, Uno Yusuke 1, Susuki Nobuhiko 1, Matsushita Takashi 1, Matsumura Shoji 2
1
NTT FACILITIES, INC., 2 NTT FACILITIES RESEARCH INSTITUTE, INC., Japan
Techno Economic Assessment of Different Electrochemical Energy Storage Systems for Use in Khorasan,
Iran
Mohammad Monfared1, Hamed Heydari Doostabad1, Ali Saeedi1 and Guohong Wu2
1
Mashhad Electric Energy Distribution Company, Iran and 2Tohoku Gakuin University, Japan
Battery Quite Discharge for Capacity Evaluation based on Multi-frequency Measurement
Rugang Wang1, Qibin Kang1, Zhongliang Yang2 and Shihui Huang1
1
PITE TECH. INC. and 2Shenzhen Power Supply Co., LTD., China
4
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS07
Topologies and Techniques for Power Converters 2
Date & Time:
Monday 19 October 16:00 – 18:05
Room:
Aoi(9F)
TS07-1
Single Stage True Bridgeless AC/DC PFC Converter
Donovan Davidson
Gleneagles Technologies Ltd., Canada
Robustness Analysis for Observer-Based Active Damping of LCL Filter at Different Resonant Frequencies
Mahmoud Gaafar1, Gamal Dousoky2 and Masahito Shoyama1
1
Kyushu University, Japan and 2Minia University, Egypt
Simple Cost Function and Low Calculations MPC Algorithm for qZSI
Abualkasim Bakeer, Mohamed Orabi and Mohamed Ismeil
APEARC, Aswan University, Egypt
High-Efficiency Buck AC/DC Converter using SiC MOSFET
Junpei Isozaki, Kazuma Suzuki, Wataru Kitagawa and Takaharu Takeshita
Nagoya Institute of Technology, Japan
Design a High-Frequency Isolated AC-DC Converter for High Current Applications
MT Tsai
Southern Taiwan University of Science and Technology, Taiwan
TS07-2
TS07-3
TS07-4
TS07-5
TS08
TS08-1
TS08-2
TS08-3
TS08-4
TS08-5
Power Distribution Architectures
Date & Time:
Monday 19 October
Room:
Akane(9F)
16:00 – 18:05
The Evolution of Remote Line Powering Safety Standards for Facilitating the Transmission of Elevated DC
Voltages over Twisted Pair
Andrew Dickson1, Victor Goncalves1, Steve Robinson2 and Dan Cassidy2
1
Alpha Technologies LTD Canada and 2ADTRAN, United States
The Cost Benefits of Deploying Line Powering Systems from a Centralized Location over a Copper
Twisted-Pair Outside Plant to Energize Remote Equipment in the Distributed Telecom Network
Mourad Chergui
Alpha Technologies, Canada
Distributed Dynamic Consensus for Reliable and Economical Operation of Standalone DC Microgrid
Mohamed Orabi, Mohamed Zeary and Emad Ahmed
APEARC, Aswan University, Egypt
Energy Sharing and Energy Co-construction of the Communication Network
Mingming Liu, Lingqiao Teng, Guangji Ma, Xianhong Hu and Shi Men
ZTE Corporation, China
XMPP-based energy management system architecture for Communi-cations Systems
Yoshimichi Okuno1, Yutaka Arai1, Yasuyuki Hoshi1, Hiroyuki Henmi1, Tetsuo Otani2 and Eiji Ohba2
1
Meidensha Corp and 2Central Research Institute of Electric Power Industry, Japan
Exhibitor Reception
Monday 19 October 18:05 – 19:30
Place: 7th Floor, Swissotel Nankai Osaka
Exhibitor reception will be held at the place of the Exhibition. All registered participants are invited to attend.
5
INTELEC 2015 Preliminary Program (as of 23 September 2015)
Tuesday 20 October
TS09
High Efficiency and High Density Power Supplies 1
Date & Time:
Tuesday 20 October 08:30 – 10:10
Room:
Hakucho(8F)
TS09-1
Fundamental Efficiency Limits in Power Electronic Systems
1
2
Thomas Heckel , Cornelius Rettner1 and Martin Maerz
1
2
University Erlangen-Nuremberg and Fraunhofer IISB, Germany
Characteristics of High Frequency Gate Driver by the Use of LC Self-Excitation Oscillator
Hironori Murakami1, Naoyuki Ishibashi1, Xiuqin Wei1, Akihiko Katsuki1 and Masahiko Hirokawa2
1
Nagasaki University and 2TDK Corporation, Japan
high efficiency high density telecom power with GaN device
Chao Yan, Liping Sun, Zhihui Ding, Desheng Guo and Lihao Yan
Delta Electronics (Shanghai) Co., Ltd., China
Single Stage AD-DC Full-bridge Converter for Battery Charger
Sinichiro Hattori1 and Fujio Kurokawa2
1
ISAHAYA ELECTRONICS CORPORATION and 2Nagasaki University, Japan
TS09-2
TS09-3
TS09-4
TS10
Islanded/Gird-connected Power Systems 1
Date & Time:
Tuesday 20 October 08:30 – 10:10
Room:
Toki(8F)
TS10-1
Development of a Resilient Hybrid Microgrid with Integrated Renewable Power Generations Supplying DC
and AC Loads
Guohong Wu1, Yoshiyuki Ono1 and Mohammad Alishahi2
1
Tohoku Gakuin University, Japan and 2Mashhad Electric Energy Distribution Company, Iran
Result assessment of the first local micro grid in Mashhad, Iran
Naser Nakhodchi1, Saeed Alishahi1, Morteza Hossein Pourarab1 and Guohong Wu2
1
Mashhad Electric Energy Distribution Company, Iran and 2Tohoku Gakuin University, Japan
Experimental study of the storage battery capacity reduction by using direct current mutual power
interchanges for micro grid
Kazufumi Yuasa, Tomohito Ushirokawa, Hidenori Matsuo, Takashi Takeda, Masatoshi Noritake, Nonogaki Midori,
Ken Ozeki and Keiichi Hirose
NTT FACILITIES, INC. Japan
An Advanced Voltage Droop Control Concept for Grid-Tied and Autonomous DC Microgrids
Leopold Ott, Bernd Wunder, Yunchao Han, Julian Kaiser, Martin Maerz, Matthias Schulz and Fabian Fersterra
Fraunhofer Institute for Integrated Systems and Device Technology, Germany
TS10-2
TS10-3
TS10-4
TS11
TS11-1
TS11-2
TS11-3
TS11-4
Energy Management Techniques 1
Date & Time:
Tuesday 20 October
Room:
Kujaku(8F)
08:30 – 10:10
Loss Analysis of Energy-Storage System with Multiple Storage Devices for Grid Connection
Hitoshi Haga1, Toshihiro Shimao2, Seiji Kondo1, Koji Kato2, Youichi Itoh2, Kenji Arimatsu3 and Katsuhiro Matsuda3
1
Nagaoka University of Technology, 2Sanken Electric Co., Ltd and 3Tohoku Electric Power Co., Inc., Japan
An Intelligent Sensor-less Supervisory Power Management Control Algorithm with a Fuzzy Logic Voltage
Controller for Off-Grid Wind Systems
Joanne Hui, Praveen K Jain and Alireza Bakhshai
Queen's University, Canada
Optimized battery charge control in PV-hybrid applications
Daniel Wolf, Kai Siemer, Jose Daza Correa and Harald Muenter
Heliocentris Industry GmbH, Germany
WSN-based Energy-Efficient Data Communication Protocol for Smart Green Building Environment
Hnin Yu Shwe and Peter Han Joo Chong
Nanyang Technological University, Singapore
6
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS12
Topologies and Techniques for Power Converters 3
Date & Time:
Tuesday 20 October 08:30 – 10:10
Room:
Aoi(9F)
TS12-1
Zero-Crossing Point Detection Using Differentiation Circuit for Boundary Current Mode Converters
Jizhe Wang, Kazuki Yoshimura and Fujio Kurokawa
Nagasaki University, Japan
A Highly-efficient Two-stage DC-DC Converter with Wide Input Voltage
Chun Shang1, Liangliang Liu2, Mingming Liu2 and Shi Men2
1
SUPLET corporation and 2ZTE corporation, China
Basic Characteristics of Current Sensor-less Hysteretic Control DC-DC Converter
Kazuki Yoshimura and Fujio Kurokawa
Nagasaki University, Japan
Model Based Control of Modified Four-Phase Interleaved Boost Converter for Fuel Cell Power Source for
Mobile Based Station
Pongsiri Mungporn1, Nitchamon Poonnoi1, Suwat Sikkabut1, Chainarin Ekkaravarodome1, Phatiphat Thounthong1,
Nicu Bison2, Melika Hinaje3, Serge Pierfederici3 and Bernard Davat3
1
King Mongkut's University of Technology North Bangkok, Thailand, 2University of Pitesti, Romania and 3Université
de Lorraine, France
TS12-2
TS12-3
TS12-4
TS13
Grounding, EMC and Site Support Technology
Date & Time:
Tuesday 20 October 08:30 – 10:10
Room:
Akane(9F)
TS13-1
Conduction Noise Reduction Method for the Three-level V-connection Inverter Using Space Vector PWM
Junichi Itoh1, Minh Huynh1, Daisuke Sato1 and Koji Kato2
1
Nagaoka University of Technology and 2Sanken Electric Co.,Ltd, Japan
Conducted Noise Reduction of Totem-pole Bridgeless PFC Converter Using GaN HEMTs
Baihua Zhang1, Kewei Shi1, Qiang Lin1, Gamal Dousoky2, Masahito Shoyama1 and Satoshi Tomioka3
1
Kyushu University, Japan, 2Minia University, Egypt and 3TDK-lambda, Japan
A study on conducted disturbance below 150 kHz from commercial power conditioning system
Farhan Mahmood, Ken Okamoto and Kazuhiro Takaya
NTT Network Technology Laboratories, Japan
Introduction of Regional PPS Business
Keiichi Hiroe, Takashi Takeda, Toyonari Shimakage, Taku Ishibashi and Naoto Hirakata
NTT FACILITIES, INC., Japan
TS13-2
TS13-3
TS13-4
10:10 – 10:30
Coffee Break (Exhibition Area, 7th Floor)
7
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS14
High Efficiency and High Density Power Supplies 2
Date & Time:
Tuesday 20 October 10:30 – 12:10
Room:
Hakucho(8F)
TS14-1
Efficiency Comparison between Phase Shift and LLC Converters as Power Supply for Information and
Communication Equipments
Toshiyuki Watanabe and Fujio Kurokawa
Nagasaki University, Japan
A Battery Charger with 3-Phase 3-Level T-Type PFC
Ryuji Yamada, Satoru Fujita, Yuji Nemoto and Qichen Wang
Fuji Electric Co., Ltd., Japan
A New Phase Shedding and Phase Adding Control Scheme for Interleaved DAB Converter in IPOP
Configuration
Shiva Shankaranarayanan Muthuraj, Gorla Yadav, Pritam Das and Sanjib Panda
National University of Singapore, Singapore
A Novel High Step-Down Interleaved Converter with Coupled Inductor
Wilmar Martinez Martinez1, Jun Imaoka1, Masayoshi Yamamoto1, Kazuhiro Umetani2 and Yuki Itoh1
1
Shimane University and 2Okayama University, Japan
TS14-2
TS14-3
TS14-4
TS15
Islanded/Gird-connected Power Systems 2
Date & Time:
Tuesday 20 October 10:30 – 12:10
Room:
Toki(8F)
TS15-1
Islanding Detection for a Single Phase Bidirectional Converter in Telecommunication Power System
Bahador Mohammadpour, Majid Pahlevaninezhad, Sajjad Makhdoomi Kaviri and Praveen Jain
Queen's University, Canada
The demonstration of the CO2 reduction effect of 400V class DC micro grid for offices
Noritake Masatoshi1, Yuasa Kazufumi1, Takeda Takashi1, Kentaro Shimomachi2, Ryoichi Hara2, Hiroyuki Kita2 and
Toshiro Matsumura3
1
NTT FACILITIES, INC , 2Hokkaido University and 3Nagoya University, Japan
Influence of Availability on the Cost Analysis of Solar Powered Data Centers with AC and DC Architectures
and Mirroring Functionality
Domagoj Talapko1 and Tesnjak Sejid2
1
Emerson Network Power and 2Faculty of Electrical Engineering and Computing, Croatia
Verification of cost saving for office building using renewable energy and battery system
Tomohito Ushirokawa1, Kazufumi Yuasa1, Takashi Takeda1, Hiroaki Miyoshi2, and Kazuto Yukita2
1
NTT FACILITIES, INC., 2 Aichi Institute of Technology, Japan
TS15-2
TS15-3
TS15-4
TS16
TS16-1
TS16-2
TS16-3
TS16-4
Energy Management Techniques 2
Date & Time:
Tuesday 20 October
Room:
Kujaku(8F)
10:30 – 12:10
Economic evaluation of peak shift system using power demand forecast
Masaki Shimoda
Tokyo University of Science, Japan
System setup and state based energy control of a grid-connected multipurpose hybrid hydrogen system
Michael Steinberger, Johannes Geiling and Richard Oechsner
Fraunhofer Institute for Integrated Systems and Device Technology IISB, Germany
The Effect of Free Cooling on Reducing Total Energy Consumption for Telecommunication Base Stations
Ehsan Bitaraf Haghighi
Dantherm Cooling AB, Sweden
First Approach of Diversity Design for FPGA Based on Energy Management
1
2
2
1
1
1
Kenichi Morimoto , Masanori Nobe , Masaharu Tanaka , Yuichiro Shibata , Yudai Shirakura , Hidenori Maruta and
1
Fujio Kurokawa
1
Nagasaki University and 2Mitsubishi Hitach Power Systems, LTD., Japan
8
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS17
Topologies and Techniques for Power Converters 4
Date & Time:
Tuesday 20 October 10:30 – 12:10
Room:
Aoi(9F)
TS17-1
A High Frequency Solution for Hybrid Renewable Energy Systems
Seyedhossein Mousavian, Alireza Bakhshai and Praveen Jain
Queens University, Canada
An Isolated DC-DC Converter Using Air-core Inductor For Power Supply on Chip Applications
Takafumi Akagi, Masanobu Hatanaka, Satoshi Matsumoto, Seiya Abe
Kyushu Institute of Technology, Japan
Model Characterization and Performance Evaluation of GaN FET in DC-DC POL Regulators
Ghasem Hosseini Aghdam1 and Anders Petersson2
1
Ericsson AB and 2Ericsson Power Modules R&D, Sweden
Electrolytic capacitor less single-phase AC/DC converter using T-type NPC circuit
Mitsuyasu Abe, Hitoshi Haga and Seiji Kondo
Nagaoka University of Technology, Japan
TS17-2
TS17-3
TS17-4
TS18
TS18-1
TS18-2
TS18-3
TS18-4
12:10 – 13:30
Wireless Power Transfer 1
Date & Time:
Tuesday 20 October
Room:
Akane(9F)
10:30 – 12:10
Basic Experimental Study on Misalignment Characteristic of Electrical Resonance Coupling Wireless Power
Transfer
Hirokatsu Umegami, Masataka Ishihara, Fumiya Hattori, Mitsuru Masuda and Masayoshi Yamamoto
Shimane University, Japan
Practical Bifurcation Criteria considering Coil Losses and Compensation Topologies in Inductive Power
Transfer Systems
Jae Woo Lee1, Dong Gyun Woo1, Seung Hee Ryu1, Hee Jun Kim2 and Byoung Kuk Lee1
1
Sungkyunkwan University and 2Hanyang University, Republic of Korea
Reduction of Electric Near-Field Intensity by a Shield Box in Wireless Power Transfer via Electric Field
Resonance Coupling
Mitsuru Masuda1, Masahiro Kusunoki1, Hirokatsu Umegami2 and Masayoshi Yamamoto2
1
Furukawa Electric Co.,Ltd. and 2Shimane University, Japan
Radiator of Wireless Power Charging for Mobile Device and Its Efficiency Characterization
Achmad Munir, Ni Wayan Rahayu and Biru Ranum
Institut Teknologi Bandung, Indonesia
Break for Lunch
9
INTELEC 2015 Preliminary Program (as of 23 September 2015)
OS01
Organized Session 1
DC Power Conversion and Application
Session Organizer: Yen-Shin Lai, National Taipei University of Technology, Taiwan
Date & Time:
Tuesday 20 October 13:30 – 15:35
Room:
Hakucho(8F)
OS01-1
Analysis and Design of High Step-up DC-DC Converter with Coupled-inductor Technique
Guo-Wei Shiung, Tsorng-Juu Liang, Jia-You Lee and Po-Yen Lin
Advanced Optoelectronic Technology Center (AOTC)/Green Energy Electronics Research Center (GREERC)
National Cheng-Kung University, Tainan, Taiwan
Design and Implementation of Step-Down Converter with D-Σ Digital Control
Tsai-Fu Wu, Tin-Hao Chang, Chih-Hao Chang and Li-Chiun Lin
Elegant Power Electronics Applied Research Lab (EPEARL), National Tsing Hua University, Taiwan
Low Harmonic Design of a Buck Converter with Triangular Wave Control for Frequency Hopping
Pang-Jung Liu, Chuan-Feng Wu and Kai-Lin Peng
National Taipei University of Technology, Taiwan
Design and Implementation of a Four-Phase Converter with Digital Current Sharing Control for Battery
Charger
Sheng Yuan Ou and Liang Yen Liu
National Taipei University of Technology, Taiwan
New Switching Control Technique to Improve the Efficiency under Light Load Condition for LLC Converter
with Large Magnetizing Inductance
Yen-Shin Lai and Shau-Wei Chen
National Taipei University of Technology, Taiwan
OS01-2
OS01-3
OS01-4
OS01-5
TS19
High Efficiency and High Density Power Supplies 3
Date & Time:
Tuesday 20 October 13:30 – 15:35
Room:
Toki(8F)
TS19-1
A Method for Dividing Voltage Stress of High Voltage Class E Inverter
Tadashi Suetsugu1, Xiuqin Wei2 and Shotaro Kuga1
1
Fukuoka University and 2Nagasaki University, Japan
Switching Characterization of SiC Half Bridge Module for High Power Density Converter
Shan Yin1, K. J. Tseng1, C. F. Tong1, Rejeki Simanjorang2, C. J. Gajanayake2, and Amit K. Gupta2
1
Rolls-Royce@NTU Corporate Lab, Nanyang Technological University, Singapore
2
Advanced Technology Centre, Rolls-Royce Singapore Pte. Ltd., Singapore
Minimization of EMC filter for interconnection inverter by high switching frequency
Takuya Kataoka, Masakazu Kato and Junichi Itoh
Nagaoka University of Technology, Japan
Re-Architecting 48V Power Systems With a NovelNon-Isolated Bus Converter
Maurizio Salato
VICOR, United States
Improved Digital Control Scheme of Synchronous Rectification for LLC Resonant Converter at Light Load
Condition
Mitsuru Sato1, Gamal Dousoky2 and Masahito Shoyama1
1
Kyushu University, Japan and 2Minia University, Egypt
TS19-2
TS19-3
TS19-4
TS19-5
10
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS20
TS20-1
TS20-2
TS20-3
TS20-4
TS20-5
Energy Management Techniques 3
Date & Time:
Tuesday 20 October
Room:
Kujaku(8F)
13:30 – 15:35
Energy Management Using a Quick Charger with Storage Battery for Electric Vehicles
Taku Ishibashi, Toyonari Shimakage, Norikazu Takeuchi, Takaaki Kikuchi, and Midori Nonogaki
NTT FACILITIES, INC., Japan
Microgrids for Base Stations: Renewable Energy Prediction and Battery Bank Management for Effective
State of Charge Control
Youngsung Kwon1, Alexis Kwasinski2 and Andres Kwasinski3
1
University of Texas at Austin, 2University of Pittsburgh and 3Rochester Institute of Technology, United States
Control Charge-Discharge Using EV and PHEV Batteries for Power Demand Reduction
Yoshito Nishita and Masafumi Iwata
Advanced Technology R&D Center, Mitsubishi Electric Corporation, Japan
State of Charge Estimation Considering OCV Hysteresis in Lithium Iron Phosphate Battery for UPS
Applications
Rudy Tjandra1, Suguna Thanagasundram2, King Jet Tseng1 and Andreas Jossen3
1
Nanyang Technological University, Singapore, 2Temasek Polytechnic, Singapore and 3Technische Universität
München, Germany
ADVANCED BATTERY MANAGEMENT SYSTEM USING MATLAB/SIMULINK
BIJENDER KUMAR1, NEETA KHARE2 and PK CHATURVEDI3
1
BANASTHALI UNIVERSITY, India, 2EOS ENERGY STORAGE, United States and 3SRM UNIVERSITY, India
TS-21
Power Systems for Central Offices/Data Centers 1
Date & Time:
Tuesday 20 October 13:30 – 15:35
Room:
Aoi(9F)
TS21-1
Peak-cut Control of Smart Energy BTS
Masaki Nakamura, Kazuaki Kimura and Kazuhiko Takeno
NTT DOCOMO, Inc. Environmental Technology Research Group, Research Laboratories, Japan
Edison vs Tesla: A rematch in the telecom data center
Paul Smith, GE Critical Power, United States
How to Ensure the Modular UPS with High Reliability?
ZHOU SHU
Huawei Technologies Co., Ltd., China
Research and Application of Green Power System for New Data Centers
Zhen Wang, Xu Wang and Mingjiang Li
China Mobile, China
Strategy for Introduction of High-voltage DC Supply System at NTT Group
Takashi Okuno, Yasuyuki Ooi and Shintarou Okamura
NTT FACILITIES, INC., Japan
TS21-2
TS21-3
TS21-4
TS21-5
11
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS-22
TS22-1
TS22-2
TS22-3
TS22-4
TS22-5
15:35 – 16:00
Renewable Energy Generations 1
Date & Time:
Tuesday 20 October
Room:
Akane(8F)
13:30 – 15:35
Power Output Estimation of Cylindrical Flexible PV Modules that Can Be Mounted to a Telecommunications
Pole in Green Base Stations
Mamoru Shibasaki and Toshiaki Yachi
Tokyo University of Science, Japan
A New Integrated Hybrid Power Supply System for Telecom Site Sharing Solution
Yun Wang, Lu Xu, Jiankai Gao and Liwei Liu
ZTE corporation, China
Experimental Characteristics of a Novel Synchronous Generator for Wind Power Generation
TSUYOSHI HIGUCHI
Nagasaki University, Japan
Microgrid Control Strategies and Synchronization during Transition between Grid-Connected and
Stand-alone Mode of Operation
Sadaf Sadeghian Sorkhabi and Alireza Bakhshai
Queen's University, Canada
Solar Powered Base Station with a Multiple-Input Modified Inverse Watkins-Johnson Converter
Jeongtae Kim and Sungwoo Bae
Yeungnam University, Republic of Korea
Coffee Break(Exhibition Area, 7th Floor)
OS-02
Site Support Systems: Energy and Safety
Session Organizer: Rosario Miceli
Date & Time:
Tuesday 20 October 16:00 – 18:05
Room:
Hakucho(8F)
OS02-1
A Low-cost, Real-time Monitoring System for PV Plants based on ATmega 328P-PU Microcontroller
M. Caruso, R. Miceli, P. Romano, G. Schettino, C. Spataro and F. Viola
University of Palermo, Italy
Smart Energy Users: ICT instruments for the consumer awareness
Mariapia Martino (M)1, Guglielmina Mutani1, Michele Pastorelli (M)1 and Rosario Miceli (M) 2
1
Politecnico di Torino and 2Università di Palermo, Italy
VIMSEN – Smart Tool for Energy Aggregators
Ganesh Sauba1, Jos van der Burgt1, Emmanouel Varvarigos2, Prodromos Makris2, and Anthony Schoofs3
1
DNV GL, The Netherlands, 2Computer Technology Institute and Press «Diophantus», Greece, and 3WATTICS,
Ireland
Finite-Difference Time-Domain simulation of tower and grounding subjected to lightning
F. Viola, P. Romano, R. Miceli, A. Imburgia, M. Caruso and G. Schettino
Università degli Studi di Palermo, Italy
Embedding Final Users in Energy saving Programs
Mariapia MARTINO (M), Guglielmina MUTANI and Michele PASTORELLI (M)
Politecnico di Torino, Italy
Clustering-based Performance Assessment of Thermal Energy Management in Buildings
G. Chicco (M)1, F. de Bosio1 and M. Pastorelli (M)1 and M. Fantino2
1
Politecnico di Torino and 2Istituto Superiore Mario Boella, Italy
OS02-2
OS02-3
OS02-4
OS02-5
OS02-6
12
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS23
Topologies and Techniques for Power Converters 5
Date & Time:
Tuesday 20 October 16:00 – 18:05
Room:
Toki(8F)
TS23-1
A 380V AC-DC Single Stage Three Level Resonant Converter without Auxiliary Circuit
Cong Wang, Shangzhi Pan and Praveen Jain
Queen's University, Canada
Stand-Alone Three-Phase Symmetrical Multi-Level Inverter
Emad Ahmed, Mohamed Orabi, Mahrous Ahmed and Ahmed Salem
APEARC, Aswan University, Egypt
A Study on Trajectory Control of Manipulator Using Power Packet Dispatching
Shiu Mochiyama, Naoaki Fujii, Ryo Takahashi and Takashi Hikihara
Kyoto University Graduate School of Engineering, Japan
An Extra Low Voltage DC (ELVDC) Power Distribution for LED Lighting System
Nurul Ardiyanto, Benjamin Chew and King Jet Tseng
Nanyang Technological University, Singapore
Phase-Shift Frequency-Variant Control for Single Phase Dual Active Bridge DC/DC Converter Over a Wide
Input Voltage Range
Iman Askarianabyaneh, Majid Pahlevani and Alireza Bakhshai
Queen's University, Canada
TS23-2
TS23-3
TS23-4
TS23-5
TS24
TS24-1
TS24-2
TS24-3
TS24-4
Energy Management Techniques 4
Date & Time:
Tuesday 20 October
Room:
Kujaku(8F)
16:00 – 18:05
Single-Phase Virtual Synchronous Generator Without a Dedicated Synchronization Unit
Mohamed Orabi1, Mohamed Ismeil1, Tarek Sayed1, Mahmoud Sayed2 and Takaharu Takeshita2
1
APEARC, Aswan University, Egypt and 2Nagoya Institute of Technology, Japan
Power Control of a Bi-Directional AC/DC Rectifier Used for Telecom Backup Systems
Sajjad Makhdoomi Kaviri, Majid Pahlevani, Bahador Mohammadpour, Praveen Jain and Alireza Bakhshai
Queens University, Canada
High accuracy and resolution illuminance sensing for intelligent energy management
Yee Loon Sum, Szu Cheng Chien, Yiu Wing Edwin Chan, Boon Hee Soong and King Jet Tseng
Nanyang Technological University, Singapore
An Energy Optimization Model (EOM) to reduce Mobile Service Providers Network Costs: a Multi-Objective
Optimization Approach
Hassan Hamdoun,
University of Aberdeen, United Kingdom
13
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS25
Power Systems for Central Offices/Data Centers 2
Date & Time:
Tuesday 20 October 16:00 – 18:05
Room:
Aoi(9F)
TS25-1
Resonant Voltage doubler circuit for Solar PV converter
Kiyoshi Moro1, TADASHI MASUDA1, Takuya SUDOU1, Takashi Takeda2 and Tomohito Ushirokawa2
1
Origin ELECTRIC CO.,LTD and 2NTT FACILITIES, INC., Japan
Droop Control for Bi-Directional DC-DC Converters Used in Multi-Level Virtual Conductors
Tomohiro Takahashi1, Masakazu Miyamoto1, Gamal Dousoky2 and Masahito Shoyama1
1
Kyushu University, Japan and 2Minia University, Egypt
A Novel Concept of DC Voltage Taps for Multi-Ended DC Power Supply System
Naoya Okada, Masahide Hojo and Kenji Yamanaka
Tokushima University, Japan
Application of Powering from Mains Supply Directly in Data Centers
Zhenghai Liu, Qingfeng Zhu, Baoqing Liu and Haoming Li
Network Technology Research Institute, China United Network Communications Corporation Limited, China
Multi-cell rectifier using GaN-FET for highly efficient next generation 380-V dc distribution system
Yusuke Hayashi
Osaka University, Japan
TS25-2
TS25-3
TS25-4
TS25-5
TS26
TS26-1
TS26-2
TS26-3
TS26-4
Power Systems for Networks
Date & Time:
Tuesday 20 October
Room:
Akane(9F)
16:00 – 18:05
Voltage and Frequency Stability Analysis of AC Microgrid
ILHAMI COLAK1, RAMAZAN BAYINDIR2, Eklas HOSSAIN3 and MOHAMMED AL NUSSARI4
1
ISTANBUL GELISIM UNIVERSITY, Turkey, 2GAZI UNIV, Turkey, 3Milwaukee University, United States and 4MISAN
UNIVERSITY, Iraq
Development of a Fuse-type SPD disconnector for power supply system and the application guide
Atsushi Sato, Nobuyuki Morii and Sato Hidetaka
NTT FACILITIES, INC, Japan
A TCP-based Transport Protocol for Smart Metering Application
Mitra Farshchian1, Mohammad Alishahi2, Mohammad Hossein Yaghmaee Moghaddam3 and Amir Hossein
Mohajerzadeh3
1
Ferdowsi University of Mashhad, 2Islamic Azad University and 3Mashhad Electric Energy Distribution Company,
Iran
Determine the optimal level of automation in distribution networks with local remote control switches and
VIT switches automation
Hamid sharifian, Vahid Baghishani and Mohsen Zabihi
Mashhad Electric Energy Distribution Company, Iran
14
INTELEC 2015 Preliminary Program (as of 23 September 2015)
Wednesday 21 October
Poster Session
Date & Time:
Room:
Core Time
Set up
Removal
Wednesday 21 October 8:30 – 12:10
Naniwa(8F)
09:15 – 10:15:
Even Presentation Number (ex. PS0x- x2, x4, x6, x8, x0)
10:45 – 11:45:
Odd Presentation Number (ex. PS0x-x1, x3, x5, x7, x9)
At least one author should stand at his/her poster during above mentioned time.
Wednesday 21 October 07:30 - 08:30
Wednesday 21 October 12:10 - 12:40
Coffee will be served in the Poster Session Room from 10:10 to 10:30.
PS-01
Renewable Energy Generations
PS01-01
New Energy Services Based on Distributed Energy System
Yoshimichi Nakamura1, Yutaka Kamitsukasa1 and Fujio Kurokawa2
1
Smart Energy Laboratory Co.,Ltd. and 2Nagasaki University, Japan
A Study on Load Characteristics of Vibration Energy Harvester Using Parametrically Excited Pendulum
Yuichi Yokoi and Tsuyoshi Higuchi
Nagasaki University, Japan
Hybrid Energy Deployment: What to consider when enabling alternative energy sources at the cell site
Chen Hong Wong
Emerson Network Power, Malaysia
Pursuit of Simple PCS for Photovoltaic Power Generation – Optimum Waveforms
Keiju Matsui1, Eiji Oishi1, Mikio Yasubayashi2, Masayoshi Umeno2, Hideo Uchida2, Masaru Hasegawa2 and Yasutaka
Kawata1
1
Minna-denryoku Ltd. and 2Chubu University, Japan
PS01-02
PS01-03
PS01-04
PS02
Islanded/Gird-connected Power Systems
PS02-06
PS02-07
Experimental Study on an Energy-flexibility System using DC Power supply Method
Hidekazu Hoshi, Masatoshi Noritake, Takashi Takeda, Tadatoshi Babasaki and Keiichi Hirose
NTT FACILITIES, INC., Japan
Introduction and its operational status of multiple type of renewable energy system in Regional Disaster
Prevention base
Toshiaki Murakami, Takaaki Kikuchi and Keiichi Hirose
NTT FACILITIES, INC., Japan
PS03
Power Systems for Central Offices/Data Centers
PS03-09
A Consideration of Transient Response for Sensorless Model Control DC-DC Converter
Yudai Furukawa1, Shota Hirotaki1, Shingo Watanabe1, Fujio Kurokawa1, Nobumasa Matsui2 and Ilhami Colak3
1
Nagasaki University, 2Nagasaki Institute of Applied Science, Japan and 3Gelisim University, Turkey
Verification of selective breaking performance by distribution board for data centers
Hiroshi Ishidate, Kenji Otomo and Toshihiro Sato
CHUO ELECTRIC WORKS CO.,LTD., Japan
Efficiently Utilizing Energy-saving Measures and Renewable Energy in Data Centers by Implementing an
HVDC Power-supply System
Hiroya, yajima, keiich Hirose, tadatoshi babasaki and hidekazu hoshi
NTT FACILITIES, INC., Japan
PS03-10
PS03-11
15
INTELEC 2015 Preliminary Program (as of 23 September 2015)
PS04
Power Distribution Architectures
PS04-13
A Soft-Switching Modular Three-Phase AC Voltage Regulator
Maoh Chin Jiang
National Ilan University, Taiwan
Stability Techniques of Power Hardware-in-the-loop Simulation with Time Delay Compensation
Naoki Iwado1, Akihiro Ohori1, Nobuyuki Hattori1 and Tsuyoshi Funaki2
1DAIHEN Corporation and 2Osaka University, Japan
PS04-14
PS05
Power Systems for Networks
PS05-15
Tech Tree study on Foreign Object Detection Technology in Wireless Charging System for Electric Vehicles
Ji Won Jeong1, Seung Hee Ryu1, Hee Jun Kim2 and Byoung Kuk Lee1
1
Sungkyunkwan University and 2Hanyang University, Republic of Korea
Industrial trend on EMI technology for Contactless Power Transfer of Electric Vehicle
Ji Won Jeong1, Seung Hee Ryu1, Hee Jun Kim2 and Byoung Kuk Lee1
1
Sungkyunkwan University and 2Hanyang University, Republic of Korea
PS05-16
PS06
Battery Technology
PS06-17
Advanced Lead Carbon Batteries for Partial State of Charge Operation in Stationary Applications
Jon Anderson and Jay Frankhouser
C&D Technologies Inc., United States
Suppressing Variation of storage batteries power in Micro Grid Using Flywheel
Hiroaki Miyoshi1, Takashi Takeda1, Kazuto Yukita1, Yasuyuki Goto1, Ichiyanagi Katsuhiro1, Tomohito Ushirokawa2,
Kazufumi Yuasa2 and Takuya Oota3
1
Aichi Institute of Technology, 2NTT FACILITIES, INC. and 3Sanyo Denki Co., Ltd., Japan
Energy Storage System Design and Integration – The Keys to Safety Design and Test
Tremelling Greg
NEC Energy Solutions, United States
The EV Charging System using Module Balancing Method in V2G system
An Yeol Ko, Do Yun Kim, Il Kuen Won, Chang Hyun Shin and Chung Yuen Won
Sungkyunkwan University, Republic of Korea
PS06-18
PS06-19
PS06-21
PS07
PS07-22
PS07-23
PS07-24
PS07-25
Energy Management Techniques
Design Considerations for ELVDC Power Distribution System Integrated Directly with DC Energy Sources
for LED Lighting in High Rise Built Environment
Si Hao Benjamin Chew, Yiu Wing Edwin Chan, Nurul Husna Ardiyanto, Yee Loon Sum, Szu Cheng Chien, Boon Hee
Soong and King Jet Tseng
Nanyang Technological University, Singapore
An Air Conditioning Control Method for Peak Power Reduction Using Heat Capacity Based Room
Temperature Constraints
Fuyuki Sato, Hiroki Kawano, Naoki Kobayashi, Yosuke Kaneko and Kenjiro Miura
Mitsubishi Electric Corporation Information Technology R&D Center, Japan
Operation Method of Microgrid Using the Forecast Method by Neural Network
Masayoshi Koyama, Takashi Takeda, Kazuto Yukita, Yasuyuki Goto, Katsuhiro Ichiyanagi and Tadahiro Goda
Aichi Institute of Technology, Japan
Control of EV Charging Station based on three-phase three-level AC/DC Rectifier
Emad El Zohri and Khairy Sayed
Sohag University, Egypt
PS08
Topologies and Techniques for Power Converters
PS08-27
A Thin Transformer Achieved by Optimizing the Resonance Voltage of an Active Clamped Soft-Switching
Converter
Teruhito Takeda, Takafumi Fujino, Kiyoshi Ogasawara, Satohiko Hosomi, Hiromichi Goto and Hideaki Abe
Panasonic Corporation, Japan
16
INTELEC 2015 Preliminary Program (as of 23 September 2015)
PS08-28
PS08-29
PS08-30
PS08-31
PS08-32
PS08-33
PS08-34
PS08-35
PS08-36
PS08-37
PS08-38
PS08-39
PS08-40
PS08-41
PS08-42
PS08-43
PS08-44
PS08-45
PS08-46
PS08-47
Prediction Based Parallel Operation of Soft-Start Control for DC-DCConverter
Fujio Kurokawa1, Tsutomu Sakai1, Maruta Hidenori1, Yuichiro Shibata1 and Keiichi Hirose2
1
Nagasaki University and 2NTT FACILITIES, INC., Japan
Analysis and Design Consideration of the Hysteretic PWM Controller
Kenta Nakamoto1, Terukazu SATO1, Takayuki TAGUCHI2, Yasuhiro GENJIMA2 and Susumu TERAMOTO2
1
Oita University and 2Origin Electric Co.,Ltd., Japan
A family of four quadrant DC/DC converters with reduced number of components and simple structure
1
2
Ali Mostaan and Mohsen Soltani
1
2
Iran, and Aalborg University, Denmark
Hybrid controlled Soft-Switching Half-Bridge Converter in DCM Operation for Battery Charge Application
Seiya Abe1, Junichi Yamamoto2 and Tamotsu Ninomiya3
1
Kyushu Institute of Technology, 2Texas Instruments Japan Ltd. and 3City of Kitakyushu, Japan
Performance Characteristic of Interleaved LLC Resonant Converter With Phase Shift Modulation
Koji Murata and Fujio Kurokawa
Nagasaki University, Japan
FPGA-Based Hardware-in-the-Loop Simulator of High Switching Frequency Power Converters
Hitoshi KIDOKORO1 and Masatoshi NAKAHARA
1
dSPACE Japan K.K. and 2Sojo University, Japan
Design of a Burst Dimming Controller with Primary-Side Control for EFL Electronic Ballast
Chang Hua Lin1, Chien Ming Wang2, Ke Keng Su1 and Liang Ho Kuo1
1
Tatung University and 2National Ilan University, Taiwan
Single-phase 7-level inverter for reducing number of switches
Kosuke Sato, Hitoshi Haga and Seiji Kondo
Nagaoka University of Technology, Japan
Deadbeat Control of Power Leveling System with EDLC
Shinichi Hamasaki, Hirotaka Fukuda, Yoshihiro Yano, Mineo Tsuji
Nagasaki University, Japan
Novel Circuit of Power Conditioning System with Energy Storage Applying Modular Multilevel Converter
Structure
Shinichi Hamasaki, Honda Takahiro and Tsuji Mineo
Nagasaki University, Japan
High-Power-Factor ZCS-PWM DC Power Supply System
Chien Ming Wang1, Changn Hua Lin2、Yu Hao Lai1, Kuan Yu Chen1 and Chien Iu Lin1
1
National Ilan University and 2Tatung University, Taiwan
Design and Validation of SVPWM Algorithm for Thermal Protection of T-Type Three-Level Inverters
MOKHTAR MOHAMED1, Gamal Dousoky2 and Masahito Shoyama1
1
Kyushu University, Japan and 2Minia University, Egypt
Thermal Improvement by Switching-Loss Reduction Technique in PWM-Controlled Output-Inductor-Less
Full-Bridge Converter with Snubber Capacitor
Kazuhide Domoto1, Yoichi Ishiduka1, Seiya Abe2 and Tamotsu Ninomiya3
1
Nagasaki University, 2Kyushu Institute of Technology and 3City of Kitakyushu, Japan
A fully digitally controlled multiple input and output voltage buckboostPOL for power supply on chip
Takuto Hashiguchi
Kyushu Institute of Technology, Japan
A ZCS-PWM Interleaved Boost Rectifier
Chien Ming Wang1, Chang Hua Lin2, Kuan Yu Chen1 and Chien Iu Lin1
1
National Ilan University and 2Tatung University, Taiwan
Loss Analysis of Current-fed Two Inductor Bi-directional DC-DC Converter using Reosnance
Eun Jung Ha1, Yong Su Noh1, Min Seuk Oh2 and Chung Yuen Won1
1
Sungkyunkwan University and 2INTECH-FA R&D Center, Republic of Korea
DC Outlet Using a Multi-Output Current Resonant Converter
Kimihiro Nishijima1, Tadanori Matsushita1, Wataru Iihoshi1 and Susumu Teramoto2
1
Oita University and 2Origin Electric Co. LTD, Japan
Optimum Dead-Time Control method of Phase-Shifted Full-Bridge Converter to Extend the ZVS Range
Lei Zhao, Haoyu Li, Yutian Wang and Yanxue Yu
Harbin Institute of Technology, China
Transient Response of Integral Gain Switchover Digital Control DC-DC Converter in Discontinuous
Conduction Mode
Kazuhiro Kajiwara, Hidenobu Tajima, Tsuyoshi Kume and Fujio Kurokawa
Nagasaki University, Japan
Three-Coil Wireless Power Transfer System Using Class-E2 Resonant DC-DC Converter
17
INTELEC 2015 Preliminary Program (as of 23 September 2015)
PS08-48
PS08-49
PS08-50
PS08-51
PS08-52
PS08-53
PS08-54
PS08-55
PS08-56
PS08-57
PS08-58
PS08-59
PS08-60
PS08-61
PS08-62
PS08-63
PS08-64
PS08-65
Agasthya Ayachit1, Dalvir Saini1, Tadashi Suetsugu2 and Marian Kazimierczuk1
1
Wright State University, United States and 2Fukuoka University, Japan
DC Capacitor Voltage Regulation of Modular Multilevel Cascade Converter (MMCC-SSBC) for DC-Powered
Data Center
Shota Oki and Hiroaki Kakigano
Ritsumeikan University, Japan
Optimization of a Transformer Used for LLC Resonant DC-DC Converters for Photovoltaic Cells
1
1
2
2
2
Hisatsugu Kato , Shotaro Karasuyama , Yoichi Ishizuka , Ogasawara Kohei and Ueda Kohei
1
2
Nagasaki University and Tabuchi Electric, Japan
Nanosecond Response Digital Controller for Switching Mode Power Supply
Shogo Hirota1, Hirotaka Nonaka1, Akinori Hariya1, Yoichi Ishizuka1 and Yasuo Masuda2
1
Nagasaki University and 2Origin Electric Co., Ltd., Japan
An Architecture of Nanosecond Level Response Digital PFM Controller for Isolated Type DC-DC Converter
Hirotaka Nonaka1, Akinori Hariya1, Shogo Hirota1, Yoichi Ishizuka1 and Kazuo Sakai2
1
Nagasaki University and 2Origin Electric Co.,Ltd., Japan
Gain Selection Effect of Reference Modification in PID Control for Digitally Controlled DC-DC Converter
Fujio Kurokawa, Daiki Mitsutake and Hidenori Maruta
Nagasaki university, Japan
Performance Characteristics of Digital Current Detector in DC-DC Converter
Yudai Furukawa1, Shusuke Maeda1, Fujio Kurokawa1 and lhami Colak2
1
Nagasaki University, Japan and 2Gelisim University, Turkey
Transient Response Improvement of Digitally Controlled Buck-Type DC-DC Converter with Feedforward
Compensator
Kosuke Sato1, Toshiro SATO2 and Makoto Sonehara2
1
Nagano Prefecture General Industrial Technology Center and 2Shinshu University, Japan
Digital Overcurrent Detector for Peak Current Mode DC-DC Converter
Kazuhiro Kajiwara, Tatsuya Ueki and Fujio Kurokawa
Nagasaki University, Japan
Improvement of Compensation Effect of Neural Network Prediction for Digitally Controlled DC-DC Converter
Hidenori Maruta, Hironobu Taniguchi and Fujio Kurokawa
Nagasaki University, Japan
Small Boost Circuit Topology for Expanding Input Voltage Range for a Bi-directional Isolated DC-DC
Converter
Takae Shimada1, Kimiaki Taniguchi2 and Kosuke Abe2
1
Hitachi, Ltd. and 2Hitachi Information & Telecommunication Engineering, Ltd., Japan
Analytical calculation of the voltage ripple on the input capacitor of the voltage-PWM inverter for High
frequency operation
Shun Endo, Yasuki Kanazawa, Masayoshi Yamamoto and Kimihiro Nanamori
Shimane University, Japan
Digitally Proportional Gain Varying Method for DC-DC Converter
Yudai Furukawa1, Takuya Shirakawa1, Fujio Kurokawa1 and Ilhami Colak2
1
Nagasaki University, Japan and 2Gelisim University, Turkey
A High-precision Constant Current Primary Side Controller with Inductance Compensation
Yang Xu1, Changyuan Chang2, Bin Bian3, Yao Chen1 and Junjie Hu1
1
Southeast University, 2Southeast University and 3Chiplink Semiconductor Company, China
Predictive Thermal Modeling for Loss Distribution Method of 3-Level Active NPC Inverter
Soon Jong Lee, Seung Wook Hyun, Seok Jin Hong, Hee Jun Lee and Chung Yuen Won
Sungkyunkwan University, Republic of Korea
The Communication Power System with V2C Adaptive Control Method
Haoyu Li, Yuan Liu, Li zhao and Zhenwei Li
Harbin Institute of Technology, China
Digital PID Based Two-Compensator for DC-DC Converter
Yudai Furukawa1, Fujio Kurokawa1 and Ilhami Colak2
1
Nagasaki University, Japan and 2Gelisim University, Turkey
Performance Characteristics of Digital Boundary Current Control Sensor-less PFC Converter
Kazuki Yoshimura, Motoshi Matsunaga and Fujio Kurokawa
Nagasaki University, Japan
Passive Regenerative Turn-off Snubber Composed of Two Diodes and a Capacitor for Two-Phase
Interleaved Boost Chopper
Kazuhiro Umetani1, Eiji Hiraki1 and Masayoshi Yamamoto2
18
INTELEC 2015 Preliminary Program (as of 23 September 2015)
1
PS08-66
Okayama University and 2Shimane University, Japan
Simple Estimating Method for Voltage Fluctuation in Paralleled Converter System with Optimized On-off
Control
Teruhiko Kohama, Keisuke Takeshita and Satoshi Tsuji
Fukuoka University, Japan
PS09
UPS Technologies
PS09-67
Stability Analysis of a DC-DC Converter for Battery Energy Storage System Feeding CPL
Adel Nasiri
University of Wisconsin-Milwaukee, United States
The predictive control of single-phase UPS system for fast dynamic characteristic
Jungmin Park, bongyeon Choi, soonryung Lee, junhyeok Jegal and chungyuen Won
Sungkyunkwan University, Republic of Korea
Serial Multi-Module UPS System Control Method Considering Battery Module Balancing
SoonRyung Lee, bongyeon Choi, SeungHo Baek and ChungYuen Won
Sungkyunkwan University, Republic of Korea
Current Sharing Algorithm for Parallel Operation of Single Phase UPS Inverters using Predictive Current
Control
Bong yeon Choi, Jung min Park, Soon ryung Lee, Jun hyeok Jegal and Chung Yuen Won
Sungkyunkwan University, Republic of Korea
PS09-68
PS09-69
PS09-70
PS10
High Efficiency and High Density Power Supplies
PS10-71
Performance Analysis of Single Film Electrode of the L-C Resonance Capacitors for using High-Frequency
Induction Heating Processing Equipment
seo Yeon Won
University of Seoul, Republic of Korea
Development of a Real-time Power and Impedance Sensor for Wireless Power Transfer Systems
Toshio Minami, Isao Tabuchi, Ryohei Tanaka and Yoshinori Tsuruda
Daihen Corporation, Japan
Analysis and Implementation of a Hybrid ZVS Converter
Bor Ren Lin and Yan Kang Du
National Yunlin university of Science and Technology, Taiwan
Analysis on the loss of hybrid transformer winding for multi-output high frequency (300W) LLC resonance
Converters
HEUNG GYOON Choi1, Kyu-Sun Chung1 and Ge Li2
1
HANYANG UNIVERSITY and 2Samsung Electro-Mechanics Co. Ltd, Republic of Korea
A 160-kW High-Efficiency Photovoltaic Inverter with Paralleled SiC-MOSFET Modules for Large-Scale Solar
Power
Ayumu Hatanaka, Hiroshi Kageyama and Toru Masuda
Hitachi, Ltd., Hitachi Research Laboratory, Japan
Analysis of GaN FET-based Phase Shifted Full Bridge DC-DC Converter
Dong Myoung Joo1, Dong Sik Kim2, Byoung Kuk Lee1, Jong Soo Kim2 and Hee Jun Kim3
1
Sungkyunkwan University, 2Daejin University, 3Ansan, Republic of Korea
PS10-72
PS10-73
PS10-74
PS10-75
PS10-76
PS11
Disaster Recovery and Mitigation/Safety Technology
PS11-77
Evaluating and Deploying Integrated Modular Solutions for Telecom
Cal Lahteenmaa
Emerson Network Power, Australia
A Novel Simple Technology for Power Switching in HVDC System
Shinya Watanabe, Yuta Sagara, Shota Yamane, Seiji Aso, Kentaro Kokura, Seiji Ikeda and Mitsugi Mori
Mitsubishi Electric Corporation, Japan
Android Tool to Evaluate Grounding Resistance
Fabio Viola1, P. Romano1, R. Miceli1, G. Vaccarella1, G. Schettino1 and M Pastorelli2
1
Università degli Studi di Palermo and 2Politecnico di Torino, Italy
Development of intelligent type power conditioner system with power storage device for photovoltaic
generation (Part2)
Youhei Takigawa1, Kazuto Yukita1, Yasuyuki Goto1, Katsuhiro Ichiyanagi1, and Atsushi Miyamoto2
PS11-78
PS11-82
PS11-83
19
INTELEC 2015 Preliminary Program (as of 23 September 2015)
1
Aichi Institute of Technology, 2Nitto Kogyo Co., Ltd., Japan
PS12
Physical and Thermal Design
PS12-79
Comparative Analysis of Power Losses for 3-Level NPC and T-type Inverter Modules
Kwanghee Lee1, Jaeho Choi2 and Hyunjin Shin2
1
Woojin Ind. Sys. Co. Ltd. and 2Chungbuk National University, Republic of Korea
Bridging the Gap: Towards an Intelligent Telecom Facility
Chen Hong Wong
Emerson Network Power, Malaysia
Magnetizing Approach for Permanent Magnets with Resonant Power Conversion
Fu Sheng Pai
National University of Tainan, Taiwan
PS12-80
PS12-81
Workshop I Opinion from telecom operators
"What telecom operators need for next generation energy infrastructure?"
Date & Time:
Wednesday 21 October 08:30 – 10:10
Room:
Hakucho(8F)
Facilitator
・Dr. Hamdoun Hassan Abdalla, University of Aberdeen, UK
Panelists:
・Mr. George Bradilovic, Telstra, Australia
・Mr. Paul Mesguich, France telecom/Orange, France
・Ms. Reiko Nishii, NTT, Japan
・Mr. Power Town, Chunghwa Telecom, Taiwan
・Mr. Wang Zhen, China Mobile, China
Coffee Service available at the Poster Session Room (Naniwa) from 10:10 – 10:30
Workshop II Is DC power Reality?
Expansion of DC power from ICT to Smart solution
Date & Time:
Wednesday 21 October 10:30 – 12:10
Room:
Hakucho(8F)
Facilitator
・Ms. Sara Lisy, Emerson Network Power, USA
Panelists:
・380VDC and renewable power sources for ICT infrastructure (UT at Austin project),
Mr. James A. Stark, EEC, USA
・DC microgrid in the US,
Mr. Brian T. Patterson, Emerge Alliance, USA
・DC power grid for community in Okinawa, Japan,
Prof. Dr. Mario Tokoro, Sony CSL, Japan
・DC-grid, European Project
Mr. Wunder Bernd, Fraunhofer IISB, Germany
・DC Micro grid in small Island in Japan,
Prof. Dr. Hisashi Tamaki, Kobe University, Japan
・Community based DC Microgrid,
Dr. Worajit Setthapun, Chiang Mai Rajabhat University, Thailand
・DC railway network,
Dr. Hayashiya, JR East, Japan.
Excursion
13:00 – 17:00
Details to be announced.
20
INTELEC 2015 Preliminary Program (as of 23 September 2015)
Banquet
19:00 – 21:30
Naniwa, 8th Floor
Thursday 22 October
OS-03
Radio Frequency Inverter and Its Applications for Wireless Power Transfer
Session Organizer: Tadashi Suetsugu, Fukuoka University, Japan
Date & Time:
Thursday 22 October 08:30 – 10:10
Room:
Hakucho(8F)
OS03-1
Design and analysis of class E inverter with MOSFET nonlinear gate-drain and nonlinear drain-to-source
capacitance
Xiuqin Wei, Nagasaki University, Japan
A Design of Inductively Coupled Wireless Power Transfer System With Coupling Coil Optimization
Takumi Noda, Tomoharu Nagashima and Hiroo Sekiya
Chiba University, Japan
Selectable Wireless Power Transfer System Using Heterodyne Detection
Tadashi Suetsugu and Shotaro Kuga
Fukuoka University, Japan
Discrete Control of Class E Amplifier with Load Fluctuation
Tadashi Suetsugu
Fukuoka University, Japan
OS03-2
OS03-3
OS03-4
TS27
TS-27-1
TS-27-2
TS-27-3
TS-27-4
TS28
TS28-1
TS28-2
TS28-3
Renewable Energy Generations 2
Date & Time:
Thursday 22 October
Room:
Toki(8F)
08:30 – 10:10
Verification Test Results of the Wide-Area Control and Operation System for Distributed Generation of
Renewable Energy
Yoshinobu Ueda and Saburo Maehira
Meidensha Corporation, Japan
Simple and Low Cost PV Simulator Using Diode Characteristics for Development of PV System
Michiharu KAWANO1, Terukazu SATO1, Takayuki TAGUCHI2, GENJIMA2 and Susumu TERAMOTO2
1Oita University and 2Origin Electronic Co.,Ltd, Japan
TCO-optimized Solar system dimensioning in BTS applications
Kai Siemer and Daniel Wolf
Heliocentris Industry GmbH, Germany
Evaluation of Various Photovoltaic Power Generation Systems
Keiichiro Hakuta, Hideaki Masaki, Masashi Nagura, Noriko Umeyama and Koki Nagai
NTT FACILITIES, INC., Japan
Architectures for Energy Storage 1
Date & Time:
Thursday 22 October
Room:
Kujaku(8F)
08:30 – 10:10
An Approach of Increasing the Battery Time of a Mobile Phone, Using Free Energy Harvesting
Jesper Jensen, Kasper Laugesen, Signe Mortensen, Kasper Jessen, Juliane Sorensen and Forouzbakhsh Farshid
Aalborg University, Denmark
Development of Magnetic Coupling with Variable Thrust Structure for Flywheel Energy Storage System in
Long Lifetime UPS
Daisuke Sato1, Junichi Itoh1, Tomoki Watanabe1, Kazuma Kawagoe1, Noboru Yamada1 and Koji Kato2
1
Nagaoka University of Technology and 2Sanken Electric Co., Ltd., Japan
Designing a Competitive Electric Vehicle Charging Station with Solar PV and Storage
ILHAMI COLAK1, RAMAZAN BAYINDIR2, Eklas HOSSAIN3, AHMET AKSOZ4 and SABRI SAYILGAN5
1
ISTANBUL GELISIM UNIVERSITY, Turkey, 2GAZI UNIVERSITY, Turkey, 3Milwaukee University, United States,
21
INTELEC 2015 Preliminary Program (as of 23 September 2015)
4
TS28-4
GAZI UNIVERSITY, Turkey and 5Turkish Aerospace Industry (TAI), Turkey
Research on the operation and control of Multivariate mixed energy storage power station
Yang Zhongliang
Shenzhen Power Supply Co., LTD./PITE TECH. INC., China
22
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS29
Utility Interface Inverters for Energy Generation and Storage
Date & Time:
Thursday 22 October 08:30 – 10:10
Room:
Aoi(9F)
TS29-1
A Study of Fault Ride Through Control using Symmetrical Coordinate Calculation
Takaaki Shimizu, Xiaoxiao Yu, Noriyuki Kimura, Toshimitsu Morizane and Hideki Omori
Osaka Institute of Technology, Japan
A Harmonic Current Injection Control Scheme for Active Islanding Detection of Grid-connected inverters
Zhongwei Guo
Shindengen Electric Mfg. Co., Ltd., Japan
Z-Source with Voltage Multiplication DC-AC Converter for Grid-Connected Photovoltaic Applications
Omar AbdelRahim, Hirohito Funato and Junnosuke Haruna
Utsunomiya University, Japan
Loss Evaluation of Matrix Converters using SiC-MOSFETs for Flywheel Energy Storage Systems
Koji Kato1, Satoru Ishiguma1, Youichi Ito1, Yoshiya Ohnuma2 and Satoshi Miyawaki2
1
Sanken Electric Co., Ltd. and 2Nagaoka Power Electronics Co., Ltd., Japan
TS29-2
TS29-3
TS29-4
TS30
TS30-1
TS30-2
TS30-3
TS30-4
10:10 – 10:30
Physical and Thermal Design
Date & Time:
Thursday 22 October
Room:
Akane(9F)
08:30 – 10:10
DESIGN OF A COMPUTER CONTROLLED SPEED CONTROL SYSTEM FOR WOUND-ROTOR INDUCTION
MACHINES
Irmak Erdal1, Colak Ilhami2, Guler Naki1, Hazer Emre1 and Kilisli Hande3
1
Gazi University, 2Istanbul Gelisim University and 3Hatay Metropolitan Municipality, Turkey
Energy-efficient cooling for Telecom networks
Grandelag Pia
Dantherm Cooling Holding A/S, Denmark
Factor Analysis of Power-saving Effects in Air-side Economizers for Data Centers
Ryuhei Tate, Shinichiro Kaneko, Yosuke Mino and Masahide Yanagi
NTT FACILITIES, INC., Japan
Economic Assessment of Solar Photovoltaic System for AC/DC Lighting Circuits
Navid Aghli, Morteza Hossein Pourarab, Saeed Alishahi, Mohsen Zabihi and Guohong Wu2
1Mashhad Electric Energy Distribution Company, Iran and 2Tohoku Gakuin University, Japan
Coffee Break (Foyer, 8th Floor)
OS04
Advanced Battery management system (BMS) Technologies for Industry Application
Session Organizer: Jaeho Choi, Chungbuk National University, Republic of Korea
Session Co-Organizer: Jonghoon Kim, Chosun University, Republic of Korea
Date & Time:
Thursday 22 October 10:30 – 12:10
Room:
Hakucho(8F)
OS04-1
State-of-Charge and Remaining Charge Estimation of Series-Connected Lithium-Ion Batteries for Cell
Balancing Scheme
Chang Yoon Chun1, B. H. Cho1 and Joonhoon Kim2
1
Seoul National University and 2Chosun University, Republic of Korea
Modularized Charge Equalizer Using fuzzy logic controller for Lithium-ion Battery System
Naxin Cui, Xiang Ji, Guang Yu and Chenghui Zhang
Shandong University, China
Evaluation of Noise Reduction in Experimental Battery Pack Voltage using Discrete Wavelet Transform and
Wavelet Packet Transform
Jonghoon Kim1 and Chang Yoon Chun2 and B. H. Cho2
1
Chosun University and 2Seoul National University, Republic of Korea
Evaluation on state of health estimation methods of lithium ion battery for electric vehicles
Rui Xiong, Fengchun Sun and Hongwen He
Beijing Institute of Technology, China
OS04-2
OS04-2
OS04-4
23
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS31
TS31-1
TS31-2
TS31-3
TS31-4
TS32
TS32-1
TS32-2
TS32-3
TS32-4
TS33
TS33-1
TS33-2
TS33-3
TS33-4
Renewable Energy Generations 3
Date & Time:
Thursday 22 October
Room:
Toki(8F)
10:30 – 12:10
MPPT Based on Incremental Conductance–Fuzzy Logic Algorithm for Photovoltaic System under Variable
Climate Conditions
Donny Radianto, Gamal M. Dousoky, and Masahito Shoyama
Kyushu University, Japan
A Novel Efficient EPP-Based Algorithm for MPPT PV Applications
Mahmoud Eid, Mohamed Youssef and Ying Wang
University of Ontario Institute of Technology, Canada
Suppression of Heat leakage by Cooling Thermoelectric Device for Low-Temperature Waste-Heat
Thermoelectric Generation
Toshihiko Ishiyama1 and Hiroaki Yamada2
1
Hachinohe Institute of Technology and 2Yamaguchi University, Japan
Virtual Synchronous Generator Control of Single Phase Voltage-Controlled Inverter for Micro Grid
Yang Chen1, Jinbin Zhao1, Keqing Qu1, Shuuichi Ushiki2, Masaaki Ohshima2 and Fen Li1
1
Shanghai University of Electric Power, China and 2Origin Electric Co. Ltd., Japan
Architectures for Energy Storage 2
Date & Time:
Thursday 22 October
Room:
Kujaku(8F)
10:30 – 12:10
Reduction of Magnetic fields to human exposure from a wireless EV charger by a new cancelling method
Jin Jia1, Yoshiki Yashima1, Hideki Omori1, Toshimitsu Morizane1, Noriyuki Kimura1 and Mutsuo Nakaoka2
1
Osaka Institute of Technology, Japan and 2Kyungnam University, Republic of Korea
Redflow advanced battery for remote telecommunication sites resilience and backup
Mike Giulianini
Redflow Limited, Australia
A Kind of Power Conditioning System (PCS) with Universal Architectures and Control Technologies
Hongyang Wu, Cheng Lu, Wei Guan and Herman Chang
Delta Power Electronics Center, China
Development of battery fluid leak detection system for UPS
Kojiro Nishioka1, Naoaki Yamato1, Keiichi Hirose1,Takao Oomori2 and Tanaka Toshimitsu1
1
NTT FACILITIES, INC. and 2HASEGAWA ELECTRIC CO.,LTD., Japan
UPS Technologies
Date & Time:
Thursday 22 October
Room:
Aoi(9F)
10:30 – 12:10
The new concept for 3-phase 4-wire UPS system
Hiroyuki Hanaoka, Hideaki Matsuo and Narumi Yanagisawa
SANYO DENKI Co., Ltd. Power Systems Division, Japan
Low Phase-to-phase-impedance Busbar for Modular Power Converter System
Hiroshi Kamizuma1, Yukio Hattori1, Daisuke Matsumoto1, Akira Mima1, Tetsuya Kawashima1, Yuichi Mabuchi1 and
Tomonori Ichikawa2
1
Hitachi, Ltd., Research & Development Group and 2Hitachi, Ltd., Infrastructure Systems Company, Japan
A Bypass Transfer Method for UPS system
Keisuke Nakano and Osamu Iyama
Sanken Electric Co., Ltd
Japan
Development of Modular Concept Uninterruptible Power System
Daisuke Matsumoto1 Yuuichi Mabuchi1, Yuichiro Konishi1, Hiroshi Kamizuma1, Yukio Hattori1, Akira Mima1, Shinji
Shirakawa1, Tetsuya Kawashima1, Ryouhei Miyagawa2 and Tomonori Ichikawa2
1
Hitachi, Ltd. Hitachi Research Laboratory and 2Hitachi, Ltd., Japan
24
INTELEC 2015 Preliminary Program (as of 23 September 2015)
TS34
TS34-1
TS34-2
TS34-3
Closing
Wireless Power Transfer 2
Date & Time:
Thursday 22 October
Room:
Akane(9F)
10:30 – 12:10
High-efficiency Wireless Power Transfer System
HUANG JEN CHIU and Hsin Che Hsieh
National Taiwan University of Science and Technology, Taiwan
Capacitive Wireless Power Transfer System with Double Matching Transformers for Reduced Stress and
Extended ZVS Range
SungJin Choi and HeeSu Choi
University of Ulsan, Republic of Korea
Control Method of Wireless Power Transfer System for Allowing Coil Position Deviation
Toshihiro Akiyama, Mamoru Ozaki, Toyohiko Tsujimoto, Mitsuru Tanabe, Hitoshi Kudo, Hideaki Abe and Akira Yabuta
Panasonic Corporation, Japan
Date & Time:
Room:
Thursday 22 October
Hakucho(8F)
12:10 – 13:00
25