Hosted by:
IEEE PES Innovative Smart Grid Technologies Europe 2011
December 5-7 Manchester United Kingdom
Gold Supporters:
CONTENTS
Gold Supporters:
WELCOME TO IEEE ISGT EUROPE 2011
04
COMMITTEES
06
MAPS
09
PROGRAM OVERVIEW
12
SOCIAL PROGRAM
18
TUTORIALS AND SPECIAL SESSIONS
19
TUTORIALS
19
IEEE STUDENT PROGRAM
21
IEEE WOMEN IN ENGINEERING
21
TECHNICAL PROGRAM
22
MONDAY 5 DECEMBER 2011
22
TUESDAY 6 DECEMBER 2011
25
WEDNESDAY 7 DECEMBER 2011
47
EXHIBITION
66
FLOOR PLAN
66
LISTING
67
Silver Supporters:
CONFERENCE INFORMATION
83
VENUE AND TRANSPORT
83
CONFERENCE PROCEEDINGS
84
GENERAL INFORMATION
86
MEDIA PARTNERS
87
WELCOME TO IEEE ISGT EUROPE 2011
Dear Colleague,
On behalf of the organizing committee we are delighted to
welcome you to the 2nd Innovative Smart Grid Technologies
Conference (ISGT) in Europe. ISGT Europe 2011 is an IEEE
Power and Energy Society conference hosted by The University
of Manchester, and we would like to thank the Gold Supporters
of the Conference, Alstom Grid, Electricity North West, Siemens
and Wipro for making this event possible. We are also grateful
for the sponsorship we received from ESB International, MIDAS,
National Grid, Omicron, PBSI Group, and Toshiba Research
Europe which has helped make this event a success.
The overall scope of ISGT Europe is to help
“smart grid” practitioners in industry and
academia increase their understanding of how
existing power systems will evolve into future-grids
that can absorb increasing levels of intermittent,
renewable and low-carbon energy sources and
more fully utilise the energy balancing capabilities
of dynamically controlled loads. The Conference is
the ideal forum for power system experts, T&D
engineers, plant designers, IT consultants,
researchers and more recent participants to discuss
state-of-the-art innovations in the increasingly
important smart grid sector.
Manchester is arguably the birth place of the 1st
“coal-based” industrial revolution and now we
welcome you to the start of the low-carbon
revolution, which for economic and environmental
viability requires both Innovative Smart Grid
Technologies and behavioural change in all our
societies. We are delighted that ISGT Europe has
attracted from all parts of the world over 230
high quality papers, keynote speakers, panellists,
exhibitors, and sponsors, and we would like to
thank all participants for their contributions
to the conference. We are also pleased to include
a message from the Minister of State for the
Department of Energy and Climate Change,
Charles Hendry, during the Opening Session
on Monday.
The speakers include strategic planners, managers,
decisions makers, technical experts, regulators,
politicians, researchers and “next generation”
4
researchers and engineers. The conference has
achieved an almost perfect mix of technical papers
and presentations from manufacturers, users and
academia and attracted a large numbers of
sponsors and exhibitors. This balance of expertise
and skills will ensure ISGT is an excellent forum for
informed discussions about “Developing Solutions
Today for the Sustainable Grids of Tomorrow”, i.e.
the main theme of the IEEE PES ISGT Europe 2011
conference. The conference will start with four
tutorials, delivered by experts renowned for their
teaching and outreach skills, and will then be
followed by almost 350 presentations organised
into regular papers, panel sessions and keynote
presentations. The latter will be delivered by
distinguished academics and industrialists from
around the world.
We guarantee that the 2nd IEEE PES ISGT Europe
2011 conference in Manchester will be an
unforgettable professional and social event, and
the hospitality and beauty of Manchester will
encourage your return.
Enjoy the conference and Manchester!
Prof. Jovica V. Milanovic
Conference General Chair
Mike Kay
Corporate Affairs Chair
Peter Crossley
Technical Programme Chair
5
COMMITTEES
General Chair
Prof J.V.Milanovic
FIET, F(f) SAEngS, FIEEE,
The University of Manchester
Technical Programme Chair
Prof P.A.Crossley
MIET, MIEEE,
The University of Manchester.
Corporate Affairs Chair
Mr M Kay
FIET, Technical Director,
Electricity North West
Technical Programme
Coordinator
Dr L.F.Ochoa
MIET, MIEEE, University of
Manchester
The IEEE liaison
Prof S.M.Rowland
FIET, SMIEEE,
The University of Manchester
Dr L.F.Ochoa
MIET, MIEEE,
The University of Manchester
Prof L.Bertling
SMIEEE, Chalmers Technical
University, Sweden
Papers and Reviews
Dr L.F.Ochoa
MIET, MIEEE,
The University of Manchester
Dr M.Barnes
MIET, MIEEE,
The University of Manchester
Prof. V.Terzija
SMIEEE,
The University of Manchester
Prof J.Keane
The University of Manchester
Dr G.Nenadic
The University of Manchester
Dr E.Alsusa
MIET, MIEEE,
The University of Manchester
Exhibition and Sponsorship
Ms Agnes Beviz
The University of Manchester
Prof I.Cotton
FIET, SMIEEE,
The University of Manchester
6
Prof A.Gibson
FIET, SMIEEE,
The University of Manchester
Mr D.Healey
MIET, Smart Grid Solutions
Ms K.Jackson
MIET, Parsons Brinckerhoff, UK
Prof P.C.Taylor
FIET, SMIEEE FHEA,
Durham University
Web, Printing and
Publication Coordinator
Ms Agnes Beviz
The University of Manchester
Mr Thomas Carpenter
The University of Manchester
Dr K.Kopsidas
MIET, MIEEE,
The University of Manchester
Student Participation
Coordinator
Dr L.F.Ochoa
MIET, MIEEE,
The University of Manchester
Dr H.Li
MIET, MIEEE,
The University of Manchester
Tutorial Coordinator
Dr J.Mutale
FIET, SMIEEE,
The University of Manchester
Social Activities
Coordinator
Mrs Laura Mitchell
The University of Manchester
Dr O.Marjanovic
MIET, MIEEE,
The University of Manchester
Treasurer
Mr P.Green
MIET, MIEEE,
The University of Manchester
Conference Secretariat
Ms Laura Mitchell
The University of Manchester
Ms Agnes Beviz
The University of Manchester
Mr Thomas Carpenter
The University of Manchester
IEEE PES ISGT Committee
Alan Rotz
IEEE PES President
Wanda Reder
IEEE PES Past President
Pat Ryan
IEEE PES Executive Director
Mohammad Shahidehpour
Chair IEEE PES ISGT 2012, USA
Meliha Selak,
IEEE PES VP Chapters
Costas Vournas
IEEE PES Region 8
Representative
International Steering
Committee
Antonio Gómez-Expósito
University of Sevilla, Spain
Bander Allaf
Saudi Electricity Company,
Saudi Arabia
Bruno Mayer
RTE, France
Chen-Ching Liu
University College Dublin,
Ireland
Damir Novosel
President of Quanta
Technology, USA
Hideki Hayashi
Toshiba, Japan
Jennifer Cooper
NG, UK
Joao Pecas-Lopes
INESC, Portugal
John D. McDonald
GE Energy T&D, USA
Marian Piekutowski
Hydro Tasmania, Australia
Mladen Kezunovic
Texas A&M University, USA
Nick Jenkins,
University of Cardiff, UK
Nikos Hatziargyriou
NTUA & PPC, Greece
Ronny Belmans
University of Leuven and ELIA,
Belgium
Seung-Jae Lee
Myongji University, Korea
Zhou Xiaoxin
China EPRI, China
International Technical
Programme Committee
Akihiko Yokoyama,
University of Tokyo, Japan
Alan Wood,
University of Canterbury,
New Zealand
Alfredo Testa,
Seconda Università di Napoli,
Italy
Anastasios Bakirtzis,
University of Thessaloniki,
Greece
Andrew Jones,
S&C, UK
Aty Edris,
Siemens Power Technologies
International, USA
Ayman Alabudljabbar,
King Abdul Aziz City for Science
and Technology, Saudi Arabia
Chris Horne,
E-on, UK
Christian Rehtanz,
University of Dortmund,
Germany
Claudio Canizares,
University of Waterloo, Canada
Daniel Kirschen,
The University of Washington,
USA
Danielle Strickland,
Aston University, UK
Dario Zaninelli,
Politecnico di Milano, Italy
Dragan Jovcic,
University of Aberdeen, UK
Dusko Nedic,
Siemens, UK
Emmanuel de Jaeger,
Laborelec, Beligum
Evangelos Dialynas,
NTUA, Greece
Felix Wu,
The University Hong Kong,
China
Gerard Ledwich,
Queensland University of
Technology, Australia
Gianluigi Migliavacca,
RSE S.p.A, Italy
Haifeng Wang,
The Queen’s University of
Belfast, UK
Hiromu Kobayashi,
CRIEPI, Japan
Igor Papic,
University of Ljubljana, Slovenia
Istvan Erlich,
University of Duisburg Essen,
Germany
Janaka Ekanayake,
University of Cardiff, UK
Janusz Bialek,
University of Durham, UK
Javad Yazdani,
University of Central Lancashire,
UK
Julija Matevosyan,
SKM, UK
Kai Strunz,
Technical University of Berlin,
Germany
Katherine Jackson,
Parsons Brinckerhoff , UK
Lalit Kumar Goel,
Nanyang Technological
University, Singapore
Lennart Soder,
KTH, Sweden
Leslie Bryans,
NIE, UK
Manuel Matos,
INESC Porto, Portugal
Mark Sumner,
The University of Nottingham,
UK
Marko Delimar,
University of Zagreb, Croatia
Michael Negnevitsky,
University of Tasmania, Australia
Mirosalv Begovic,
Georgia Institute of Technology,
USA
Mustafa Kayikci,
TNEI, UK
Nikolai Voropai,
Energy Systems Institute
of the SB RAS, Russia
Roger Dugan,
EPRI, USA
Sakis A. Meliopoulous,
Georgia Institute of Technology,
USA
Sasa Djokic,
The University of Edinburgh, UK
Soon Kiat Yee,
Siemens, UK
Stamatis Karnouskos,
SAP, Germany
Stefan Sterpu,
EDF, France
Stefano Massucco,
Università degli Studi di Genova,
Italy
Tapan Saha
The University of Queensland,
Australia
Tim Green
Imperial College, UK
Udaya D Annakkage,
University of Manitoba, Canada
Viktor Levi
Electricity North West, UK
Viktoria Neimane
Vattenfall, Sweden
Vladimir Katic,
University of Novi Sad, Serbia
Vladimiro Miranda
INESC Porto, Portugal
Will Kling
Technische Universiteit
Eindhoven, Netherlands
Xuecheng Zhang
TNEI, UK
Zbigniew Stiszynski,
University of Magdeburg,
Germany
Ziming Song,
NG, UK
7
Technology Strategy Board
LOCATION MAP
Driving Innovation
Supporting smart energy
Over the next four years,
our multi-million pound
smart energy programme
will help companies to lead
on development of future
energy systems or ‘smart grids’.
It will focus on:
Software
Network infrastructure
Hardware
Business and operational models
We are launching a £2.4m competition on 9 January 2012 seeking
feasibility studies focused on stimulating power distribution and
demand side innovations. Proposals are invited that demonstrate
innovation within individual component design and implementation,
integrated systems and novel business or operational models.
Find out more
Visit _connect at http://bit.ly/smart_connect
Join in the conversation via LinkedIn
8
at http://linkd.in/smart_link
9
10
11
FLOOR PLAN
MONDAY 5 DECEMBER 2011
(Exhibition opening times: 9:30 - 16:45)
Start
Time
LOCATION:
08:00
Registration
Exchange Hall
08:30
Exchange Auditorium
Exchange Room 1
Exchange Room 2
Exchange Room 3
Exchange Room 4
Tutorial 1:
M.Venkata, E.Boardman,
V.Levi
Tutorial 2:
R.Dugan
Tutorial 3:
M.Bollen, F. Hassan,
N.Etherden
Tutorial 4:
Q.Wu, A.B.Pedersen
Emerging Smart Grid:
Improved Distribution
Management System
incorporating Advanced
Solutions.
Tutorial on Distribution
Network Modelling
for the Smart Grid.
Page 20
Page 19
10:00
Increasing the hosting
capacity of distribution
networks using
smart-grid
technologies.
Exchange Room 5
Exchange Room 6
Exchange Room 7
IEEE Women in
Engineering (WIE)
Page 21
PES Student Event
Page 21
Smart Charging for
Electric Vehicle (EV)
Fleet Operators (FOs)
and ICT Implementation
using IEC 61850.
Page 21
Page 20
Coffee
10:30
Tutorial 1 (cont.)
11:00
12:00
Tutorial 2 (cont.)
Tutorial 3 (cont.)
Tutorial 4 (cont.)
Lunch
Opening Session (Exchange Auditorium)
13:00
Prof Jovica Milanovic The University of Manchester,
Chair of ISGT Europe 2011 conference. Page 22
Alan Rotz President of IEEE PES. Page 22
Mike Kay Network Strategy Director, Electricity North West. Page 22
Andrew Melchior Technology Strategy Board (TSB),
Lead Technologist Future Power Networks. Page 22
Prof Colin Bailey The University of Manchester,
Vice-President and Dean Faculty of Engineering and Physical Sciences. Page 22
14:30
Coffee
Keynote Session 1 (Exchange Auditorium)
15:00
Prof Hans Björn Püttgen
Director of EPFL Energy Center and IEEE PES Past President. Page 22
Dr Damir Novosel Quanta Technology/president/USA. Page 23
Prof Felix Wu University of Hong Kong, Chair of Electrical Engineering. Page 23
16:15
Coffee
Keynote Session 2 (Exchange Auditorium)
16:45
Prof Nikos Hatziargyriou
NTUA & PPC/Professor and Executive Vice-President/ Greece. Page 23
Prof Janusz Bialek
University of Durham, Proffessor of Electrical Power and Control. Page 24
Dr Hideiki Hayashi Toshiba Corporation/General Manager-Smart
Grid Technology, Transmission and Distribution Systems Div./Japan. Page 24
18:00
Finish
19:00
Welcome Reception – Manchester Museum of Science and Industry (MOSI)
13
12
TUESDAY 6 DECEMBER 2011
(Exhbition Opening Times: 8:00 - 16:30)
Start
Time
LOCATION:
08:00
Registration
Exchange Hall
Exchange Auditorium
Exchange Room 1
Exchange Room 2
Exchange Room 3
Exchange Room 4
Exchange Room 5
Exchange Room 6
Exchange Room 7
Keynote Session 3 (Exchange Auditorium)
08:30
Prof Goran Strbac
Imperial college London/UK. Page 25
Mr Michel Bena
RTE, Head of System Adequacy and Network Development. Page 25
Dr Clemens Hoffmann
Siemens, Head of Technology and Innovations for Smart Grid Applications.Page 25
09.45
Coffee
10:30
Poster Session 1
Panel 1a:
Panel 1b:
Panel 1c:
Panel 1d:
Oral 1a:
Oral 1b:
Oral 1c:
Oral 1d:
Page 30
N.Jenkins
Smart Grids
beyond electricity.
B.Kruimer
Managing Next Generation
Management Distribution
System.
Y.Hou
Smart Grid Construction –
China’s Perspective and
Practice.
G.Migliavacca
New technologies for
intelligent transmission
networks.
Standards and
Architectures for SG,
Paper IDs: 207, 21,
216, 29, 296, 270.
Architectures for SG,
Paper ID's: 112, 172,
320, 70, 300, 285.
SG & SG Management,
Paper ID's: 12, 128,
176, 75, 304, 281.
Energy Management,
Paper ID's : 200, 89,
152, 293, 279, 27.
Page 28
Page 29
Page 29
Page 26
Page 27
Page 27
Page 28
Page 26
12:00
Lunch
13:15
Poster Session 2
Keynote Session 4 (Exchange Auditorium)
Page 33
Dr C D Horne
E.ON, Head of Energy Infrastructure and End Use. Page 31
Gareth Evans
Ofgem, Head of Profession – Engineering and Technical Adviser. Page 31
Prof Costas Vournas
NTUA, Professor in the Electrical Energy Systems Laboratory. Page 32
14:35
Poster Session 3
Panel 2a:
Panel 2b:
Panel 2c:
Panel 2e:
Oral 2a:
Oral 2b:
Oral 2c:
Page 38
R.Hey
Update and review of UK
Distribution Network
Operators smart grid
projects
W.Kling
Agent-based
control of
power systems
J.Desmet
Participation of the end-user
to the implementation of
the smart grid: technical
possibilities
D.Jovcic
Feasability of DC
Networks
Energy Management,
Paper ID's: 18, 295,
51,
36, 256, 120.
Field Trials,
Paper ID's: 322, 123,
58, 220, 265, 292.
Sensor Comms, AMI,
Paper ID's: 251, 217,
47, 143, 276, 310.
Page 37
Page 38
Page 34
Page 37
Page 35
Page 34
16:05
Coffee
16:30
Poster Session 4
Panel 3a:
Panel 3b:
Panel 3c:
Panel 3d:
Panel 3e:
Oral 3a:
Oral 3b:
Oral 3c:
Page 46
B.Kruimer
Wide Area Measurement
integration into Grid
Operations
I.Kockar
Market and Regulatory
Structures for the Smart
Grids
S.McArthur
Technologies for
autonomous network
management
Data Acq Management
and Cyber Security,
Paper ID's: 119, 209,
40, 159, 194, 168.
WAMPAC,
Paper ID's: 107, 130,
78, 190, 44.
Page 40
B.Stott
Pan European Grid
Advanced Simulation
and State Estimation
(PEGASE)
Self-Healing Grids,
Paper ID's: 111, 232,
100, 184, 266, 9.
Page 39
S.Djokic
Implementation of micro
and small scale generation/
storage technologies in
future smart grids
Page 40
14
Page 36
18:00
Finish
19.00
Conference Dinner – Midland Hotel
Page 41
Page 44
Page 45
Page 44
Page 42
15
WEDNESDAY 7 DECEMBER 2011
(Exhbition Opening Times: 8:00 - 16:30)
Start
Time
LOCATION:
08:00
Registration
Exchange Hall
Exchange Auditorium
Exchange Room 1
Exchange Room 2
Exchange Room 3
Exchange Room 4
Exchange Room 5
Exchange Room 6
Exchange Room 7
Keynote Session 5 (Exchange Auditorium)
08:30
Prof Joao Pecas-Lopes
University of Porto and Director of INESC. Page 47
Prof Math Bollen
Luleå University of Technology and Energy Markets Inspectorate. Page 47
Colin Henry
Business Development Manager - Smart Grid, Siemens. Page 48
09.45
Coffee
10:30
Poster Session 5
Panel 4a:
Panel 4b:
Panel 4c:
Panel 4d:
Panel 4e:
Oral 4a:
Oral 4b:
Oral 4c:
Page 52
W.H.Wellsow
Transmission System
Security – The German
Perspective”.
A. Melchior (TSB)
TSB: Innovations in the
Distribution and Demand
for Electrical Energy.
L.Bertling
Smart Power System
with Grid for vehicle.
M.Serrano
Energy Services for
local communities.
Page 50
Reliability and
Diagnostics,
Paper ID's: 140, 65,
91, 62, 202, 249.
AC/DC T&D,
Paper ID's: 233, 74,
139, 260, 317, 316.
Page 50
Advanced Modelling
and Control,
Paper ID's: 274, 88,
61, 191, 264.
Page 48
Page 49
T.Bopp
Assessment and
Measurement of Dynamic
Network and Protection
Security in Smart Grids.
Page 51
Page 51
Page 51
Page 49
12:00
Lunch
13:15
Poster Session 6
Keynote Session 6 (Exchange Auditorium)
Page 54
David Healey
Wipro, Smart Grid Practice Lead Page 52
Laurent Schmitt
Alstom Grid, Vice President for Smart Grid Solutions Page 53
Dr Mark Osborne
National Grid, Future Strategy Team Page 53
14:35
Poster Session 7
Panel 5a:
Panel 5b:
Panel 5c:
Panel 5d:
Panel 5e:
Oral 5a:
Oral 5b:
Oral 5c:
Page 59
M.Wakefield
Smart Grid Demonstration
Collaboration in the
United States and
Internationally.
A. Jayantilal
Emerging Distribution
Management Technologies I.
J. Bialek
Dispatch, corrective control
and Smart Grids.
F.Zavoda
Smart grids and PQ
Monitoring.
AC/DC T&D,
Paper ID's: 32, 57,
245, 64, 121, 309.
VPP / DER / Microgird,
Paper ID's: 244, 272,
204, 118, 60, 144.
Page 55
Page 56
N.Voropai
Smart Grid technologies
development in russia
and neighbouring
countries.
Page 57
Page 57
Page 58
Renewables
Integration,
Paper ID's: 19, 25,
239, 248, 96, 114.
Page 58
Page 56
Page 55
16:05
Coffee
16:30
Poster Session 8
Panel 6a:
Panel 6b:
Panel 6c:
Panel 6d:
Panel 6e:
Oral 6a:
Oral 6b:
Oral 6c:
Page 65
C.A.Nucci
From renewables to
electric vehicles towards
the SMART GRID, the
electric power of the
future network.
A.Jayantilal
Emerging Distribution
Management Technologies II.
M.Lutovac
Deployment of Smart
Meters – South European
Experience.
D.Wilson
Supervision,
Management and
Control of Power
System Dynamics
using WAMS – a
Practical Perspective.
L.Bryans
Stretching the
Network.
Renewables
Integration,
Paper ID's: 278, 73,
137, 290, 34, 192.
Power Electronics,
Paper ID's: 227, 108,
150, 225, 185, 210.
Load Forecasting and
Demand Management,
Paper ID's: 167, 262,
250, 134, 301, 212.
Page 60
Page 60
Page 61
Page 62
Page 63
Page 63
Page 64
Page 62
18:00
18:15
16
Closing Ceremony (Exchange Auditorium)
Finish
17
SOCIAL PROGRAMME
MONDAY 5 DECEMBER 2011
(Exhibition opening times: 9:30 - 16:45)
All registered participants with full delegate passes and accompanying persons are welcome
to join the IEEE ISGT Europe 2011 social program as presented below (please bring your
delegate pass to enter).
WELCOME RECEPTION
Monday 5 December 19:00 - 21:00
Museum of Science and Industry (MOSI)
The reception will feature speeches by Prof. Peter Crossley
(Univ. of Manchester), Tim Newns (CEO, MIDAS) and
Councillor Neil Swannick (Chair of the Greater Manchester
energy group). MIDAS is Manchester’s inward investment
agency, with a strategic aim to secure significant levels of new
investment and employment for the city region. Launched in
2010 the GM Energy group has a remit to inform investment
and decision making in energy supply and infrastructure
Abstract:
As marked on map on page 9:
Museum of Science and Industry (MOSI)
Liverpool Road
Castlefield
Manchester
M3 4FP
CONFERENCE DINNER
Tuesday 6 December 19:00 - 23.00
The Conference Dinner is sponsored by Electricity North West
(ENW) and will take place at the Midland Hotel. This historic
building has played host to Kings, Queens and Presidents over
its 100 year history, and is symbolic of the red-bricked
Victoriana that Manchester is famous for.
Please come dressed in smart / casual attire. Music will be
provided by the Solo Players string quartet, the quartet are
all highly skilled instrumentalists and have performed with a
number of world famous artists. During the dinner there
will be a welcome speech from Prof. Jovica Milanovic (The
University of Manchester) the Chair of the Conference and
from Steve Johnson (CEO of ENW). Electricity North West
owns, operates and maintains the North West’s electricity
distribution network connecting 2.4 million properties to the
National Grid.
19:00 Pre-dinner drinks reception
20:00 Conference Dinner with speeches and
music from the Solo Players String Quartet
18
23:00 Bar closes
Tutorial 1 (Exchange Room 1)
Topic:
Emerging Smart Grid: Improved Distribution
Management System incorporating Advanced
Solutions
Presenters:
Dr S. S. (Mani) Venkata
Principal Scientist, Alstom Grid Inc. USA
Ethan Boardman
Director, IDMS, Alstom Grid Inc. USA
Dr Victor Levi
Network Strategy Manager, Electricity North West,
Ltd. UK
The Welcome Reception, which is sponsored by MIDAS,
will take place in the Museum of Science and Industry. It
will provide a chance for delegates to network and enjoy
the exhibits in the Revolution Manchester Gallery at the
museum, drinks and canapés will also be served.
Based on the site of the oldest passenger railway station in
the world, MOSI truly is a museum for everyone. Witnessing
halls full of vast, steam-powered machines in action is an
unforgettable experience. Permanent exhibitions allow you to
explore how the Industrial Revolution started in Manchester
and transformed Britain's cities as well as the lives of its people.
Tutorials (08:30 – 12:00)
This one-half day tutorial will focus on the
improvements in Distribution Management
Systems incorporating advanced technological
solutions for the emerging Smart Grid. The primary
objective of this tutorial is to present the state of
the art of the emerging smart grid from a real-time
operations point of view. The course will feature
instructors representing the perspectives of the
European distribution utility, and the DMS vendor.
Topics will include Introduction to the Emerging
Distribution Grid, Utility’s Perspective for Goals and
Requirements of the Smart Distribution Grid,
Overview of Distribution Management Functions in
the Emerging Smart Paradigm, and Advanced
Function Demonstrations. The participants will
have an opportunity to engage in an active dialog
of challenges and solutions for achieving smart
grid goals.
Contents:
• Introduction to the Emerging Distribution Grid:
Goals, fundamentals, new technologies and
advancements (45 minutes, Venkata).
Microgrid and DG, PEVs and Storage:
Nature and characteristics, operation,
control, protection and safety
• Utility’s Perspective for Goals and
Requirements of the Smart Distribution
Grid (30 minutes, Levi). UK Electricity Market,
Regulatory environment, R&D, Low Carbon,
Security, Reliability and customer
satisfaction, Projects
• Networking Break
• Overview of Distribution Management
Functions in the Emerging Smart Paradigm
(45 minutes, Venkata and Levi) Real-time
distribution state solution, unbalanced
Power Flow and Fault analysis, Protection
Coordination, Optimal Network
Reconfigurations, Fault Detection,
Fault Location, FISR, Fault Anticipation,
Demand and Volt/Var Management (including
distributed generation and demand response
schemes as alternatives to traditional
transmission delivered sources),
Outage Management, Cost Justification
for Automation.
• Advanced Function Demonstrations
(1 hr 45 min, Boardman)
• Q&A Wrap-up (15 min, all)
• Adjournment.
As marked on map on page 9:
The Midland
Peter Street
Manchester
M60 2DS
19
MONDAY 5 DECEMBER 2011
(Exhibition opening times: 9:30 - 16:45)
Tutorial 2 (Exchange Room 2)
Tutorial 4 (Exchange Room 4)
Topic:
Distribution Network Modelling for the Smart Grid
Presenters:
Dr Roger Dugan Sr. Technical Executive, EPRI. USA
Topic:
Smart Charging for Electric Vehicle (EV) Fleet Operators (FOs) and ICT Implementation using IEC 61850
Presenters:
Qiuwei Wu Technical University of Denmark. Denmark
Anders Bro Pedersen Technical University of Denmark. Denmark
Contents:
This half day tutorial will have an emphasis on
OpenDSS, the state-of-the-art open source
simulation tool for electric utility distribution
systems developed by EPRI. It will include: an
overview of the distribution modelling issues for
the Smart Grid; an introduction to OpenDSS; using
the OpenDSS to model distribution networks for
Smart Grid analyses; and, case studies and
examples.
Contents:
1. Smart Charging for EV FOs
• Congestion management techniques
Presenters:
Prof Math Bollen STRI AB and Luleå University of Technology, Sweden.
Dr Fainan Hassan Alstom T&D, UK.
Nicholas Etherden STRI AB, Sweden.
Contents:
1. Hosting capacity as a performance indicator
for future distribution networks. Impact of
distributed generation on voltage magnitude
variations, overload, protection operation, and
power quality. Hosting capacity calculations
for overvoltage and overload. Hosting capacity
and performance requirements.
20
• Charging station and EV modeling
• Additions to IEC61850-7-420
for EV modeling
• Day-Ahead Tariffs based on Locational
Marginal Prices (LMPs)
Topic:
Increasing the hosting capacity of distribution networks using smart-grid technologies
Aim:
To explain the concept of hosting capacity,
what determines it in existing networks, and how
smart-grid technologies can be used to increase
the hosting capacity. The tutorial will be partly
based on the book “Integration of distributed
generation in the power system, Math Bollen and
Fainan Hassan, Wiley, July 2011”.
• EV charging management options
• Optimal EV charging management
with minimum charging cost for EV FOs
2. Smart Charging with Day-Ahead Tariffs
Tutorial 3 (Exchange Room 3)
2. Power electronics solutions for increasing
the hosting capacity: voltage control with
and without communication; powerelectronics control of power flows; electric
cars for network support.
3. Storage and communication for increasing
the hosting capacity. Demand response,
curtailment of production and consumption,
dynamic loading of components, the role of
storage with network users and in the
network; hosting capacity and reserve.
Risk aspects of increasing the hosting capacity.
3. ICT Implementation for
EV Smart Charging using IEC 61850
• Optimal charging management for FOs
with day-ahead tariffs
• Communicating the IEC61850 models
I. Brief overview of existing communication
standards (MMS, GOOSE, GSSE etc.)
II. Introduction to the REST
implementation used in EDISON
• Example/walkthrough of charging process
(interactive demo)
IEEE Women in Engineering (11:00 – 12:00 Exchange Room 6)
This session will feature talks, a question and
answer session and an opportunity for guests to
casually network. Speaking at the session will be
Wanda Reder (Vice President of Power Systems
Services at S&C) and Lina Bertling (Head of the
Division of Electric Power Engineering at
Chalmers University).
IEEE Women in Engineering (WIE) is the largest
international professional organization dedicated
to promoting women engineers and scientists.
The mission of IEEE WIE is to inspire, engage,
encourage, and empower IEEE women worldwide
and work toward a vibrant community of
IEEE women and men to innovate the world
of tomorrow.
IEEE Student Programme (11:00 – 12:00 Exchange Room 7)
Dr Luis(Nando) Ochoa, UKRI Chapter Chair,
will welcome students and there will be a short
presentation Jairo Quiroz, the PES UKRI student
representative. All students are welcome to attend
this event to meet others attending the conference
and network in a relaxed atmosphere.
21
MONDAY 5 DECEMBER 2011
(Exhibition opening times: 9:30 - 16:45)
Opening Session (13.00 – 14:30 Exchange Auditorium)
Dr Damir Novosel
Prof Jovica Milanovic
Affiliation: The University of Manchester,
Chair of ISGT Europe 2011
Alan Rotz
Topic: PES Update and Future Direction
Affiliation: IEEE PES, President of IEEE PES
Steve Johnson
Topic: The enduring role of the distribution network
Affiliation: Electricity North West, CEO
Andrew Melchior
Topic: UK Smart Grid Innovation
Affiliation: Technology Strategy Board (TSB)
Introducing a message for ISGT Europe 2011 from
the Minister of State for the Department of Energy
and Climate Change, Charles Hendry.
Prof Colin Bailey
Affiliation: The University of Manchester,
Vice-President and Dean Faculty of
Engineering and Physical Sciences
Topic: Revitalizing the
Power Grid – Needs, Benefits
and Advancements.
Affiliation: Quanta Technology
President of Quanta Technology.
Biography: Dr Damir Novosel is President of
Quanta Technology. Prior to joining Quanta
Technology, he was President of KEMA T&D
Consulting in the US. He has also held various
positions in ABB including Vice President of global
development and product management for
automation products. His work in automation and
electrical power system monitoring, protection,
and control earned him international recognition
and was elected IEEE Fellow. Damir holds 16 US
and international patents and has published over
100 articles in Refereed Journals and Conference
Proceedings. He is presently Chair of the IEEE PES
Technical Council and IEEE PES VP of Technology
and is co-chairing Performance Requirement Task
Team for the North American Synchro Phasor
Initiative (NASPI). Damir holds PhD and MSc
degrees in electrical engineering from Mississippi
State University and University of Zagreb,
Croatia, respectively.
Keynote Session 1 (15:00 – 16:15 Exchange Auditorium)
Prof Hans B. Püttgen
Topic: Electric Energy Supply and
Demand in Emerging Regions –
System Requirements.
Affiliation: EPFL,
Director of the EPFL Energy
Center, Past IEEE PES President.
Biography: Hans B. (Teddy) Püttgen holds the
Chaire de Gestion des Systèmes Energétiques
(Energy Systems Management Chair) at the Ecole
Polytechnique Fédérale de Lausanne – EPFL – Swiss
Federal Institute of Technology in Lausanne. Upon
his arrival at EPFL, in April 2006, he also became
the inaugural Director of the Energy Center at EPFL.
Before arriving at EPFL, Professor Püttgen was
Georgia Power Professor and Vice Chair for
External Affairs in the School of Electrical and
Computer Engineering at the Georgia Institute
of Technology. At Georgia Tech, he launched
he National Electric Energy Test, Research and
Application Center, NEETRAC, and served as
its Director and Management Board Chair.
Since December 2006 Teddy Püttgen is Georgia
Power Professor Emeritus of the Georgia Institute
of Technology.
Until his arrival at EPFL, Teddy Püttgen served
as President and CEO of Georgia Tech Lorraine,
the European campus of the Georgia Institute
of Technology located in Metz, France. Teddy
Püttgen, who is a Senior Member of PES, served
as President of the Power Engineering Society
of IEEE in 2004 and 2005 and is a member of
the Governing Board and the Executive
Committee. He is a recipient of the IEEE third
millennium medal.
University of Pittsburgh, and Ph.D. degree from
the University of California, Berkeley.
Prof Felix Wu
Topic: GRIP for Smart Operation
Affiliation: The University of
Hong Kong, Professor.
Biography: Professor Felix Wu is Philip KH Wong
Wilson KL Wong Professor in Electrical Engineering
at the University of Hong Kong, where he served
as Pro Vice Chancellor (Research) from 1997 to
2000, and he is also a Professor Emeritus at the
University of California, Berkeley, where he has
been on the faculty since 1974.
Professor Wu received his B.S. degree from
National Taiwan University, MSc degree from the
Professor Wu was awarded the IEEE Fellow in 1989
for “contributions to the development of theory
and computation methods for power system
planning and operation”. He was the TEPCO
(Tokyo Electric Power Company) Chair of “Frontier
Technology for the Future Electric Energy System”
in 1991. He has been a Visiting Professor at Swiss
Federal Institute of Technology (ETH-Zurich),
University of Tokyo, University of Cassino (Italy),
and many other universities. He served as a
consultant to a number of industry and
government agencies including California Public
Utility Commission, Pacific Gas and Electric
Company, ABB-Systems Control, EPRI-USA,
Statcraft Norway, Iberdrola Spain, etc.
Keynote Session 2 (16:45 – 18:00 Exchange Auditorium)
Prof Nikos Hatziargyriou
Topic: Towards the Future
Sustainable Electric Utilities
Affiliation: National Technical
University of Athens and PPC,
Professor and Executive
Vice-President of PPC.
Biography: Professor Nikos Hatziargyriou is
deputy CEO of PPC, responsible for Transmission
and Distribution Networks, island DNO and the
Center of Testing, Research and Prototyping. Since
22
1984 he has been with the Power Division of the
School of Electrical Engineering of NTUA, where he
is was made a professor in 1995. He is a member
of CIGRE, Convener of SCC6, Fellow Member of
IEEE, was Chair of the Power System Dynamic
Performance Committee, member of the BoD of
EURELECTRIC and member of the EU Advisory
Council of the Technology Platform on SmartGrids.
He has participated in more than 60 R&D Projects,
many as a scientific coordinator, he is an author of
two books and more than 250 scientific
publications.
23
MONDAY 5 DECEMBER 2011
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 9:30 - 16:45)
(Exhibition opening times: 8:00 - 16:30)
Keynote Session 2 (16:45 – 18:00 Exchange Auditorium) continued
Keynote Session 3 (08:30 – 09:45 Exchange Auditorium)
Prof Janusz Bialek
Topic: Smart Grids: Research,
Development and Implementation
Affiliation: Durham University,
Professor of Electrical Power
and Control
Biography: Professor Janusz Bialek received his
MEng and PhD degrees in Electrical Engineering from
Warsaw University of Technology in 1977 and 1981,
respectively. From 1981 to 1989 he was a lecturer at
Warsaw University of Technology. In 1989 he moved
to Durham University where he was Lecturer and then
Senior Lecturer. From 2003 to 2009 he held Bert
Whittington Chair of Electrical Engineering at the
University of Edinburgh.
He returned to Durham University in September 2009
to take up the Chair of Electrical Power and Control.
His main research interests are in grid integration of
renewable generation, security of supply, power
transmission and distribution, power system dynamics
and power system economics. Janusz is Fellow of
Institute of Electrical and Electronics Engineers (IEEE).
Janusz has been a consultant to the former
Department of Trade and Industry (DTI) of UK
government, Scottish Government, Elexon, Polish
Power Grid Company, Scottish Power and Enron. He
has been the Principal Investigator of a number of
major research grants funded by the Engineering and
Physical Sciences Research Council (EPSRC), DTI and
Electrical Power Research Institute (EPRI) in USA.
Dr Hideiki Hayashi
Topic: Renewables Integration to the Grid Based
on Advanced Energy Management – Towards a
Low Carbon and Sustainable Society.
Affiliation: Toshiba Corporation,
General Manager – Smart Grid Technology,
Transmission and Distribution Systems Div.
Biography: Hideiki Hayashi completed a Master’s
in Electrical Engineering from the Graduate School
of Engineering Research at the University of Tokyo
in March, 1978. He then joined Toshiba
Corporation and has been pursuing electric power
systems monitoring and control systems. He
completed his doctorate (engineering) at the
University of Tokyo in 1996.
Recently, he has been pursuing the engineering of
Photovoltaic Systems and SmartGrid Systems as
well. He is now General Manager-SmartGrid
Technology of Transmission and Distribution
Systems Div. and Chief Engineer of Smart
Community Div. of Toshiba Corporation Principal
Office, developing several SmartGrid Projects
around the world.
He is Japan Representative of IEC SMB SG3,
Expert of TC8 AHG4 and convener of Jisc/Cenelec
Smart Grid WG etc.
24
Prof Goran Strbac
Topic: Business Case for Smart Grids
Affiliation: Imperial College, Professor.
Biography: Goran Strbac is a Professor of
Electrical Energy Systems. He is the Director of
the DTI Centre for Distributed Generation and
Sustainable Electrical Energy, the Convener of
CIGRE International Working Group on Economics
Michel Bena
Topic: TSOs as Key
Players in the Smart Grids
Deployment
Affiliation: RTE, Head of
System Adequacy and
Network Development
Biography: Michel Bena works for RTE, the french
TSO. He is Head of the Team System Adequacy
and Network Development, Power System
Division, R&D Department. Born in 1967,
of Integration of Distributed Generation and
a member of the Executive Team of the IEEE
Professional Network on Power Trading and
Control. He is a co-author of 3 books and has
published more than 100 scientific papers.
he graduated from Supélec (Ecole Supérieure
d’Electricité) in 1990. He’s been working since
1992 in transmission systems R&D field. First, he
got involved in tools for long term planning,then
he was in charge of activities dealing with dynamic
security and voltage control. He’s now responsible
for long-term issues in the R&D Department, that
is long-term consumption forecast, generation/
load balance and network development. He’s
furthermore involved in the SmartGrids Team that
defines RTE implication in projects both at the
national and the european level.
Dr Clemens Hoffmann
Topic: Distributed Generation and National Security of
Supply – A Contradiction?.
Affiliation: Siemens, Head of Technology and Innovations
for Smart Grid Applications
25
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 1c
Dr Yunhe Hou (10:30 – 12:00 Exchange Room 2)
Panel Sessions 1 (10:30 – 12:00)
Panel Session 1a
Prof Nick Jenkins (10:30 – 12:00 Exchange Auditorium)
Topic: Smart Grids beyond electricity
Abstract: The present Smart Grid vision
emphasises the role of electricity as the energy
vector with limited consideration of the role of
other energy networks. This Panel Session will
explore the role of other energy vectors (e.g. gas,
heat and hydrogen) in de-carbonising the energy
system over the medium term. It will consider the
benefits of considering the energy system as an
integrated whole. In particular it will address what
can be learnt from the techniques used to analyse
the development and operation of different energy
networks and how these can be combined to
ensure the energy system as a whole is optimised.
Chair Affiliation: University of Cardiff,
Professor and Institute Leader (Institute of Energy).
Panel Session 1b
Bas Kruimer (10:30 – 12:00 Exchange Room 1)
Topic: Managing Next Generation
Distribution Systems
Abstract: In order to successfully implement
Demand Response (DR) and Demand-side
Management (DSM) applications, as well as to
integrate with Plug-in Electric Vehicles (PEVs)
and other Distributed Energy Resources (DERs),
effective distribution system management
functions should be addressed together as an
overall integrated enterprise application.
Considering all types of “resources” at the
distribution system level as a whole, the DR and
DSM applications can be seen as virtual energy
resources that can be used to balance demand
and supply and to hedge operation risks. The DER
and PEVs are physical assets that supply (or
consume) the actual electrical power. Integration
of all these energy resources together is one of
the major challenges in the future smart
grid scenarios.
In this panel session, we will discuss the trends
and requirements for managing next generation
distribution systems from solution providers and
utilities point of views. Grid operators have to
manage next generation distribution systems that
26
include the new resources by using advanced
information systems, such as advanced metering
infrastructure (AMI), distribution management
systems (DMS), Energy Demand Management
Systems (EDMS), outage management systems
(OMS) and connected to geographical information,
etc. Nevertheless, effective communication that
transfers control signals and measurement values
are essential. Integrated operational procedures
also have to be implemented.
Speakers:
Marko Kruithof Systems Control and Supply
Continuity G&E at STEDIN, Netherlands
Maarten van Riet Technology Manager
at Alliander, Netherlands
Edwin Liu Executive Advisor at
Quanta Technology, USA
Frank Baldinger Director Business Development
at Locamation, Netherlands
Electricity Northwest, UK – to be confirmed
Chaired by:
Bas Kruimer Quanta Technology
Chair Affiliation: Quanta Technology, President
Topic: Smart Grid Construction
China’s Perspective and Practice
Abstract: The increasing requirements for
a reliable, secure, economic, efficient,
environmentally friendly, and safe energy
infrastructure enhance the interest in the
establishment of smart power grids all over the
world. In China, accompanying with dramatic
economic growth, undesirable effects, such as
the depletion of energy resources and pollution
of environment, have been happened.
A fundamental transformation in the way
electricity is generated, delivered, and utilized
must take place. The government of China is
pursuing aggressively the development of smart
grids. Due to the distributions of renewable
energy resources, locations of load centers, and
characteristics of current power systems, China has
special understanding on smart grids construction.
Speakers:
Chang Naichao Operation Branch of State Grids
Corporation of China, Beijing, China.
Research Framework of Technical Standard System
of Strong and Smart Grids
Jifeng Wang System Operation Department and
Power Dispatching and Control Center, China and
Huafeng Zhou Southern Power Grid, Guangzhou,
China. Research and development of operation
smart system in CSG
Haoming Liu Hohai University, China
The Development of Microgrid in China
Yunhe Hou The University of Hong Kong, China.
The Construction of China’s Smart Grid: Academic
Viewpoint
Chair Affiliation: The University of Hong Kong,
Research Assistant Professor
Panel Session 1d
Dr Gianluigi Migliavacca (10:30 – 12:00 Exchange Room 3)
Topic: New Technologies for Intelligent
Transmission Networks
Abstract: The concept of smart grids tends to be
preferentially associated to distribution networks
rather than to the transmission grid. In fact, the
next years will bring to a massive introduction of
distributed generation and this will entail the need
of integrating intelligence into the system and of
introducing more flexible management schemes.
Moreover, active distribution networks could
provide services to the system. However, the
transmission grid, yet already operated in an
“intelligent” and flexible way, is now more and
more stressed by a series of factors that prompt for
a even more flexible management of it (integration
of very large amounts of variable RES, ageing of
the present transmission grid, difficulties to get
consensus for building new overhead lines,
liberalized market and cross-border power
exchanges rising uncertainties and congestion
problems). New technologies may provide a help
in coping with these challenges. Aim of this
session is to provide a glimpse of some interesting
technological solutions that could be successfully
implemented in the transmission networks for the
next years: storage technologies, coordinated
usage of WAMS, HVDC and FACTS and thermally
monitored cable systems.
Speakers:
Gianluigi Migliavacca (RSE)
Introduction on “smart” transmission networks
Luigi De Barberis (EC JRC)
storage technologies : state of the art and
future perspectives
Ulf Häger (TU Dortmund)
Improving network controllability by coordinated
use of WAMS, HVDC and FACTS
Roberto Gaspari
Smart cables and RTTR systems
Chair Affiliation: Ricerca sul Sistema Energetico –
RSE S.p.A., Head of the Transmission Network
Planning Research Group
27
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Oral Session 1c
SG & SG Management (10:30 – 12:00 Exchange Room 6)
Oral Session 1 (10:30 – 12:00)
Oral Sessions 1a
Standards and Architectures for SG (10:30 – 12:00 Exchange Room 4)
Papers (in order of presentation):
ID 207: Hybrid security for hybrid vehicles
exploring smart grid technology, powerline and
wireless communication
Trevor Holden | Javad Yazdani
ID 21: The Ideal IED for Smart Distribution
Applications
Francisc Zavoda | Chad Abbey | Yves Brissette
ID 216: Bringing IEC 61850 and
Smart Grid together
Marco C. Janssen | Peter A. Crossley |
Li Yang
ID 29: Application of OPC UA for the Smart Grid
Sebastian Rohjans | Arno Claassen |
Sebastian Lehnhoff
ID 296: Designing an Active House Deployment
Architecture for Residential Electricity Customers’
Active Interaction with the Smart Grid
Judith E. Y. Rossebø | Larisa Rizvanovic |
Gargi Bag | Pia Stoll | Mikael Åkerholm
ID 270: Increasing Security of Supply by
the use of a Local Power Controller during
Large System Disturbances
Papers (in order of presentation):
ID12: Scalable Distribution State Estimation
approach for Distribution Management Systems
Leticia De Alvaro Garcia | Sébastien Grenard
ID 128: Decoupled symmetrical component frame
power system model for smart grid application
Khalid Mohamed Nor | Mamdouh Abdel-Akher
ID 176: Operational Windows for
Decentralized Control of Renewable DG:
Techno-Economic Trade-offs
Thipnatee Sansawatt | Luis F. Ochoa |
Gareth P. Harrison
Andrew Roscoe | Chris Bright |
Stuart Galloway | Graeme Burt
ID 75: An Approach to Smart Grid Metrics
Maximilian Arnold | Han Rui |
Wolfram H. Wellssow
ID 304: Recent Developments Towards
Novel High Performance Computing and
Communications Solutions for Smart
Distribution Network Operation
Gareth Taylor | David Wallom |
Sebastien Grenard | Angel Yunta Huete |
Colin Axon
ID 281: The role of quality measurements
within smartgrids
Alberto Venturi | Paul Clarkson |
Alistair Forbes | Paul Wright
Oral Sesion 1d
Energy Management (10:30 – 12:00 Exchange Room 7)
Oral Session 1b
Architectures for SG (10:30 – 12:00 Exchange Room 5)
Papers (in order of presentation):
ID 112: Meshing Radial Networks at 11kV and LV
Andrew Cross | Dani Strickland | Benedict
Ruben | Martin Aten | Bob Ferris
ID 172: Multi-scale Dynamic Modeling to
Maximize Demand Side Management
Aristides Kiprakis | Ian Dent | Sasa Djokic |
Stephen McLaughlin
ID 320: IEC 61850 Based Components,
Interfaces and Services for a Smart Grid
Alex Apostolov
28
ID 70: Regulatory and technical challenges
for the integration of electric vehicles
Oliver Warweg | Falk Schaller | Sabine Ritter |
Peter Bretschneider
ID 300: Domestic End-Use Simulation of Smart
Grid Technologies Liam MacIsaac, Andrew Knox
ID 285: Impact of Multi-Microgrid
Communication Systems in Islanded Operation
David Rua | Luis Pereira | Nuno Gil |
João Abel | Peças Lopes
Papers (in order of presentation):
ID 200: Non-Inertial Weight Based PSO
for Economic Dispatch
Xiaoqing Tang | Qun Niu |
Kang Li | George Irwin
ID 89: Preventing overvoltages in PV grids by
integration of small storage capacity
Colin Debruyne | Johan Vanalme |
Bart Verhelst | Jan Desmet | Jan Capelle
ID 152: Combinatory Search Method for
Determining Distribution Network Automation
Ljiljana Glamocic
ID 293: Scheduling Residential Electric Loads
for CO2 reductions
Gargi Bag | Larisa Rizvanovic |
Judith E. Y. Rossebø | Pia Stoll |
Mikael Ãkerholm
ID 279: Resource Allocation in Smart Homes Based
on Banker’s Algorithm
Ana Virag, Stjepan Bogdan
ID 27: Sustainable Building, Smartgrid-ready
Vincent Thornley | Steve Mullins |
Cristiano Marantes
29
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Poster Session 1
Protection, Control and Stability of Distribution Networks (10:30 – 12:00 Exchange Hall)
ID 59: Autonomous Distributed Coordination of
Fast Power Flow Controllers in Transmission Networks
Sebastian Lehnhoff | Ulf Häger | Thomas
Zimmermann | Christian Rehtanz
ID 72: Hierarchical Models in Power Systems
Analysis and Control
Oleg Soukhanov | Igor Yadikin
ID 86: The Effect of Advanced Load Shedding in
the Formation of Islanded MV Grids
Robert de Groot | Panagiotis Karaliolios |
Han Slootweg | Wil Kling
ID 110: Controlling Price-Responsive Heat Pumps
for Overload Elimination in Distribution
System Zsuzsa Csetvei | Jacob Østergaard |
Preben Nyeng
ID 155: Indicators for Developing innovative
feedback technologies
Iana Vassileva | Fredrik Wallin | Yong Ding |
Hedda Schmidtke | Erik Dahlquist
ID 156: Fault Analysis of Distribution Network
with Wind Turbines of DFIG
Yang Beige | Xue Hui | Bai Dandan |
Hu Wei | He Jinghan
ID 160: Comparative evaluation of power
swing detection schemes for distance relays
Vinaya Ambekar | Sanjay Dambhare
ID 162: Accelerate Protection Scheme
n Integrated Protection System
Hao Zhang | Jinghan He | Tony Yip | Zhiqian Bo
ID 193: In-House Monitoring and Control Network
for the Smart Grid of the Future
Andreia Carreiro | Gregorio López |
Pedro Moura | José Moreno | Aníbal Almeida
ID 218: Stability Enhancement of a Power System
with Wind Generation and STATCOM
Ibrahim EL-Amin | Mohammad Abido
ID 222: Applying the Artificial Fish Swarm
Algorithm for the Co-ordinated Design of
PSSs in a Real Large-scale Power System
H Cai | W Du | H F Wang | H F Li
ID 234: Modeling of Switching Power Interfaces
for Smart-Grid Stability Studies
Santiago Sanchez Acevedo | Marta Molinas
ID 253: Design and evaluation of a protection
algorithm for a wind turbine generator based on
the fault-generated symmetrical components
Tai-Ying Zheng | Seung-Tae Cha |
Byung-Eun Lee | Peter A. Crossley |
Minho Song
ID 269: Analysis of the Influence of Weather
Factors on Outages in Power Distribution Networks
Victor Barrera Nunez | Joaquim Melendez |
Sergio Herraiz Jaramillo
ID 282: Algorithm for operational planning and
emissions reduction of a microgrid comprising gas
turbines and PV-based active generators
Bruno Francois | Hristiyan Kanchev |
Vladimir Lazarov
ID 308: Protection for Distributed Generators
in the DC Micro-grid
Won-seok Lee | Sang-Hee Kang
ID 319: Towards a security architecture
for substations
Shailendra Fuloria | Ross Anderson
Keynote Session 4 (13:15 – 14:30 Exchange Auditorium)
Dr Chris D Horne
Topic: Smart Grids –
Are people the missing link?
Affiliation: E.ON New Build and
Technology, Head of Energy
Infrastructure and End Use
Biography: Dr Chris Horne studied Electrical and
Electronic Engineering at Imperial College London,
before undertaking a PhD at Cambridge on the
Design and Analysis of Linear Induction
Accelerators. As an electrical engineer, his career
has included experience in the chemical industry
and shipbuilding before moving into power
generation and the utility sector. His roles have
included electrical design, generator testing and
inspection, excitation control systems commissioning,
Gareth Evans
Topic: Smart Grids –
the regulator’s role
Affiliation: Ofgem,
Head of Profession –
Engineering and Technical Adviser
Biography: Gareth is Head of Profession –
Engineering and Technical Adviser at Ofgem, the
gas and electricity regulator for Great Britain. He
provides a focal point for Ofgem’s engineers and
has responsibility for providing technical advice to
the Smarter Grids & Governance Directorate and
more widely across Ofgem.
Gareth joined Ofgem in 2002. He has over 35
years experience in the UK electricity supply
industry. During his career he has worked in
transmission, distribution, generation and the
30
distribution system development and, as Head of
Electrical Power Engineering, management of a
team of electrical engineers providing specialist to
E.ON and other power companies.
Chris is currently the Head of Energy Infrastructure
and End Use, within the New Technologies Division
of E.ON New Build and Technology. His Department
supports the whole of E.ON and is responsible for
identifying and developing the new technologies
that will change the way that end customers use
and relate to energy, and generate electricity as we
move to a future low carbon, and potentially fully
electric world. He firmly believes that human
factors are critical in the success of any new
technology and has long been an advocate of
Demand Side Management as a key component
of that future energy system.
development of electricity storage. Gareth was a
member of the management team that launched
National Power’s successful cogeneration business
and during this period worked closely with the
CHPA to help promote cogeneration and address
market barriers. Gareth’s role at Ofgem is focussed
on the challenges of developing distribution
networks. He was responsible for the development
of the Innovation Funding Incentive and the
Registered Power Zone schemes. He has also
played an active role in the European Smart
Grids Technology Platform and joint-chaired the
DECC/Ofgem smart grids project. He is now
focusing on the regulatory challenges of smart
grids in the UK and Europe, taking a leading role
in the DECC/Ofgem Smart Grids Forum. He is a
Chartered Engineer and a member of the IET.
He is a member of the IET’s Energy Policy
Panel and the High Level Group for EPSRC’s
Supergen programme.
31
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Poster Session 2
Smart Homes and Communications (13:15 – 14:30 Exchange Hall)
Keynote Session 4 (13:15 – 14:30 Exchange Auditorium) continued
Prof Costas D. Vournas
Engineering degree in 1986. He is currently
Professor in the Electrical Energy Systems
Laboratory of the School of Electrical and
Computer Engineering of NTUA. He has published
more than 100 papers in International Journals and
Conferences and has co-authored the book
“Voltage Stability of Electric Power Systems”. His
research interests are in the area of power system
dynamics, stability, and control and include voltage
stability and security analysis, wind generator
integration in power systems, as well as the effect
of deregulation on power system operation and
control. He is member of CIGRE and the Technical
Chamber of Greece and a Fellow of IEEE.
Topic: Innovative smart aspects
in the on-going power system
research in Greece
Affiliation: National Technical
University of Athens, Professor in the
Electrical Energy Systems Laboratory
Biography: Costas D. Vournas received the
Diploma of Electrical and Mechanical Engineering
from the National Technical University of Athens
(NTUA) in 1975, the M.Sc in Electrical Engineering
from the University of Saskatchewan, Saskatoon,
Canada in 1978, and the NTUA Doctor of
Innovative Smart Grid Technologies
Conference Schedule Expands WORLDWIDE
32
ID 230: Communication Integration of Smartgrid
Applications in Distribution Systems
Mohammad Shahraeini | Mohsen Zabihi
ID 53: Micro-Grid Development for Properties
Xiongwei Liu | Ian Chilvers | Maizura Mokhtar |
Adam Bedford | Keir Stitt
ID 243: Performance Analysis of Discrete Wavelet
Multitone Transceiver for Narrowband PLC in
Smart Grid
Sobia Baig | Javad Yazdani
ID 90: Proposed Components for the Design of a
Smart Nano-Grid for the Sub 50V Direct Current
Voltage Home
Moshe Chaim Kinn
ID 283: Work in progress:
Smart Home Energy (SHE)
Ignacio González Alonso | Paula Suárez |
Verdad Curto | Omar lvarez Fres
ID 105: CENELEC and Powerline
Communication Specification in realization
of Smart Grid Technology
Kaveh Razazian | Javad Yazdani
ID 284: Wireless Smart Platform for Home Energy
Management System
Sanja Veleva | Danco Davcev | Marija Kacarska
ID 109: Communication Strategy for Grid Control
and Monitoring of Distributed Generators in Smart
Grids using IEC and IEEE Standards
Samer Jaloudi | Egon Ortjohann | Andreas
Schmelter | Paramet Wirasanti | Danny Morton
ID 286: Design and Performance Analysis
of a Low Cost Light Energy Harvester for
Wireless Sensors
Ben Graham | David Tracey | Nick Timmons |
Jim Morrision
ID 113: Proactive Control for Energy Systems
in Smart Buildings
María Belén Téllez Molina | Tokhir Gafurov,
Milan Prodanovic
ID 297: Cost optimization of home appliances
Silviu Nistor | Jianzhong Wu |
Mahesh Sooriyabandara | Janaka Ekanayake
ID 122: Case Study: Confidence in Ethernet IEC
61850 Virtual Wiring Via Innovative New Testing
and Verification Practices
Timothy Tibbals | David Dolezilek
ID 50: Bridging the gap with
Broadband Powerline (BPL) technology
Uwe Braun
ID 157: Practical Evaluation of Telecoms
for Smart Grid Anti-Islanding Protection
David Laverty | John O'Raw | D John Morrow |
Michael Cregan | Robert Best
ID 312. The case for a Systematic Development of
Building Automation Systems
Paulo Carreira, Vasco Amaral, Bruno Barroca
ID 314: PTIDES Model on a Distributed Testbed
Emulating Smart Grid Real-Time Applications
Slobodan Matic | Michael Zimmer | Ilge Akkaya |
John Eidson | Edward Lee
33
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 2b (continued)
Prof Wil L Kling (14:35 – 16:05 Exchange Room 1)
Panel Session 2
Panel Session 2a
Roger Hey (14:35 – 16:05 Exchange Auditorium)
Speakers:
Topic: Update and review of UK Distribution
Network Operators smart grid projects
Geert Deconinck (K.U.Leuven):
Agent-based coordination for electric
vehicles charging.
Abstract: UK electricity Distribution Network
Operators have embarked on multiple smart grids
projects funded under the UK Energy Regulator,
Ofgem’s, 5 year £500m Low Carbon Networks
Fund. The panel of leading DNO personnel
engaged in the LCNF programme will provide an
update and overview of the wide spectrum of
projects, and discuss future proposals for work in
this area.
Speakers:
Diyar Kadar Scottish Power
Stewart Reid Scottish & Southern
Energy Power Distribution
Darren Jones Electricity North West
Martin Wilcox UKPN
TBA CE Electric UK
Roger Hey Western Power Distribution
(Panel Chair)
Chair Affiliation: Western Power Distribution
(South West) plc - Future Networks Manager
Panel Session 2b
Prof Wil L Kling (14:35 – 16:05 Exchange Room 1)
Stamatis Karnouskos (SAP Research):
Interacting with the SmartGrid.
Envisioned smartgrid energy markets as well as
demand-response approaches rely on the active
participation of the prosumer. It is expected that
intelligent agents act on behalf of the prosumer
and in conjunction with enterprise system services
realize the smartgrid vision e.g. manage his
devices, enable buying and selling of electricity
Topic: Agent-based Control of Power Systems
Speakers:
Abstract: Socio-economical and technological
developments have prompted electric power
systems to move forward to an era of Smart Grids.
This transition requires a change in controlling and
operating structure to adapt to the variability of
the myriad of small-scale generation and
controllable loads. By deploying artificial
intelligence into distributed system operation, the
agent-based approach is an appropriate
technology to handle the complexity and can
enhance system performance.
Ulf Häger (TU Dortmund): Agent-based
real-time coordination of Power Flow Controllers in
Transmission Networks
Panel Session 2c
Prof Jan Desmet (14:35 – 16:05 Exchange Room 2)
The use of Power Flow Controllers (PFC) becomes
more and more important for transmission system
operators (TSOs) to increase transmission capability
of their grids and make them more controllable.
Nowadays optimization of PFC set-points is only
carried out during the day-ahead planning process.
In real-time operation the coordination of PFC is
done manually by telephone communication of the
involved TSOs. An Agent-based method will be
presented to carry out distributed automatic realtime coordination of PFC without the need for
centralized data about the state of the power
system devices. This method allows for immediate
reaction on power flow changes and is able to
react stabilizing during emergency situations.
Topic: Participation of the end-user to the
implementation of the smart grid: technical
possibilities
Abstract: The implementation of the smart grid is
not necessarily a top-down process, but could also
be (partly) bottom-up. This panel discusses
technical possibilities, challenges and opportunities
for the contribution of individual or collective small
consumers to the implementation of the smart
grid. Results from academic research, pilot projects
and technology developers will be discussed.
Topics will include:
• Sizing and combination of distributed energy
resources with respect to balancing, PQ,…
• Storage
This session will highlight experiences and
knowledge for development and implementation
of the multi-agent system (MAS) technology in
facilitating control and operation of Smart Grids.
Different issues will be explored on the
following aspects:
34
For a case of charging electric vehicles in
distribution grids, a decentralised and hierarchic
coordination mechanism allows a better distribution
of peak power requirements over time, and takes
dynamic changes into account in a scalable way.
at energy marketplaces etc. EU co-funded
projects such as SmartHouse/SmartGrid
(www.smarthouse-smartgrid.eu) and NOBEL
(www.ict-nobel.eu) offer examples how they
can be used.
Phuong H. Nguyen (TU/e): Agent-based Power
Routing in Active Distribution Networks.
The future network must be able to manage
power flow in a bidirectional way, cope with
uncertainties of renewable power generation
and adjust to demands of more sophisticated
customers. A so-called agent-based distributed
power routing function will be presented to
handle the tasks.
Chair Affiliation: Eindhoven University of
Technology, Professor and chair of Electrical
Power Systems Group.
• Impact of balancing renewables
on 3phase systems
• Invertor topologies and control strategies
in low power smart grids
• Impact of network topology on PQ in
case of renewable injection
• Impact of grid impedance with respect
to power line communication
• Stability of grid coupled invertors
on voltage/frequency grid variations
• Lessons learnt from pilot projects
• Smart metering in Europe
• Technology for demand side
management and VPP
• Testing facilities
Chair Affiliation: HOWEST
Department GKG, Professor
35
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 2e
Dr Dragan Jovcic (14:35 – 16:05 Exchange Room 4)
Topic: Feasibility of DC networks
Abstract: The DC transmission networks are being
investigated as facilitating technology for EU-wide
supergrid, for regional networks in North Sea or
Mediterranean Sea, and for a range of other
networks at lower powers. There is a large number
of technical challenges in developing reliable and
cost-effective DC grids, which have been studied
recently, including: protection, control, grounding,
operation, converter technologies, …. CIGRE has
been studying DC grid feasibility in WG B4.52
which will be reporting soon, and five new
working groups are established in 2011. This panel
will review some of the crucial DC-grid related
research topics and review the work in CIGRE and
in the TWENTIES project.
Speakers:
Dragan Jovcic University of Aberdeen, UK
Technical challenges for DC grids:
• DC grid topologies
• DC circuit breaker
• DC/DC converters
• DC grid control methods
36
Oral Session 2: (14:35-16:05)
Kerstin Linden ABB, Sweden,
Technologies available for DC grids:
• VSC Technology break-through
• Technologies available for DC Grids
• From a regional DC Grid towards
an interregional DC Grid
Dirk Van Hertem KU Leuven, Belgium
DC grid protection:
• Properties/requirements of a DC
protection system
• DC faults (just to show what the problem is)
• Difference between AC and DC protection
• Different aspects of system protection
(robustness towards grid changes,
selectivity, backup…)
Jean-Pierre Taisne RTE, France
Status of the TWENTIES project on DC grids:
• Duties of DC breakers in a meshed DC grid
• Challenges for DC fault clearance:
measure, detection, selectivity, coordination
• Next steps forward
Chair Affiliation: University of Aberdeen, Reader
Oral 2a:
Energy Management (14:35 – 16:05 Exchange Room 5)
Papers (in order of presentation):
ID 18: Investigating the Effects of Dynamic
Demand Side Management within Intelligent
Smart Energy Communities of Future
Decentralized Power System
Amir Fazeli | Mark Gillott | C Mark Johnson |
Mark Sumner
ID 295: Lexicographic multi-objective optimization
for the unit commitment problem and
economic dispatch in a microgrid
Matteo Salani | Alessandro Giusti |
Gianni Di Caro | Andrea Emilio Rizzoli |
Luca Maria Gambardella
ID 51: Project Edison: SMART-DC
Benjamin Williamson | Miles Redfern | Raj
Aggarwal | Jacob Allinson | Chris Harris
ID 36: Battery and Energy Management
in Fleets of Switchable Battery EVs
Vladimir Zdornov | Yitzhak Birk
ID 256: Comparative Analysis of
Coordination Strategies for Electric Vehicles
Niels Leemput | Juan Van Roy | Frederik geth |
Peter Tant | Johan Driesen
ID 120: An Interdisciplinary Method to Demand
Side Participation for Deferring Distribution
Network Reinforcement
Mark Lawson | Phillip Taylor | Sandra Bell |
David Miller | Neal Wade
Oral 2b:
Field Trials (14:35 – 16:05 Exchange Room 6)
Paper ID's (in order of presentation):
ID 322: The Directional Reactive Power
Undervoltage Protection – A Protection
Concept for connecting decentralized
renewable Energy Sources
Oliver Janke
ID 123: Case Study of Practical Applications
of Smart Grid Technologies
David Dolezilek
ID 58: Isle of Wight Experiences Using DistributedIntelligence Medium-Voltage Automated Feeder
Self-Healing
John Baker | Mike Meisinger
ID 220: Application of a Dynamic Line Rating
System for a 132kV Distribution Network
Samuel Jupe | Diyar Kadar |
Geoff Murphy | Katherine Jackson
ID 265: Improved Monitoring and Control of
Distribution Network by Smart MV/LV Substations
Lauri Kumpulainen | Seppo Pettissalo |
Petri Trygg | Kim Malmberg | Mika Loukkalahti
ID 292: Active House: Industrial Demonstrator
Larisa Rizvanovic | Mikael Åkerholm Gargi Bag
| Pia Stoll | Judith E. Y. Rossebø
37
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Oral 2c:
Sensors Comms, AMI (14:35 – 16:05 Exchange Room 7)
Poster Session 3 (continued)
Metering, cyber security and Integration of wind, PV and storage (14:35 – 16:05 Exchange Hall)
Paper ID's (in order of presentation):
ID 251: Systems Classification
based on Power Signatures
Marius Marcu
ID 217: Requirements for Implementing Gossip
Based Schemes for Information Dissemination in
Future Power Systems
Aleksandra Krkoleva | Vesna Borozan |
Aris Dimeas | Nikos Hatziargyriou
ID 47: Game Theoretic Analysis of Privacy-Aware
Advanced Metering Infrastructure
Dipayan Ghosh | Stephen Wicker |
Lawrence Blume
ID 143: A partially decentralized forecast-based
Demand-Side-Management Approach
ID 178: Secure Firmware Updates For Smart Meters
Ido Schwartzman | Liran Katzir
ID 215: ZigBee Smart Energy for Smart Metering
and Smart Grid Applications in Europe
John Cowburn
ID 221: Smart Dispatch for Grid Integration of
Wind Generation
Kwok W. Cheung
ID 242: Developing Cyber-Physical Experimental
Capabilities for the Security Analysis of the Future
Smart Grid
Bela Genge | Christos Siaterlis
Markus Damm | Stefan Mahlknecht |
Christoph Grimm | Tamás Bertényi |
Tom Young
ID 276: Evaluation of Narrowband Power Line
Communications on a Smart Grid Testbed
Paul Crolla | Andrea Tonello | Stephan Weiss |
Graeme Burt
ID 310: Opportunistic Communications to Improve
Reliability of AMI Mesh Networks
Sedat Gormus | Zhong Fan | Parag Kulkarni |
Zubeir Bocus
Panel Session 3: (16:30 – 18:00)
Poster Session 3
Metering , cyber security and Integration of wind, PV and storage (14:35 – 16:05 Exchange Hall)
ID 99: Using Wavelet Synopses on Electric Power
System Measurements
Panayiotis Moutis | Nikolaos Hatziargyriou
ID 8: Impact of Wind Speed Uncertainty and
Stochasticity on the Planning and Design of Wind
Power Projects in a Smart Grid Environment
Eduardo Martinez Cesena | Joseph Mutale
ID 15: Analytical Method for Economic Consideration of Dispersed Generation Installation with
respect to Load Model
Omid Amanifar | Mohammad Esmaeil |
Hamedani Golshan
ID 28: Potential EMC Implementation problems of
Smart Metering, Display and Communications
Chris Marshman | Mark Tyndall |
Keith Armstrong | Richard Marshall
ID 33: Short Term Wind Power Prediction
Using Evolutionary Optimized Local Support
Vector Regression
Ehab Elattar
ID 48: Improvement of a Voltage-stabilizing
Control System for Integration of Wind Power
Generation into a Small Island Power System
Orie Sakamoto | Koji Yamashita | Yoshihiro
Kitauchi | Toshiya Nanahara | Toshio Inoue
38
ID 246: Stability of Doubly Fed Induction
Generator Connected to Matrix Converter in Wind
Energy Conversion System
Mohamad Hosseini | Reza Ghazi
ID 252: Procedure for Estimation of Equivalent
Model Parameters for a Wind Farm using
Post-Disturbance On-line Measurement Data
Francisco Gonzalez-Longatt | Pawel Regulski |
Vladimir Terzija
ID 52: Modelling and Control for Smart Grid
Integration of Solar/Wind Energy Conversion System
Emad Natsheh | Alhussein Albarbar |
Javad Yazdani
ID 71: Power and Energy Control Strategies for a
Vanadium Redox Flow Battery and Wind Farm
Combined System
Francesco Baccino | Samuele Grillo |
Mattia Marinelli | Stefano Massucco |
Federico Silvestro
ID 76: The Design of Wind Plant Reactive
Compensation Systems Alternatives to meet Grid
Code Requirements.
Mick Barlow | Martin Bishop |
Michail Theodoridis
ID 93: Multi-objective Transmission Network
Expansion Planning in Consideration of Wind Farms
Hiroyuki Mori | Hiroki Kakuta
ID 117: Cyber Security Challenges in Smart Grids
Maria B. Line | Inger Anne Tøndel |
Martin G. Jaatun
Panel Session 3a
Bas Kruimer (16:30 – 18:00 Exchange Auditorium)
Topic: : Wide Area Measurement integration
into Grid Operations
Abstract: Increased complexity in operating the
power grid has emphasized the need for advanced
applications in wide area monitoring, protection,
and control (WAMPAC) systems. To meet this
need, an increasing number of utilities,
independent system operators and transmission
organizations around the world have been
deploying synchro-phasor measurement
technology and associated applications. The
objective is provide time-aligned, higher-resolution,
and more accurate data to system operation and
reliability engineers to improve wide area grid
visibility, overall system performance and customer
service, as well as wide-area coordination with
neighboring systems. Deploying synchro-phasor
technology involves gathering, time-aligning, and
structuring data from Phasor Measurement Units
(PMU’s) through a fast and reliable communication
network for visualization and engineering of
control applications, and for integration with
existing systems such as EMS/SCADA to become
an integral part of grid operations. Besides
WAMPAC, some utilities are also considering the
use of synchro-phasor technology for monitoring
and control of highly intermittent and variable
distributed energy resources.
This panel session will review today’s technology
and the roadmap process to deploy synchro-phasor
measurement, and present project experiences
from America and Europe. The success of deployment
depends on applying the measurements into
the daily grid operations and planning process.
A well prepared and thought-through roadmap,
application development plan, and training set-up
for knowledge transfer are some key aspects. The
application selection and associated benefits, the
optimal locations of PMU’s based on application
requirements, communication infrastructure, and
specific grid configuration will be addressed as
well as fulfilling the applications’ performance
requirements and PM-Network performance criteria.
Speakers:
Damir Novosel President of Quanta Technology,
USA
Vladimir Terzija EPSRC Chair Professor in Power
System Engineering, Manchester University, UK
Walter Sattinger SwissGrid CH, to be confirmed
Session Chair: Bas Kruimer
Chair Affiliation: Quanta Technology, President
39
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 3b
Dr Ivana Kockar and Prof Goran Strbac (16:30 – 18:00 Exchange Room 1)
Panel Session 3d
Prof Stephen McArthur (16:30 – 18:00 Exchange Room 3)
Topic: Market and Regulatory Structures
for the Smart Grids
Abstract: A competitive marketplace for trade of
electric energy and a system of regulation for the
industries inherent monopolies are seen as
essential components of the Smart Grids. The
specification of such economic mechanisms and
policies to achieve them must be goal driven, and
their objectives are to reduce costs to the
consumer and to reduce negative environmental
impact caused by electric energy generation. From
a high-level perspective, structures for market
architecture may be divided into the centralised
and into different degrees of decentralisation.
Topic: Technologies for autonomous network
management.
Abstract: The increased use of renewable and
distributed generation means the operation and
management of the electric power system must
change radically. Increased levels of automation
and distributed intelligence are required to deliver
the network control functions. This panel session
will discuss fundamental platforms and
technologies which are the building blocks of the
Smart Grid, and offer insight into the specification
of the functions. It will combine the activities and
viewpoints of industrialists and researchers
working in the computational, analytical and
distributed intelligence technologies required for
the Smart Grid. It will consider the integration of
functions such as active network management;
transmission/distribution automation providing
reconfiguration and restoration; smart metering;
and condition monitoring.
Speakers:
Keith Bell University of Strathclyde.
Betterment of network performance by
means of ’smarter’ operation.
Dave Cartes Florida State University.
IEEE Computer Society Smart Grid Vision Project:
Introduction and Thoughts on Control and
Automation.
This panel will discuss the available options for
these new market mechanisms designs, as well
as which financial and policy mechanisms allow
the objectives associated with the Smart Grids
concept to be most effectively achieved. This
Panel will be co-chaired by Dr Ivana Kockar and
Prof Goran Strbac
Chair Affiliation:
Dr Ivana Kockar Strathclyde University, Lecturer
Prof Goran Strbac Imperial College, Professor
Panel Session 3c
Dr Sasa Djokic (16:30 – 18:00 Exchange Room 2)
Topic: Implementation of micro and small
scale generation/storage technologies in future
smart grids
Abstract: The deployment of various low-voltage
(LV) micro and small-scale generation and storage
technologies, such as photovoltaic (PV), microCHP
and small-scale wind turbines (WTs) for energy
generation, as well as various charger-batteryinverter systems (including electric vehicle
batteries) for energy storage, is expected to
increase significantly in future “Smart Grids”. This
suggests that the analysis of the effects of micro
and small-scale generation/storage systems should
be adequately included in the assessment of
performance of both distribution and transmission
networks. Particularly important question is control
and optimization of operation of micro/small
generation and storage systems, which should be
fully coordinated with new supply-side and
demand-side functionalities, measures and actions
introduced and implemented in the “Smart Grids”.
This panel will present state-of-the-art
developments and ongoing work in modelling,
analysis and technical/technology aspects of
micro/small-scale generation and storage systems,
40
including discussion of the present and future
challenges, barriers and opportunities. The
speakers will present most important results from
their technology development projects, academic
and industry-based research, as well as other areas
relevant to this topic.
Speakers:
Tamás Bertényi Innovation and Research
Director, Quiet Revolution Ltd., UK.
Small Scale Decentralised Wind
Energy Generation.
Jan Desmet, Managerr LEMCKO Lab, Belgium.
PV Systems with Energy Storage and Buffering.
George Paterson Director, Axeon Power Ltd., UK.
Energy Storage Systems for Electric Vehicle
Applications.
Jan Meyer Dresden University of Technology,
Germany. PQ Issues of Inverter-interfaced
Generation Technologies.
Sasa Djokic The University of Edinburgh, UK.
Modelling and Impact of Aggregate
Micro-generation/Storage systems.
Chair Affiliation: The University of Edinburgh,
Senior Lecturer.
Robert Currie Smarter Grid Solutions and
Graham Ault, University of Strathclyde.
Experience of novel operational management
techniques in smart distribution.
Nikos Hatziargyriou National Technical University
of Athens: “Intelligent microgrid control”
Maciej Fila Fundamentals.
State-of-the-art AVC schemes as building blocks
of the Smart Grid.
Jeremy Pitt Imperial College London.
Self-organising electronic institutions and their
application to Smart Grids.
Chair Affiliation: Strathclyde University.
Director of the Institute for Energy and
Environment
41
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 3e
Dr Brian Stott (16:30 – 18:00 Exchange Room 4)
Topic: Pan European Grid Advanced Simulation
and State Estimation (PEGASE).
Abstract: PEGASE is a four year project dealing
with the High and Extra High Voltage transmission
and sub-transmission networks in Europe and is
implemented by a Consortium composed of 20
Partners including TSOs, expert companies and
leading research centers in power system analysis
and applied mathematics. Developing smart grid
tools at transmission level is the overall objective of
the project by defining the most appropriate state
estimation, optimization and simulation
frameworks, their performance and dataflow
requirements to achieve an integrated security
analysis and control of the European Transmission
Network (ETN). The heart of the PEGASE project
involves advanced algorithmic, building prototypes
of software and demonstration of the feasibility of
the proposed solutions on very large model
representative of the ETN and taking into account
its operation by multiple TSOs.
This panel will first address the global challenges
of the PEGASE project to develop smart
transmission grid algorithms (1). Next, R&D work
to be able to provide all TSOs with a synchronous
display of the state of the European Transmission
Network very close to real time will be presented
(2). The development of Optimal Power Flow
programs determining realistic system operating
points that include TSO operating rules, typically
for real-time congestion management, will then be
presented, including a worst case approach (3 and
4). Finally, improvement of the existing state of the
art technology in time simulation of very large
systems will be addressed to be able to offer (5)
off-line studies of the ETN including possibly
42
interconnections with neighboring system
(i.e. Mediterranean Ring, Russia) and (6) on-line
preventive security assessment or faster than
real-time simulation in emergency conditions.
Speakers:
Stéphane Rapoport Tractebel Engineering (TE)
Global challenges addressed by
the PEGASE Project.
Antonio Gomez-Exposito University of Seville,
State Estimation.
Christian Merckx Tractebel Engineering (TE)
Security Constrained Optimal Power Flows.
Patrick Panciatici RTE, Discrete variables in Power
Systems optimization problems: from modeling of
devices to worst case approach.
Bertrand Haut Tractebel Engineering (TE),
Full accuracy dynamic simulations.
Thierry Van Cutsem Université of Liège (ULg)
Simplified Dynamic Simulation.
Chair Affiliation: US National Academy
of Engineering.
43
TUESDAY 6 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Oral 3c:
WAMPAC (16:30 – 18:00 Exchange Room 7)
Oral Session 3 (16:30 – 18:00)
Oral 3a:
Self-Healing Grids (16:30 – 18:00 Exchange Room 5)
Paper ID's (in order of presentation):
ID 111: The Travelling Wave Based IED
as the Part of Self Healing Grid
Vytautas Siozinys | Linas Markevicius |
Alfonsas Morkvenas | Saulius Gudzius
ID 232: Signal Processing and Classification Tools
for Intelligent Distributed Monitoring and Analysis
of the Smart Grid
Irene Gum | Math Bollen | Cuong Le
ID 100: Optimal Fault Location in Distribution
Systems Using Distributed Disturbance Recordings
Pierre Janssen | Tevfik Sezi | Jean-Claude Maun
ID 184: Advanced control of Hybrid HVAC/HVDC
Interconnection Interface for the Interconnected
ENTSO-e – IPS/UPS Systems
Lazar Bizumic | Rachid Cherkaoui |
Fortunato Villella | Anna Arestova |
Andery Grobovoy
ID 266: Cost function for sub-agent elements in
multi-agent energy management system
Timur Yunusov | Ben Potter |
William Holderbaum
ID 9: Protection Systems that
verify and supervise themselves
Pelqim Spahiu
Paper ID's (in order of presentation):
ID 107: Optimal Placement of Phasor
Measurement Units to Improve Parallel Power
System Restoration
Jairo Quirós Tortós | Gustavo Valverde |
Lei Ding | Vladimir Terzija
ID 130: Case Studies: Synchrophasors for
Wide-Area Monitoring, Protection, and Control
Roy Moxley | David Dolezilek
ID 78: Anti-Islanding Detection
using Synchrophasors and Internet
Protocol Telecommunications
David Laverty | David John Morrow |
Robert Best | Michael Cregan
ID 190: Wide Area Based Controlled Islanding
Study for the Egyptian Power System
Fahd Hashiesh | Hossam E. Mostafa |
Mohamed M. Mansour | Ibrahim Helal
ID 44: PMU Performance Requirements and
Validation for Closed-Loop Control Applications
using a Real-Time Simulation
Harmeet Kang | Chris Mycock | Mark Stockton
| Armien Edwards | Ricardo Lira
Oral 3b:
Data Acq Management and Cyber Security (16:30 – 18:00 Exchange Room 6)
Paper ID's (in order of presentation):
ID 119: State Reconstruction from
Synchronized Phasor Measurements
Mevludin Glavic | Thierry Van Cutsem
ID 209: Processing Smart Meter
Data Streams in the Cloud
Björn Lohrmann | Odej Kao
ID 40: Contributions on Harmonic
Impedance Monitoring in Smart Grids Using
Alexandru Baloi | Adrian Pana |
Florin Molnar-Matei
44
ID 159: Power Quality Assessment of the
Bogota Distribution Network Focused on
Voltage Sags Analysis
Victor Barrera Núñez | Andrés Pavas Martínez |
Joaquim Meléndez Frigola
ID 194: Web based Management System
for Power Quality Assessment and Detection
of Critical Zones
Miguel Romero | Ricardo Pardo | Luis Gallego,
Andres Pavas
ID 168: Survey of Cyber Security in Smart Grid
Yi Yang | Tim Littler | Sakir Sezer |
Kieran McLaughlin | Haifeng Wang
45
TUESDAY 6 DECEMBER 2011
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
(Exhibition opening times: 8:00 - 16:30)
Poster Session 4
Integration of demand response (16:30 – 18:00 Exchange Hall)
Keynote Session 5 (08:30 – 09:45 Exchange Auditorium)
ID 23: Design of a User-Centred Smart Grid Pilot
Jaap Kohlmann | Maarten van der Vossen |
Joris Knigge | Charlotte Kobus | Han
Slootweg
ID 46: A Simulated Annealing Algorithm for
Demand Response
Imthias Ahamed | Danish Maqbool |
Essam A. Al Ammar | N. H. Malik
ID 67: Exploring Emerging Customer Needs for
Smart Grid Applications
Eva Heiskanen | Kaisa Matschoss
ID 103. Economic evaluation of the influence of
overvoltages and the integration of small
storage capacity in residential PV-installations
Bart Verhelst | Colin Debruyne |
Johan Vanalme | Jan Desmet | Jan Capelle
ID 104. Utilizing beyond CENELEC
Standards for Smart Grid Technology
Kaveh Razazian | Javad Yazdani
ID 115: Building Control and Storage
Management with Dynamic Tariffs for Shaping
Demand Response in Electricity Grids
Frauke Oldewurtel | Andreas Ulbig |
Manfred Morari | Göran Andersson
ID 127: Optimal Battery Chemistry, Capacity,
Charge/Discharge Schedule, and Lifetime for
Energy Storage under Time-of-Use Pricing
Arthur Barnes | Andres Escobar Mejia |
Scott Geurin | Juan Balda
ID 149: Demand as Frequency Controlled Reserve:
Implementation and practical demonstration
Philip J. Douglass | Rodrigo Garcia-Valle |
Jacob Østergaard | Preben Nyeng |
Mikael Togeby
46
ID 180: Optimal management of electrical energy
storages for the integration of decentralised
fluctuating generation in distribution grids
Steffen Nicolai | Sabine Ritter | Daniel Beyer |
Peter Bretschneider
ID 196: Realising the Potential of Smart Grids in LV
Networks. Part 1: Demand-side Management
Adam Collin | Ignacio Hernando-Gi |
Jorge Acosta | Irinel-Sorin Ilie | Sasa Djokic
ID 199: Realising the Potential of Smart Grids in LV
Networks. Part 2: Microgeneration
Adam Collin | Ignacio Hernando-Gil |
Jorge Acosta | Irinel-Sorin Ilie | Sasa Djokic
ID 275: Mitigation of Wind Power Fluctuations
by Intelligent Response of Demand and
Distributed Generation
Pamela MacDougall | Cor Warmer | Koen Kok
ID 277: Participation of smaller size renewable
generation in the electricity market trade in UK:
analyses and approaches
Galina Romanovsky | George Xydis |
Joseph Mutale
ID 311: Demand Side Management via Prosumer
Interactions in a Smart City Energy Marketplace
Stamatis Karnouskos
Prof Joao P. Lopes
Topic: Smart Grids and
Electric Mobility
Affiliation: University of Porto
INESC, Professor and Director of
INESC
Biography: Joao A. Pecas Lopes is Full Professor at
the Faculty of Engineering of Porto University
(FEUP). He is presently Director of INESC Porto. He
is also the Director of the Sustainable Energy
Systems PhD program at FEUP.
Prof Math Bollen
Topic: Continuity of supply and
voltage quality in the electricity
network of the future
Affiliation: STRI AB,
Senior Researcher
Biography: Math Bollen received the MSc and
PhD degrees from Eindhoven University of
Technology, Eindhoven, The Netherlands, in 1985
and 1989, respectively. Currently, he is professor in
electric power engineering at Luleå University of
Technology, Skellefteå, Sweden, technical expect
at the Energy Markets Inspectorate, Eskilstuna,
Sweden and senior specialist at STRI AB,
Gothenburg, Sweden. His activities cover a wide
range of power-system issues with as main pillars
the new developments related to smart grids and
smart metering as well as voltage quality and
continuity of supply.
He is Scientific Coordinator of the EU FP7 research
project MERGE – Mobile Energy Resources for
Grids of Electricity. He is the convener of the CIGRE
WG C6.20 on Integration of electric vehicles in
electric power systems.
His main domains of research are presently related
with large scale integration of renewable power
sources in power systems (namely wind
generation), power system dynamics, microgrids,
smart-metering and electric vehicle grid
integration.
Earlier he has among others been a lecturer at the
University of Manchester Institute of Science and
Technology (UMIST), Manchester, U.K., and
professor in electric power systems at Chalmers
University of Technology, Gothenburg,
Sweden.Math Bollen is one of the leading
researchers on power quality, having defined
voltage dips as a research area and recently having
introduced harmonic distortion in the frequency
range 2 to 150 kHz as research area, as well as
introducing the ”hosting capacity” as an important
measure for quantifying the performance of smart
grids. He has published two textbooks on power
quality, “understanding power quality problems”
and “signal processing of power quality
disturbances” and recently a third one titled
“Integration of distributed generation in the
power system”.
47
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Keynote Session 5 (08:30 – 09:45 Exchange Auditorium) (continued)
Colin Henry
Topic: Smart Grid –
Enabling a sustainable
infrastructure programme
Affiliation: Siemens,
Business Delevelopment Manager
– Smart Grid
Biography: Colin Henry is a Business
Development Manager for Siemens Transmission
and Distribution Ltd in the UK; he leads Siemens
Smart Grid activities within the UK Infrastructure
and Cities Sector, with focus on smart grid
applications. His role includes facilitating best
practice sharing with north west Europe and
headquarter colleagues.
Colin has worked within the transmission and
distribution field in UK and Middle East markets for
16 years in various engineering roles where he was
a principal engineer in energy automation. He has
held several management positions for the past 10
years in operations, engineering and business
management, including overseas.
Over the past 18 months, Colin has led Siemens
smart grid positioning in the UK market, including
support of customers plans and submissions as
part of the Ofgem Low Carbon Networks Fund as
well as wider engagement with industry and
infrastructure planners.
Colin is a chartered engineer, a member of
SmartGrid GB and BEAMA’s Smart grid working
groups; he is also part of Siemens global smart grid
strategy group
Panel Session 4a
Wolfram H. Wellssow (10:30 – 12:00 Exchange Auditorium)
Abstract: The security of transmission systems in
Central Europe is threatened by the increasing
share of fluctuating generation, the massive
demand in capacity for energy trading and serious
delays in building new lines.
As a consequence systems are driven closer and
closer to their limits and the operators facing
challenges which originate from parts of the
interconnected system which are beyond their
direct control area.
48
Topic: Innovations in the Distribution and Demand
for Electrical Energy
Abstract: The Technology Strategy board is to
invest up to £2.4m into feasibility studies focused
on stimulating power distribution and demand
side innovations. Proposals are invited that
demonstrate innovation within individual
component design, software, implementation,
integrated systems and novel business or
operational models. The workshop will give
delegates the opportunity to find out more about
this new TSB competition, which is the first
element of a continued portfolio of investment
The panel will discuss today’s and future challenges
and research work done in order to limit the
consequences and to safeguard system security.
Speakers:
J. Vanzetta Amprion GmbH
Prof. G. Krost Uni Duisburg
Dr. M. Wache Siemens AG
into power network innovations and forms the
exploratory phase of our four-year Future Grid
programme. Within this programme we will aim to
stimulate the rapid delivery of innovative technologies
and disruptive business models to address the
combined technical and socioeconomic challenges
posed by reduced fossil fuel generation, increased
distributed renewable generation and the
accompanying predicted surge in demand from
the electrification of heat and transport.
Chair Affiliation: TSB, Lead Technologist Future
Power Networks
Panel Session 4c
Dr Thomas Bopp (10:30 – 12:00 Exchange Room 2)
Topic: Assessment and Measurement of Dynamic
Network and Protection Security in Smart Grids
Panel Session 4
Topic: Transmission System Security –
The German Perspective
Panel Session 4b
Andrew Melchior (10:30 – 12:00 Exchange Room 1)
Abstract: The integration of stochastic renewable
generation in all voltage levels of existing power
system gradually replacing central generation
poses new challenges for transmission and distribution network design and operation.
The envisaged impact on long distance energy
transports requires operational coordination
between different system operators. New
indicators evaluating power system stability and
stability limit margin must be developed and
tested. Continuous assessment of the dynamic
state of the power system taking into account
contingencies must be performed in parallel to
system operation. Wide area monitoring systems,
and new protection schemes and concepts have to
be introduced to the current power system
operation practice.
Speakers:
T. Bopp SIEMENS AG, Germany.
Introductory Overview – Dynamic Network and
Protection Security of Power Systems.
Chris O. Heyde SIEMENS AG, Germany
Short-Term Forecasts Incorporated in Dynamic
Security Assessment of Power Systems.
Jäger, Johann, University of Erlangen;
Bopp, Thomas SIEMENS AG, Germany.
Protection Security Assessment Using
Automated Analysis.
Speaker TBC
Report on experiences and challenges
from system operator perspective.
Chair Affiliation: Siemens AG
49
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 4d
Prof Lina Bertling (10:30 – 12:00 Exchange Room 3)
Topic: Smart Power Systems with Grid for Vehicles
Abstract: The integration of stochastic renewable
generation in all voltage levels of existing power
system gradually replacing central generation
poses new challenges for transmission and
distribution network design and operation.
The envisaged impact on long distance energy
transports requires operational coordination
between different system operators. New
indicators evaluating power system stability and
stability limit margin must be developed and
tested. Continuous assessment of the dynamic
state of the power system taking into account
contingencies must be performed in parallel to
system operation. Wide area monitoring systems,
and new protection schemes and concepts have to
be introduced to the current power system
operation practice.
Speakers:
Professor Kai Strunz Technical University of
Berlin, Germany. A Win-win of Smart Grids and
Electric Vehicles
Thomas Theisen and Thomas Wiedemann
RWE Deutschland AG, Germany.
FP7-project GRID-4-VEHICLES (G4V):
Key conclusions and a roadmap towards a mass
market for EV’s.
Hector Zelaya De La Parra ABB Corporate,
Sweden. Fast Charging of Electric Vehicles.
Professor Ganes Kumar Venayagamoorthy
Director: Real-Time Power and Intelligent Systems
Laboratory, Missouri University of Science and
Technology, USA. SmartParks in Smart Grids.
Chair Affiliation: Chalmers University of
Technology, Professor in Sustainable Electric
Power Systems
Panel Session 4e
Manuel Serrano Matoses (10:30 – 12:00 Exchange Room 4)
Topic: Energy Services for local communities
Abstract: The FP7 NOBEL proposes a panel session
on Energy Services offered to local communities.
NOBEL is a research project that is building an
energy brokerage system with which individual
energy consumers will be able to communicate
their energy needs directly with both large-scale
and small-scale energy producers, thereby making
energy use more efficient.
The key to NOBEL’s efficiency improvement is that
prosumers (producers and consumers) become
sources of both energy and information. The
information allows the energy system to better
adapt the amount of electricity in the network to
the real time demand. The performance of the
entire system is enhanced by exploiting the locality
of the processes in the monitoring and control that
normally do not consider the detailed behaviour of
the actual consumers.
The proposed panel includes not only the
presentation of the NOBEL main service for
neighbourhoods – the energy brokerage engine –
50
but also the presentation of other third party
services that enable the inclusion of the end-user
in the grid, not only to provide for accurate
information, but also to promote new business
opportunities and technologies – e.g. electrical
vehicle, balancing market.
Speakers:
Manuel Serrano ETRA, Spain.
Local Energy markets and Ensergy Services
Companies (ESCOs)
Petr Stluka Honeywell, Czech Republic.
Demand Response Services for Residential and
Commercial Buildings.
Kolja Eger Siemens, Germany.
FINSENY – Future Internet for Smart Energy.
Stamatis Karnouskos SAP, Germany.
Future Smart Grid Services.
Pierre Yves Plaza Tron Telefonica, Spain.
The Results of the Beywatch project:
Efficiency energy for homes and cities.
Chair Affiliation: ETRA I+D, Project Manager.
Oral Session 4 (10:30 – 12:00)
Oral 4a:
Advanced Modelling and Control (10:30 – 12:00 Exchange Room 5)
Paper ID's (in order of presentation):
ID 274: Development of a predictive out of step
relay using model based design
Brian Kirby | Li Zou | Jiayi Cao | Innocent
Kamwa | Annissa Heniche
ID 88: Decoupling Power Systems Analysis Using
Hybrid Load Flow Calculation
Paramet Wirasanti | Egon Ortjohann,
Worpong Sinsukthavorn | Samer Jaloudi |
Danny Morton
ID 61: Demand Response Using Service and
Overshoot Curves
Jean-Yves Le Boudec | Dan-Cristian Tomozei
ID 191: DG DemoNet Validation:
Voltage Control from Simulation to Field Test
Matthias Stifter | Benoit Bletterie | Helfried
Brunner | Daniel Burnier | Henein Sawsan
ID 264: Adaptive Protection Architecture
for the Smart Grid
Ibrahim Abdulhadi | Federico Coffele | Adam
Dysko | Campbell Booth | Graeme Burt
Oral 4b:
Reliability and Diagnostics (10:30 – 12:00 Exchange Room 6)
Paper ID's (in order of presentation):
ID 140: DG Islanding Operation Detection Method
in Combination of Harmonics Protection Schemes
Saeed Jahdi | Loi Lei Lai
ID 65: Smart Asset Management of Aging Devices
in Energy Systems: A Case Study of Transformers
Zijuan Lian, Saranga Abeygunawardane,
Panida Jirutitijaroen
ID 91: Damping Torque Analysis of Energy Storage
System Control in a Multi-machine Power System
H F Li | W Du | H F Wang | L Y Xiao
ID 62: Reliability Performance Assessment in Smart
Grids with Demand-side Management
Irinel-Sorin Ilie | Ignacio Hernando-Gil | Adam
Collin | Jorge Acosta | Sasa Djokic
ID 202: Software Tool for Automated Design and
Cost Benefit Analysis of Offshore Grid
Dusko Nedić | Muhammad Ali | Jovica
Milanović
ID 249: Novel early warning fault detection
for wind-turbine-based DG systems
Xiandong Ma
Oral 4c:
AC/DC T&D (10:30 – 12:00 Exchange Room 7)
Paper ID's (in order of presentation):
ID 233: ATC Calculations with
Transmission Switching
Hossein Haghighat | Mohsen Pedram
ID 74: A novel method for recovery of drainage
power from distribution transformers
P.S.Chandramohanan Nair, Preetha PK
ID 139: Dynamic equivalent model of a Danish
island for MV and LV studies
Rasmus Huusom Rasmussen | Theis Nicolas
Nielsen | Guang-Ya Yang | Rodrigo GarciaValle | Jacob Østergaard
ID 260: Assessing the Value of Employing
Dynamic Thermal Rating on System-wide
Transmission Performance
Chomba Tumelo-Chakonta | Konstantinos
Kopsidas
ID 317: Toward a Coordinated Voltage Control
(CVC)-Enabled Smart Grids
Marija Ilic | Jeffrey H. Lang | Eugene Litvinov,
Xiaochuan Luo | Jianzhong Tong
ID 316: Contingency Screening in a Multi-Control
Area System Using Coordinated DC Power Flow
Sanja Cvijic | Marija Ilic
51
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Poster Session 5
Reliability, power quality and HVDC integration (10:30 – 12:00 Exchange Hall)
ID 14: Method for Static and Dynamic Resistance
Measurements of HV Circuit Breaker
Zoran Stanisic
ID 49: Monitoring of EPS Operation
by the State Estimation Methods
Anna Glazunova | Irina Kolosok | Elena
Korkina
ID 69: Distributed filtering of high
harmonics in Smart Grid
Konstantin Suslov | Nafisa Solonina | Anatoly
Smirnov
ID 81: Modeling Multi-Terminal
VSC-HVDC in Power Flow Calculation Using
Unified Methodology
Mohamadreza Baradar | Mehrdad Ghandhari |
Dirk Van Hertem
ID 97: Technical and Economic Assessment
for Deployment of Distribution Automation
quipments – Enabling Self-Healing Strategies
Roberto Moreira | Nuno Silva | Hélder Leite
ID 195: Testing of New Fault Location Method
for Medium Voltage Networks
Peter Braciník | Marek Höger | Juraj Altus |
Miroslav Ková
ID 224: Subsynchronous Resonance in Meshed
Networks with HVDC Lines
Atia Adrees | Jovica Milanovic
ID 254: Power Flow Analysis for Interconnected
T&D Networks with Meshed Topology
Elizete Maria Lourenco | Carolina Correa Durce
| Odilon Luis Tortelli
ID 259: Reliability of power systems with
non-programmable energy sources
Jorge Luis Angarita | Marcos Carmena |
Juan Prieto | Santiago Blanco
ID 280: Developing Trend of Domestic Electricity
Tariffs in Great Britain
Zhimin Wang | Furong Li
ID 289: Reliability Evaluation of Future Power
Systems Bart Tuinema | Madeleine Gibescu |
Lou van der Sluis | Mart van der Meijden
ID 306. Integration of UPQC for Power Quality
Improvement in Distributed Generation
Network – A Review
Md Shafiuzzaman Khan Khadem |
Malabika Basu | Michael F Conlon
ID 321: Active Power Filtering for a
Three-Phase Four-Wire Network with
Unidentifiable Harmonic Loads
M. J. Waite | L. Zhang | B. Chong
Keynote Session 6 (13:15 – 14:30 Exchange Auditorium) continued
Laurent Schmitt
Topic: First returns on experience on SmartGrids
international demonstrations: from renewable
integration to Smart eco cities management
Affiliation: Alstom Grid,
Vice President for Smart Grid Solutions
Biography: Born in 1972, Laurent Schmitt
graduated in September 1998 from Supelec, Paris
in France with a degree in Power System
Engineering. He started his career in the Power
Generation area with ALSTOM on Hydro and
Thermal Plant Controls in Northern America. In
2000 Laurent moved to the Alstom T&D division,
sold to Areva T&D, where he held positions as
Sales Director for South-East Asia and Product
marketing Director, covering applications for
electrical protection, transmission and distribution
substations, dispatching centres and energy
trading platforms.
In June 2007, he was appointed Director for
Strategy at the Areva T&D Automation Business
Unit, working with the various French and international organisations focusing on the intelligent
management of the energy network infrastructure.
In 2008 he was appointed Vice-President for
Strategy and Innovation for the Energy
Management Business of Alstom Power to
capitalize on Alstom Power’s expertise in the
management and optimisation of generation of
power generation assets.
Following the integration of Areva T&D’s activities
within Alstom in June 2010, Laurent has joined the
new Alstom Grid sector as Vice President for Smart
Grid Solutions, in charge of developing Alstom’s
offering on the Smart Grid segment worldwide.
Laurent Schmitt is member of several strategic
industry committees working on Smart Grids such
as CIGRE, IEC, EPRI and ENTSOe and contributes to
several expert advisory taskforces to the European
Commission , the International Energy Agency
(IEA), and several university consortium including
the University College Dublin , in the areas of
Generation, Smart Grid and Storage applications.
He recently co authored a white paper on Smart
Grids standards convergence published through
the CIMUsergroup as well as on Smart Cities to the
World Energy Conference.
Keynote Session 6 (13:15 – 14:30 Exchange Auditorium)
David Healey
Topic: A Single Communications solution for
Smart Grid and Smart Metering
Affiliation: Wipro, Smart Grid Practice Lead
Biography: David has over 20 years of experience
working with Utilities and Technology provider’s
across five continents, where he has played a
major role increasing the impact, effectiveness and
efficiency of ICT on the utility sector. In particular,
he has specialised in technology and early stage
business development with private and public
bodies from around the world. David is a world
authority on power line comms or Broadband over
52
Power Line (BPL) technology and has a deep
understanding of the engineering product value
chain; from software and silicon systems design,
hardware product development and production to
network operation and service delivery as well as
familiarity with regulatory and policy approaches
and challenges from around the world. Heading
the team that developed and patented the world’s
first BPL technology; David was appointed as a
special advisor on BPL to the European
Commission in 1999, and as the inaugural
chairman of the European Telecommunications
Standards Institute (ETSI) BPL committee.
Dr Mark Osborne
Topic: Making Transmission Smarter
Affiliation: National Grid, Future Strategy Team
53
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Poster Session 6
Efficiency and asset management (13:15 – 14:30 Exchange Hall)
ID 11: State of the art and lessons learnt from the
cost-benefit analysis methods of distributed
resources integration in Europe
Florent Chiappini
ID 35: Super-Junction Trench MOSFETs for
Improved Energy Conversion Efficiency
Olayiwola Alatise | Nii-Adotei Parker-Allotry |
Michael Jennings | Phil Mawby |
George Petkos
ID 84: Field Validation of Smart Energy Saving
Features in a GSM Network
Luis Anaya | David Valerdi | Lezhan Lin |
Wenbo Xie | Miguel Torres
ID 95: Analyzing Fundamental Aggregation
functions in Power Systems
Claes Sandels | Kun Zhu | Nicholas Honeth |
Arshad Salam | Lars Nordström
ID 151: Aggregation of small-scale active resources
for smart grid management
Antti Koto | Shengye Lu | Turo Valavaara |
Antti Rautiainen | Sami Repo
ID 163: A Smart Energy System: Distributed
Resource Management, Control and Optimization
Yong Ding | Christian Decker | Iana Vassileva |
Fredrik Wallin | Michael Beigl
ID 166: Distributed Power Management System of
Virtual Power Plants
Hicham Fakham | Frederic Colas | Xavier Guillaud
ID 223: Evaluating the impact of electricity-based
vehicle penetration on transformer loss of life
Pia Grahn | Johanna Rosenlind | Patrik Hilber |
Lennart Söder
ID 235: Remote Condition Monitoring of a PV
System Using an Embedded Web Server
Muhammed Naeem | Nader Anani,
Muhammed Shahid | Joao Ponciano
ID 236: Technical Condition Asset Management of
Power Transformers
Gerards Gavrilovs
ID 268: Trending and Condition Monitoring of
Wind Turbine SCADA Data
Shane Ryan
ID 287: Towards an Integrated Approach to Energy
Efficiency: Drivers and Enablers
Simon Le Blond | Tim Lewis |
Mahesh Sooriyabara
Panel Session 5 (14:35 – 16:05)
Panel Session 5a
Matt Wakefield (14:35 – 16:05 Exchange Auditorium)
Topic: Smart Grid Demonstration Collaboration in
the United States and Internationally
Abstract: The Electric Power Research Institute
(EPRI) Smart Grid Demonstration Initiative is a
seven-year international collaborative
demonstrating the integration of Distributed
Energy Resources (DER) including include demand
response, storage, distributed generation, and
renewable generation in large scale demonstration
projects. The initiatives goals are to advance
widespread, efficient, and cost-effective
deployment of utility and customer-side
technologies in the distribution system and to
enhance overall power system operations. Large
Scale host-site projects apply EPRI’s IntelliGrid
methodology to define requirements for
technologies, communication, information, and
control infrastructures that support integration of
This panel session will provide an overview of this
initiative with twenty three electric utility members
sharing initial project results and research strategy
through 2014. In addition, individual presentations
from United States Electric utilities such as
Southern Company and Smart Grid Modelling
Results from American Electric Power’s
Demonstration will provide examples of activities,
objectives and preliminary results followed by a
Q&A forum to interact with the audience.
Chair Affiliation: EPRI, Senior Program Manager
Panel Session 5b
Dr Avnaesh A. Jayantilal (14:35 – 16:05 Exchange Room 1)
Topic: Emerging Distribution Management
Technologies I
Abstract: Smart Grid is being driven by a new
paradigm of enabling active consumer participation in electric grid management through the
adoption of Distributed Energy Resources (electric
vehicles, energy storage, demand response and
distributed generation). DER will bring a new level
of complexity and benefits to the management of
electric distribution grid, and will require enhanced
solutions and devices to operate DER in a real-time
environment. This panel will focus on the
improvements in Distribution Management System
operations incorporating advanced technological
solutions for the emerging Smart Grid. The primary
objective of this panel is to present the state-ofthe-art and the vision for the future of the
54
DER. Operations experience, integration issues,
benefits analysis, and lessons learned will reveal
the full range of standards and interoperability
requirements needed to support the industry. Gaps
revealed will identify critical areas of future smart
grid research.
emerging smart grid from real-time operations
point of view. The participants will have an
opportunity to engage in an active dialog of
challenges and solutions for achieving
improvements for real-time distribution operations.
Moderator:
A. Jayantilal Alstom Grid
Speakers:
Michael Edmonds S&C Electric.
Self-Healing Distribution Networks
Douglas Wang Psymetrix.
Advanced Sensors for Renewable Integration
Sébastien Grenard EDF R&D.
Deployment of an Advanced Distribution
Management System in the French Network
Chair Affiliation: Alstom Grid, Activity Manager
55
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 5c
Prof Janusz Bialek (14:35 – 16:05 Exchange Room 2)
Topic: Dispatch, Corrective Control and
Smart Grids
Abstract: Currently the dominant mode of
operational control by Transmission System
Operators is based on preventive control. The
preventive control usually utilises a reliability
criterion, (N-1) or similar, which states that the
system should withstand on its own a specified set
of contingencies. That operating paradigm can no
longer be continued if a significant portion of the
generating resources feeding the grid is from
renewables. If, for example, 30-50% of the
generation is supplied from renewable resources,
whose outputs are stochastic, meeting of current
reliability criterion would require huge reserve.
This session will explore possibilities for changing
the traditionally preventive dispatch paradigm by
utilising Smart Grids capabilities. The issues
explored in the session will include the
following items:
• As stochastic resources demand a probabilistic
methodology, possibilities of using a probabilistic,
rather than (N-1), reliability criterion will
be investigated.
• Smart Grids technology enables just-in-time
defence. A new operating paradigm based on
such principles will be explored.
• Corrective control techniques, utilising Smart
Grids technologies, will be discussed
Speakers:
François Bouffard McGill University, Canada.
Douglas Wilson Psymetrix Ltd., UK.
Julian Dyer National Grid, UK.
Aidan Tuohy EPRI, USA.
Chair Affiliation: Durham University,
Professor of Electrical Power and Control
Panel Session 5d
Prof Nikolai Voropai (14:35 – 16:05 Exchange Room 3)
Topic: Smart grid technologies development in
Russia and neighboring countries
Abstract: In the last decades the Smart Grid
concept has been discussed and developed in
different countries as a technological platform for
the future electric power industry. Smart Grid
technologies include innovative power equipment,
new measurement, communication and control
tools, as well as advanced information and
computer technologies, which enable us to
enhance the efficiency of generation, transmission,
distribution and delivery of electricity, and ensure
controllability, stability and security of electric
power systems.
The studies and implementation of the Smart Grid
technologies are underway in Russia and
neighboring countries. The following papers
present the current state and possible
development of the Smart Grid concept and
technologies in Russia, Ukraine and Azerbaijan.
56
Speakers:
Yu.I. Morzin | N.I. Voropai (Russia)
Smart Grid Concept for Unified National Electrical
Network of Russia.
Yu.I. Morzin | N.I. Voropai | S.N. Vasiliev |
I.B. Yadykin | D.N.Efimov (Russia)
Intelligent Operating and Emergency Control
Technologies in Russia
Yu.I. Morzin | N.I. Voropai | S.N. Vasiliev |
I.B. Yadykin | D.N.Efimov (Russia)
Innovative Smart Grid Technologies in Electric
Power Industry of Ukraine.
N.A. Yusifbayly | H.B. Guliyev (Azerbaijan)
Intelligent Control System of Voltage Regimes
in the Electrical Networks.
D.N. Efimov (Russia)
Some Developments, Prospective Ways and
Projects of Smart Grid Technologies in Russia –
an Overview.
Chair Affiliation: Russian Academy of
Sciences, Professor
Panel Session 5e
Mr Francisc Zavoda (14:35 – 16:05 Exchange Room 4)
Topic: Smart grids and PQ Monitoring
Abstract: : Continuous advances and falling prices
in technologies such as monitoring equipment,
communication, data storage and processing, etc.
facilitated and triggered the next major step in the
evolution of power systems, from traditional
network to “Smart Grid”.
The “Smart Grid” concept is based on an
increased amount of network, equipment and
power quality monitoring. The information
obtained by monitoring voltages and currents
helps the network operator to assess his network
performance as a whole and at individual
locations. This kind of information is also required
by regulatory agencies.
Changes in type of loads connected to the grid
and the proliferation of non-conventional loads
put additional pressure on network operators to
monitor and documents network performance.
Despite the fact that more performing models of
PQ monitors are available on the market and
network operators show more will to assess the PQ
level, there is a lack of knowledge and agreement
on a number of aspects of the monitoring process.
This Panel Session will address some application
aspects of PQ monitoring including:
• Overview of PQ monitoring,
• Selection of monitoring locations,
• Selection of monitoring parameters,
• Presentation of PQ monitoring results.
Speakers:
Francisc Zavoda (IREQ, Canada)
Bill Howe (EPRI, US)
José María Romero Gordon (Endesa, Spain)
Liliana Tenti (RSE, Italy)
Chair Affiliation: Hydro Quebec, IREQ
Oral Session 5 (14:35 – 16.05)
Oral 5a:
AC/DC T&D (14:35 – 16.05 Exchange Room 5)
Paper ID's (in order of presentation):
ID 32: Three-phase Distribution OPF in Smart
Grids: Optimality versus Computational Burden
Sumit Paudyal | Claudio Cañizares | Kankar
Bhattacharya
ID 57: Overload and overvoltage in low-voltage
and medium-voltage networks due to renewable
energy – some illustrative case studies
Math Bollen | Nicholas Etherden
ID 245: Performance assessment of IEC 61850-9-2
based protection scheme for a 400kV transmission
system mesh corner
An Wen | Terry Brennan | Dave Brogden, Ray
Chatfield | Craig McTaggart
ID 64: Coordinated Control of Two Phase
Imbalanced Hybrid Series Capacitive Compensation
Schemes for Damping Power System Oscillations
Irfan Unal | Sushan Pan | Sherif Faried
ID 121: Investigating the Impact of Demand Side
Management on Residential Customers
Ning Zhang | Daniel S Kirschen | Luis F Ochoa
ID 309: Facilitating the Implementation of
Innovative Technologies for a Smart(er) Future Grid
Konstantinos Kopsidas
57
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Oral 5b:
VPP / DER / Microgrid (14:35 – 16.05 Exchange Room 6)
Poster Session 7
Voltage control, model validation and practical applications (14:35 – 16:05 Exchange Auditorium)
Paper ID's (in order of presentation):
ID 244: Power Scheduling in a Virtual Power Plant
Davide Aloini | Emanuele Crisostomi | Marco
Raugi | Rocco Rizzo
ID 272: A Multi-Objective Evaluation of the Impact
of the Distributed Generation Penetration
Rnan Silva Maciel | Antonio Padilha-Feltrin,
Mauro Augusto da Rosa | Vladimiro Miranda
ID 204: Models of Distributed Energy Resources
Markets in Distribution Grid Operations
Jayant Kumar | Avnaesh Jayantilal
ID 7: Investigation of Smart Grid Topologies Using
Pilot Installations Experimental Results
Dimitrios Stimoniaris | Dimitrios Tsiamitros |
Nikolaos Poulakis | Theodoros Kottas |
Vasileios Kikis
ID 20: Emergency Voltage Control with
Decentralized Generation
Johan Fredrik Baalbergen | Vasileios Karapanos
| Madeleine Gibescu | Lou van der Sluis
ID 38: Tapping power from a microgrid based
on a BtB converter
Abnery Ortiz, Waldemar Sulkowski
ID 42: Support Vector Machines for an efficient
Representation of Voltage Band Constraints
Sebastian Lehnhoff, Olav Krause
ID 66: Smart Grid: A New Way of Receiving
Primary Information on Electric Power System State
Konstanin Suslov, Nafisa Solonina
ID 79: Decentralised voltage regulation in smart
grids using reactive power from renewable DG
Anna Rita Di Fazio | Giuseppe Fusco |
Mario Russo
ID 80: Increasing the Available Transmission
Capacity by using a Dynamic Transient
Stability Limit
Song Guo, Sean Norris, Janusz Bialek,
Douglas Wilson
ID 85: Use Case Analysis of Real-Time Low
Voltage Network Management
Sami Repo | Davide Della Giustina |
Guilermo Ravera | Lucio Cremaschini |
Stefano Zanini
ID 118: Optimal Microgrid Operation
with Electric Vehicles
Miguel Angel Lopez Perez | Sebastian Martin
Rivas | Jose Antonio Aguado Sanchez |
Sebastian de la Torre Fazio
ID 60: Electric Vehicle Requirements for Operation
in Smart Grids
Francesco Marra | Dario Sacchetti | Chresten
Træholt | Esben Larsen
ID 144: Development and Operation of Virtual
Power Plant System
Khalil El Bakari | Wil Kling
Oral 5c:
Renewables Integration (14:35 – 16.05 Exchange Room 7)
Paper ID's (in order of presentation):
ID 19: Control of DFIG for wind energy in a
network context: a new formulation and
interpretation of the control specifications
Mouna Bejaoui | Bogdan Marinescu | Ilhem
Slama Belkhodja | Eric Monmasson
ID 25: Probabilistic Load Flow using Latin
Hypercube Sampling with Dependence for
Distribution Networks
Jun Cao | W. DU | H.F. Wang
ID 239: Grid Connected PVs and Wind Turbine
with a Wide Range of Reactive Power Control
and Active Filter Capability
Essam Hussain | Chris Bingham | David Stone
58
ID 248: A Novel Control Strategy for the Doubly
Fed Induction Generators to Improve Grid
Fault Ride-Through Capability
S.Q. Bu | W. Du | H.F. Wang | Z. Chen | H. F. Li
ID 96: Vector control strategy for small-scale gridconnected PMSG wind turbine converter
Chunxue Wen | Guojie Lu | Peng Wang |
Zhengxi Li | Xiongwei Liu
ID 114: An integrated approach to optimization of
energy supply mix in smart buildings
Tokhir Gafurov | Belén Téllez |
Milan Prodanovic
ID 87: The ability of a Dutch LV network to
incorporate high penetration level of μ-CHPs
considering network topology and units
control strategy
Dimitrios Kamperis | G. M. A. Vanalme |
W. L. Kling
ID 174: Turkish Power System: From conventional
past to smart future
Sitki Güner | Aydoğan Özdemir
ID 175: Microgrid research and development
at Centre for Alternative Technology
Jaise Kuriakose
ID 177: Analysis of frequent episodes in sequences
of incidences in power distribution systems
Oscar Quiroga | Joaquim Meléndez |
Sergio Herraiz | Alvaro Ferreira |
Alfredo Muñoz
ID 203: Towards Smarter Grids for Mediterranean
Developing Countries: Lessons Learnt and
Roadmaps
Walid El-Khattam | Hafez El-Salmawy |
Marwa Mostafa
ID 302: New Technologies for Low Voltage
Distribution Networks
Ben Brewin | Samuel Jupe | Marc Bartlett |
Katherine Jackson | Clare Hanmer
ID 318: Distributed Static Series Compensation
for Distribution Network Line Voltage
Profile Improvement
Afshin Pashaei | Bashar Zahawi |
Damian Giaouris
59
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 6c
Miroslav Lutovac (16:30 – 18:00 Exchange Room 2)
Panel Session 6 (16:30-18:00)
Panel Session 6a
Prof Carlo Alberto Nucci and Prof. Joao Pecas Lopes (16:30 – 18:00 Exchange Auditorium)
Topic: From renewables to electric vehicles
towards the SMART GRID, the electric power of
the future network
Abstract: Text to follow
Speakers:
Prof. Carlo Alberto Nucci University of Bologna,
Italy. Energy consumptions and needs relevant to
electricity production, with special reference to
renewables and their integration into the
smart grid.
Dr. Thilo Krause ETH Zurich, Switzerland
An Energy Hub Perspective on Smart Grids –
in cooperation with Matthias Galus and Göran
Andersson
Prof. Joao Pecas Lopes INESC Porto
Smart Metering and Electric Mobility.
Prof. Stefano Massucco University of Genova,
Italy. Study, development and validation of
innovative methods and tools for active
distribution networks management with
renewable energy sources.
Prof. Mario Paolone EPFL, Lausanne, Switzerland.
On the Measurement of Synchrophasors in Active
Distribution Power Networks.
Chair Affiliations:
Prof Carlo Alberto Nucci University of Bologna,
Professor and Secretary of CIGRE SC4
Prof. Joao Pecas Lopes University of Porto INESC,
Professor and Director of INESC
Chair Affiliations:
Prof Carlo Alberto Nucci University of Bologna,
Professor and Secretary of CIGRE SC4
Prof. Joao Pecas Lopes University of Porto INESC,
Professor and Director of INESC
Panel Session 6b
Dr Avnaesh Jayantilal (16:30 – 18:00 Exchange Room 1)
Topic: Emerging Distribution Management
Technologies II
Abstract: Smart Grid is being driven by a new
paradigm of enabling active consumer participation in electric grid management through the
adoption of Distributed Energy Resources (electric
vehicles, energy storage, demand response and
distributed generation). DER will bring a new level
of complexity and benefits to the management of
electric distribution grid, and will require enhanced
solutions and devices to operate DER in a real-time
environment. This panel will focus on the
improvements in Distribution Management System
operations incorporating advanced technological
solutions for the emerging Smart Grid. The primary
objective of this panel is to present the state-ofthe-art and the vision for the future of the
emerging smart grid from real-time operations
point of view. The participants will have an
opportunity to engage in an active dialog of
60
challenges and solutions for achieving
improvements for real-time distribution operations.
Moderator: A. Jayantilal Alstom Grid.
Speakers:
Teresa Fallon, ESB Networks and
Andrew Keane University College Dublin.
Volt/Var Control for Distributed Generation
Stephen McArthur University of Strathclyde.
Online Intelligent Performance Analysis of
Distribution Automation
David Macleman Scottish and Southern Energy.
Integrating Distributed Energy Storage
Cristiano Marantes Sotiris Georgiopoulos
(UK Power Networks). Flexible Plug and Play
Integration of Renewable Generation
Chair Affiliation: Alstom Grid, Activity Manager
Topic: Deployment of Smart Meters –
South European Experience
Abstract: During this panel several presentations
will be held, conducted by experts from electricity
distribution utilities from South European
countries. The current situation and reached levels
in smart meters deployment in local and national
electricity distribution networks will be presented.
Motives for introduction of smart metering
systems, some peculiarities and experiences in
their development and operation will be described,
too. In South Europe, the major reason for smart
meters deployment and development of systems
for their remote reading is electricity theft, which
leads to unacceptable level of commercial and
non-technical power losses. Hence, the primary
goal of smart metering introduction and operation
is to reduce them. However, the panel’s participants
will be informed also about plans for future
development and use of these systems in grids
with distributed generation, for demand load
management, characteristic load charts recording
and aggregation, load forecast methodologies
improvement, optimal network planning etc.
Speakers:
Mr. Srdjan Milosevic | Mr. Dusan Vukotic,
Electricity Distribution Company
“Elektrodistribucija Beograd”, Serbia.
Deployment of Smart Meters and Introduction of
AMR System in Belgrade.
Mr. Boris Holik, Mr. Zeljko Popovic
Electricity Distribution Company
“Elektrovojvodina”, Novi Sad, Serbia.
Deployment of Smart Meters and Introduction
of AMR System in “Elektrovojvodina”.
Mr. Sasa Tosic
Electricity Distribution Company
“Jugoistok”, Nis, Serbia.
Deployment of Smart Meters and Introduction of
AMR System in South Eastern Serbia.
Mr. Velimir Strugar
Montenegrin Electric Enterprise AD Niksic.
The Project for Metering System Improvement in
Montenegro,
Mr. Dalibor Muratovic | Mr. Milan Lukic
Electric Power Industry of Republic of Srpska.
Deployment of Smart Meters in Republic of Srpska
(Bosnia and Herzegovina).
Mr. Zeljko Markovic | Mr. Vladimir Shiljkut
Electricity Distribution Company
“Elektrodistribucija Beograd”, Belgrade, Serbia.
Recording Load Profiles in Typical Consumption
Areas by Remote Metering System,
The Panel Vice-Chairmen:
Mr. Radovan Stanic Dipl.Ing.El.
Assistant Manager of Head Department for
Electricity Distribution Electric Power Industry of
Serbia.
Dr. Aca Markovic Dipl.Ing.El.
President of Managing Board of Electric Power
Industry of Serbia.
Chair Affiliation: Electric Power Industry of
Serbia, Manager of Head Department for Strategy
and Investment in Electricity Distribution
61
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Panel Session 6d
Dr Douglas Wilson (16:30 – 18:00 Exchange Room 3)
Topic: Supervision, Management and Control
of Power System Dynamics using WAMS –
a Practical Perspective
Abstract: Dynamic phenomena have practical
implications on power system performance in
terms of the system security and effective use
of network assets. In balancing the needs of
security and optimisation, detailed knowledge
of the dynamic behaviour of the power system
is important. Phasor-based wide area monitoring
and the tools to extract and analyse power system
dynamic characteristics have been available for
several years, and this provides a detailed
system-wide view of the dynamic behaviour
of power systems.
This session will focus on observed dynamic
behaviour of different power systems, including
oscillations, transient dynamics and system
disturbances, and will deal with the practical
problems faced and solutions to address them.
Chair Affiliation: Psymetrix | CTO
Panel Session 6e
Dr Leslie Bryans (16:30 – 18:00 Exchange Room 4)
Topic: Stretching the Network
Abstract: With growing volumes of embedded
generation and restrictions on network
development, there is pressure to find creative
approaches to increasing the capacity and load
factor at all levels on networks.
This session will identify some of the techniques
employed and the pitfalls of such schemes. In
particular, the Chairman will identify some of the
technical solutions being applied and these will be
expanded further by speakers. At a system level,
the TSOs face many technical challenges in order
to facilitate and manage these new systems. The
Chairman will also pose questions about the ability
62
of industry structure to manage this complex
environment and whether adequate technical tools
exist which can inform planners and real time
decision makers. Although technological development
is taking place, are we heading into complexity
management with our eyes open or shut? It is
expected that a lively discussion will take place.
Speakers:
Leslie Bryans (NIE),
Alan Kennedy (SONI),
Raymond Skillen (SONI)
Chair Affiliation: SONI
Oral Session 6 (16.30 – 18.00)
Oral 6a:
Renewables Integration (16:30 – 18.00 Exchange Room 5)
Paper ID's (in order of presentation):
ID 278: Stochastic Evaluation of Maximum Wind
Turbine Capacity in a Radial Distribution Network
Peiyuan Chen | Birgitte Bak-Jensen | Zhe Chen
ID 73: Electrical balancing potential
in residential installations
Korneel Verleden | Bart Verhelst | Jan Desmet |
Lieven Vandevelde
ID 137: Three-level Neutral Point Clamped Inverter
Interface for Flow Battery/Supercapacitor Energy
Storage System used for Microgrids
Ionel Vechiu | Aitor Etxeberria |
Haritza Camblong | Jean-Michel Vinassa
ID 290: Distributed Generation and local
voltage regulation: an approach based on
sensitivity analysis
Vito Calderaro | Vincenzo Galdi |
Giovanni Massa | Antonio Piccolo
ID 34: A Frequency-stabilizing Scheme for
Integrating Photovoltaics into a Small Island Grid
Koji Yamashita | Orie Sakamoto |
Yoshihiro Kitauchi | Toshiya Nanahara |
Toshio Inoue
ID 192: A Prediction Based Demand Response
Algorithm using Dynamic Pricing
Saraansh Dave | Mahesh Sooriyabandara |
Luyang Zhang
Oral 6b:
Power Electronics (16:30 – 18.00 Exchange Room 6)
Paper ID's (in order of presentation):
ID 227: Grid-Connected Three-Input PV/FC/Battery
Power Converter with Active Power Filter Capability
Seyed Hossein Hosseini | Farzam Nejabatkhah
| Saeed Danyali | Seyed Abdol Khalegh |
Mozaffari Niapour
ID 108: Conduction and Switching Loss
Comparison Between an IGBT/Si-PiN Diode Pair
and an IGBT/SiC-Schottky Diode Pair
Nii-Adotei Parker-Allotey | Olayiwola Alatise |
Dean Hamilton | Mike Jennings | Phil Mawby
ID 150: An innovative risk control strategy in
power systems involving advanced HVDC networks
Emanuele Ciapessoni | Diego Cirio |
Stefano Massucco | Andrea Pitto |
Federico Silvestro
ID 225: Reduced Stacked Multicell Converter with
Minimized Stored Energy of Flying Capacitors
Seyed Hossein Hosseini | Meisam Sadeghi |
Amin Nazarloo
ID 185: 3D Packaging Technology Incorporated
Power Conversion Module for Automotive
Distributed Energy Resource Application
M Jin | X Fu
ID 210: Contribution of PMSG based Micro Wind
Generation Systems to Provide Voltage Control in
Low Voltage Networks
Justino Rodrigues | Fernanda Resende |
Carlos Moreira
63
WEDNESDAY 7 DECEMBER 2011
(Exhibition opening times: 8:00 - 16:30)
Oral 6c:
Load Forecasting and Demand Management (16:30 – 18:00 Exchange Room 7)
Poster Session 8
Electric vehicles and advanced modelling techniques (16:30 – 18:00 Exchange Hall)
Paper ID's (in order of presentation):
ID 167: Hybrid Intelligent Method of Relevant
Vector Machine and Regression Tree for
Probabilistic Load Forecasting
Hiroyuki Mori | Akira Takahashi
ID 262: Load forecasting for active distribution
networks
Simone Paoletti | Marco Casini |
Antonio Giannitrapani | Angelo Facchini |
Andrea Garulli
ID 10: A Novel Graph Theoretical Approach in
Power System Restoration
Fredrik Edström | Lennart Söder
ID 63: Fast Search for Transmission Section Based
on Power Component of Line
Linyan Cheng | Baohui Zhang | Guanghui Li |
Jin Wang | Zhiqian Bo
ID 83: Case study of the effects of electric vehicle
charging on grid loads in an urban area
Ville Tikka | Jukka Lassila | Juha Haakana |
Jarmo Partanen
ID 101: Agent-Based Power Routing in Active
Distribution Networks
Phuong Nguyen | Wil Kling | Paulo Ribeiro
ID 106: Plug-in vehicles for Smart Grids: What can
and cannot be done with existing technology
Emily Parry | Miles Redfern
ID 187: Decentralized, Agent-Mediated Participation
of Electric Vehicles in Electricity Markets
Dimitrios Papadaskalopoulos | Goran Strbac
ID 188: Impact Study of Electric Vehicle (EV) Grid
Integration on Medium Voltage Grids
Qiuwei Wu | Arne Hejde Nielsen |
Jacob Østergaard | Seung Tae Cha | Yi Ding
ID 197: Electric Vehicle (EV) Charging
Management with Dynamic Distribution
System Tariffs
Niamh O'Connell | Qiuwei Wu |
Jacob Østergaard | Arne Hejde Nielsen |
Seung Tae Cha
ID 134: Optimal load management for a residential
distribution system in Sweden with
electric heating and PEVs
David Steen | Salem Al-Yami | Le Anh Tuan |
Ola Carlson | Lina Bertling
ID 301: Multi-Temporal Risk Minimization
Of Adaptive Load Management In Electricity
Spot Markets
Jhi-Young Joo | Marija Ilic
ID 212: On the impacts of Plug-in Hybrid Electric
Vehicle Penetration on Power Markets
Zhi Zhou | Jianhui Wang | Audun Botterud
ID 250: Probabilistic analysis of voltage bands
stressed by electric mobility
Alexander Probst | Martin Braun |
Jürgen Backes | Stefan Tenbohlen
*
! "# "
+
!
$
(
%&
ID 198: New Paradigm of Smart Transmission
Substation – Practical Experience with Ethernet
Based Fiber Optic Switchyard at 500 Kilovolts
Maciej Goraj | Roger Moore
ID 238: Extension of Test System for Distribution
System Reliability Analysis with Integration of
Electric Vehicles in Distribution System
Pramod Bangalore | Lina Bertling
ID 241: The Smart Grid’s Self-Healing: Dynamical
Hierarchical Criticality Matrixes-Based Analysis
Vyacheslav Kharchenko | Eugene Brezhnev |
Artem Boyarchuk
ID 247: A New Bi-Directional Charger for
Vehicle-to-Grid Integration
Ricardo Ferreira | Miguel Miranda | Rui Araújo |
João Lopes
ID 271: Integrating the Electrical Vehicles in the
Smart Grid through Unbundled Smart Metering
and multi-objective Virtual Power Plants
Mihai Sanduleac | Mircea Eremia | Lucian Toma
| Paul Nicolae Borza
ID 273: Serving Solar Variations with Consumption
Control of Smart Appliances and Electric Vehicles
Anett Schuelke | Kellie Erickson
ID 291: Interfacing Multi-agent systems in
real-time control of active distribution networks
Arshad Saleem | Nicholas Honeth |
Rune Gustavsson | Lars Nordström
'!
) *
Closing Session (18:00 – 18:15) Exchange Auditorium
/
,
The poster competition results will be announced
along with closing words from Prof. Jovica
Milanovic the Conference General Chair,
with a look to ISGT Europe 2012.
!
---%
64
This session is open to all conference attendees
including delegates, exhibitors, and conference
volunteers.
.
."# "%
65
J3483-ISGT Conference programme 2011_Layout 1 28/11/2011 10:26 Page 66
EXHIBITION FLOOR PLAN
The exhibition opening times are 9:30 – 16:45 on Monday, 5 December and
8:00 – 16:30 on Tuesday, 6 and Wednesday, 7 December.
66
EXHIBITION LISTING
Company
Stand
Exhibition Listing
4RF Communications Ltd
30
page 68
A. Eberle GmBH & Co.KG
23
page 68
Alstom Grid
26 & 27
page 69
EA Technology Ltd
29
page 69
Electricity North West
28 & 21
page 70
GE Digital Energy
13
page 70
HVPD
3
page 71
IEEE Media Recruitment Services
6
page 72
IEEE Power & Energy Society
16
page 72
IEEE Smart Grid Initiative
17
page 73
Joint Research Project: IEC 61850
18
page 74
Manchester Energy
5
page 74
Megger Limited
1
page 75
MIDAS
20
page 76
Nortech Management Ltd
4
page 76
Omicron Electronics UK Ltd
24
page 77
Opal-RT Europe
7
page 78
Outram Research Ltd
19
page 78
Parsons Brinckerhoff
8&9
page 79
RTDS Technologies Inc.
10
page 79
RuggedCom
25
page 80
S&C Electric Europe Ltd
22
page 80
Siemens
11 & 12
page 81
The IET
2
page 82
WIPRO Technologies
14 & 15
page 82
67
EXHIBITORS INFORMATION
4RF Communications Ltd
30
Lake View Drive, Sherwood Park
Nottingham, NG15 0DA
+44 7768 526057
adrian.barratt@4rf.com
www.4rf.com
Alstom Grid
26 & 27
Alstom Grid
St Leonards Avenue,
Stafford ST17 4LX
+44 (0) 1785 718506
kirsteen.lane@alstom.com
www.alstom.com
Operating in more than 120 countries, 4RF provides radio communications
equipment for utility, oil and gas and other private network applications.
Combining a standards-based approach with excellent RF performance, superior
reliability and ease of use, 4RF develops best-in-class wireless products. The Aprisa
SR smart point-to-multipoint radio provides secure communications for monitoring
and control. The Aprisa XE point-to-point microwave link provides long distance,
carrier-class communications, ideal for rural and remote locations. All 4RF products
operate in licensed spectrum bands, support both serial and IP traffic, and are
optimised for robust, long term performance in temperature extremes and
harsh environments.
Alstom Grid has over 100 years of expertise in electrical grids. Whether for utilities
or electro-intensive industries or facilitating the trading of energy, Alstom Grid
brings power to its customers’ projects. Alstom Grid ranks among the top 3 in
electrical transmission sector with an annual sales turnover of more than €4
billion. It has 20,000 employees and over 90 manufacturing and engineering sites
worldwide. At the heart of the development of Smart Grid, Alstom Grid offers
products, services and integrated energy management solutions across the full
energy value chain—from power generation, through transmission and distribution
grids and to the large end user.
A. Eberle GmbH & Co. KG
EA Technology Ltd
23
29
A. Eberle GmbH & Co. KG
Aalener Straße 30/32
D-90441 Nürnberg
+49 (0) 911 / 62 81 08-89
klaus.leibold@a-eberle.de
www.a-eberle.de
EA Technology Ltd
Capenhurst Technology Park,
Capenhurst, Chester, CH1 6ES.
0151 347 2369
barry.watson@eatechnology.com
www.eatechnology.com
A. Eberle GmbH & Co. KG, founded in 1980, is a market leader in developing and
manufacturing products for the electricity industry.
EA Technology is an independent, employee-owned company based in Chester,
and is the UK’s pre-eminent organisation for the provision of authoritative advice
and technical support services in relation to New Energy Technologies. This
encompasses Demand Side Response; Electrical and Thermal Energy Storage
systems; Fuel Cell and Hydrogen systems; Laboratory, Test House and Residential
Field Trials; Low Carbon Technologies Assessment; and realisation of the Smart
Grid of the future. EA Technology’s knowledge, experience and network of
contacts extends throughout the electrical industry from Generation, Distribution
and Supply, through Government agencies (both UK and International) and
Technology Innovators to Academia and customer-user groups. It has both
significant practical experience of demonstration projects together with the
associated knowledge of safety and regulatory implications.
The company’s mission is to solve measuring, control, and recording applications
around substations with power transformer. Thus more than 50% of staffs are
qualified engineers.
The portfolio comprises:
• Automatic voltage regulators for transformers with OLTC –
with integrated transformer monitoring
• Regulators for Petersen coils; incl. frequency current injection
• Earth fault detection
• Power Quality and disturbance recording for stationary and portable
applications including analysis software
• collapse prediction and dynamics monitoring relays
• Equipment for calibration and simulation of multiple-wire systems
68
69
HEADING
Electricity North West
28 & 21
HVPD
3
Electricity North West
304 Bridgewater Place,
Birchwood Park, Warrington,
Cheshire, WA3 6XG.
+44 (0) 1925 846877
Alex.Moore@enwl.co.uk
www.enwl.co.uk
High Voltage Partial Discharge Ltd.
Empress Business Centre,
380 Chester Road,
Manchester, UK, M16 9EA.
+44 (0) 161 877 6142
Kate@hvpd.co.uk
www.hvpd.co.uk
Electricity North West owns, operates and maintains the North West’s electricity
distribution network, connecting 2.4 million properties, and more than 5 million
people in the region to the National Grid.
High Voltage Partial Discharge Ltd (HVPD) are experts in the field of Partial
Discharge (PD) test and monitoring technology for in-service medium and high
voltage plant. Our PD test and monitoring technologies are used by our clients for
insulation condition assessment of both MV (3.3 kV to 45 kV) and HV (66 kV+)
plant with applications including both On-line and Off-line testing.
We’re a major employer in the region, and have one of the most reliable networks
in the UK, operating at 99.99% reliability.
HVPD provide a complete range of PD test services and asset management advice
to our electricity generation, utility, industrial global customer base.
We’re investing £1.4 billion in the network between 2010-2015, including
£30 million in research and development as part of our drive to find simpler
more effective solutions.
GE Digital Energy
13
ALSTOM GRID
GE Digital Energy
Av. Pinoa, 10
48170 Zamudio, Spain.
+34 94 485 9135
esther.deprado@ge.com
www.gedigitalenergy.com
Digital Energy is a global leader in innovative technology solutions for a 21st
century electric grid. Our solutions enable greener more distributed generation,
efficient and reliable energy delivery, productive utility operations, and informed
and empowered consumers. We strive to become the most profitable business
among our global competitors by aggressively investing in technology and
people while driving for best in class supply chain, services and commercial
capabilities. Digital Energy attracts great talent by offering a contemporary
work environment, challenging assignments and unlimited potential for
personal and professional growth.
THE REFERENCE IN
GRID PERFORMANCE
GRID
www.alstom.com
70
71
EXHIBITORS INFORMATION
IEEE Media Recruitment Services
6
IEEE Media Recruitment Services
Three Park Avenue, 17th Floor,
New York, NY 10016.
+1 212 705 8939
i.rodriguez@ieee.org
www.ieee.org/jobs
17
IEEE Smart Grid Initiative
445 Hoes Lanes, Piscataway, NJ 08854
+1 732-465-6671
h.tepper@ieee.org
smartgrid.ieee.org
IEEE Media Recruitment Services enables employers to find the most qualified
candidates for their company, and make job offers to these technology experts
before their competitors know about them. Employers gain immediate access
to the largest audience of engineers and business leaders in the technology
marketplace by combining print and electronic recruitment advertising
opportunities in IEEE Spectrum, IEEE Job Site and other IEEE publications
and Web sites.
Hiring managers at more than 4,000 leading corporations and organizations use
IEEE Media Recruitment Services to reach the world’s top engineers in every sector
– from communications to defense, from computers to transportation.
IEEE Power & Energy Society
IEEE Smart Grid Initiative
The IEEE Smart Grid Initiative supports IEEE activities guiding modernization
of the electrical power system typified by increased use of communications and
information technology in the generation, delivery and consumption of electrical
energy. Because IEEE touches virtually every aspect of Smart Grid, the IEEE Smart
Grid Initiative is one of the very few efforts able to delivers the diversity of global
expertise, information, resources, standards and the vision necessary to realize the
Smart Grid’s full potential. The IEEE Smart Grid Web Portal disseminates unbiased
knowledge from IEEE Smart Grid experts and the monthly IEEE Smart Grid
Newsletter covers timely developments.
16
IEEE Power & Energy Society
445 Hoes Lane
Piscataway, NJ USA 08854
+ 1 732 562 3883
pes@ieee.org
www.ieee-pes.org
Committed to innovation
The IEEE Power & Energy Society (PES), established leader of the Smart Grid
community and the sponsor of the global series of ISGT regional conferences,
is a worldwide, non-profit association of more than 28,000 individuals engaged
in the electric power energy industry. Our mission is to be the leading provider of
scientific information on electric power and energy for the betterment of society
and the preferred professional development source for our members.
We own, operate and maintain the North West’s
electricity distribution network, connecting 2.4 million
properties, and more than 5 million people in the
region to the National Grid. We’re investing £1.4 billion
in the network between 2010-2015, including £30
million in research and development as part of our
drive to find simpler more effective solutions.
We’re proud to be Gold Sponsors of the ISGT
event, and we look forward to welcoming you
to the official dinner on 6 December.
www.enwl.co.uk
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73
EXHIBITORS INFORMATION
Joint Research Project:
IEC 61850 process bus protection system
18
1
Megger Limited
Archcliffe Road,
Dover, CT17 9EN, UK
01304 502100
uksales@megger.com
www.megger.com
Alstom Grid: Ray Chatfield, ray.chatfield@alstom.com
National Grid: Wen An, wen.an@uk.ngrid.com
Scottish Power: Craig McTaggart, craig.mctaggart@sppowersystems.com
Scottish and Southern: Energy Martin Lee, martin.lee@sse.com
University of Bath: Miles Redfern, maredfern@bath.ac.uk
The University of Manchester: Peter Crossley, p.crossley@manchester.ac.uk
Megger manufactures test equipment for real-world environments,
for use in the field.
The use of process-bus technology, designed in accordance with the IEC61850
standard, introduces new opportunities for protection and control. However, before
the technology can be deployed, adequate tests are required to confirm that use of
the process bus does not have a detrimental impact on the operating performance of
future protection and control equipment. This exhibition stand will provide updates
on a joint research project which addresses the above issue involving Alstom Grid,
National Grid, Scottish Power, Scottish & Southern Energy, University of Bath and the
University of Manchester, with test equipment on display. The project will
investigate how the use of the process bus affects the design of a protection scheme
suitable for the mesh-corner of a transmission substation.
Manchester Energy
Megger Limited
Our rugged, user friendly test equipment is used to test the insulation of electrical
equipment and cables, integrity of joints and contacts, the condition of power
transformers, standby batteries, communications infrastructure and the
measurement of earth electrode resistance.
Megger equipment will test the operation of protection systems, CTs, relays and
circuit breakers with comprehensive result analysis software.
Inventor of the insulation tester back in the 1890s, Megger is one of the industry’s
best known and trusted brands
5
Manchester Energy
The University of Manchester,
Oxford Road, Manchester, M13 9PL, UK
ian.cotton@manchester.ac.uk
www.energy.manchester.ac.uk
The supply of energy to a growing worldwide population is a significant global
challenge. Manchester Energy has been created by the University to respond to this
challenge, and to increase the impact of our research and educational activities. It
coordinates the diverse range of expertise and provides a forum for engagement
with stakeholders from business and the public sector. Across the University, more
than 200 academics work on research projects relating to energy. Our research
portfolio covers a wide range of topics including energy sources, generation
technologies, transportation of energy and consumption.
Delivering smarter grids
with greater intelligence
For over 125 years, we have earned a
distinguished international reputation for
innovation and technical expertise in the
power industry.
We offer proven experience and consultancy
services in power systems analysis, project
management, the application of innovative
technology, generation connections,
renewable energy and advanced SCADA
systems.
We deliver excellence in power networks
consultancy, leading the way through
innovation and offering services to
stakeholders across the Smart Grid sector.
INTERNATIONAL CONSULTANTS, DESIGNERS, ENGINEERS, PROGRAMME AND CONSTRUCTION MANAGERS
Contact Katherine Jackson
jacksonk@pbworld.com
www.pbworld.com
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75
EXHIBITORS INFORMATION
MIDAS
20
24
OMICRON Electronics UK Ltd
Unit 9, Marconi Gate, Staffordshire Technology Park,
Beaconside, Stafford ST18 0FZ.
+44 1785 251 000
rose.seaborne@omicron.at
www.omicron.at
MIDAS
Warren Bruce Court,
Warren Bruce Road,
Trafford Park,
Manchester, M17 1LB, UK
0161 875 2239
li-hsia.chan@midas.org.uk
www.investinmanchester.com
OMICRON is an international company serving the electrical power industry with
innovative testing and diagnostic solutions.The application of OMICRON products
provides users with the highest level of confidence in the condition assessment of
primary and secondary equipment on their systems. Services offered in the area of
consulting, commissioning, testing, diagnosis, and training make the product
range complete.
MIDAS is dedicated to helping overseas and UK companies establish and grow
their business in Manchester, UK. We drive the global business marketing of
Manchester as a world-class location for business and deliver an extensive
package of expert, free and confidential advice for potential investors.
Our support includes assistance in finding suitable office and industrial
space, help with recruitment and training, access to local business networks,
research to support business development plans and advice on marketing
and communications.
Customers in more than 140 countries rely on the company's ability to supply
leading edge technology of excellent quality. Broad application knowledge and
extraordinary customer support provided by offices in North America, Europe,
South and East Asia and the Middle East, together with a worldwide network of
distributors and representatives, make the company a market leader in its sector.
We would like to meet with companies at this exhibition who are interested in
developing their business in the UK.
Nortech Management Ltd
OMICRON Electronics UK Ltd
4
Nortech Management Ltd
Unit 2, Deer Park Business Centre,
Woollas Hill, Eckington,
Pershore, WR10 3DN, UK.
+44 (0)8700 111992
julian.brown@nortechonline.co.uk
www.nortechonline.co.uk
Nortech specialise in providing remote site monitoring solutions tailored to
individual applications and projects. We work closely with network engineers to
provide economical systems for collecting and moving data from source (out on
the network), transforming it into useful information for interpretation by
engineers and expert systems.
Our iHost Platform enables utilities to accept data, display, interpret, collate and
distribute network information economically. iHost provides the simplest way to
get network data into your IT systems and in front of network engineers.
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77
EXHIBITORS INFORMATION
Opal-RT Europe
7
Opal-RT Europe
Parc d’affaires SILIC, 1 rue traversière,
94150 Rungis, France
+33 (0)1 41 73 08 29,
nacerine.rebia@opal-rt.com
www.opal-rt.com
Parsons Brinckerhoff
Parsons Brinckerhoff
Manchester Technology Centre,
Oxford Road, Manchester M1 7ED, UK
0161 200 5205
JacksonK@pbworld.com
www.pbworld.com
8&9
Parsons Brinckerhoff is a global leader in developing and operating infrastructure
around the world. Parsons Brinckerhoff facilitates and delivers award-winning
innovative projects across the Smart Grids sector. Recent activities include:
Opal-RT Europe is a company that conceives and distributes innovative IT
simulation solutions dedicated to industries and research laboratories.
These real-time simulation solutions are used to develop and test complex systems
requiring electronic control.
OPAL-RT is the world leader in the development of PC/FPGA Based Real-Time
Digital Simulator, Hardware-In-the-Loop (HIL) testing equipment and Rapid Control
Prototyping (RCP) systems to design, test and optimize control and protection
systems used in power grids, power electronics, motor drives, automotive industry,
trains, aircrafts and various industries, as well as R&D centers and universities.
• Advanced SCADA for intelligent networks
• Real-time thermal ratings development
• Smart grid demonstration projects financing
• Energy storage to defer distribution system reinforcement
• Stirling city centre smart infrastructure study
• Demand management for Sydney
Other project work includes assessing the feasibility of electric vehicle
charging infrastructure, providing technical support services to UK distribution
network operators and advising the European Union on its sponsorship of
Smart Grid projects.
Outram Research Ltd
19
Outram Research Ltd
Haining House, Taylors Lane,
Bosham, West Sussex, PO18 8QQ, UK
+44 (0) 1243 573050
kateedwards@outramresearch.co.uk
www.outramresearch.co.uk
We specialise in the design and manufacture of high quality, high specification
power quality monitoring and troubleshooting equipment to meet even the most
exacting requirements.
Used in products worldwide, our Single-Cycle Adaptive Store and Auto-Ranking
Waveform Capture techniques capture more detailed, more easily analysed
information, giving unique visibility into the potentially obscure behaviour of all
sorts of demanding applications.
Our latest R&D focuses on the world exclusive development of a fault level
monitor, accurately predicting the maximum fault levels in any given network
circuit as soon as 10ms from the event.
RTDS Technologies Inc.
10
RTDS Technologies Inc.
100-150 Innovation Drive
Winnipeg, MB R3T 2E1 CANADA
+1 204 989 9700
christine@rtds.com
www.rtds.com
RTDS Technologies Inc. is the industry standard for real time digital power system
simulators with more than 200 installations in 31 countries worldwide. Electric
power utilities, equipment manufacturers, research institutes and universities
around the world use the RTDS Simulator for power system studies and closed
loop testing of protection and control equipment. We are committed to our
customers and continue to lead the way with our innovative hardware, software,
and support. Our commitment to quality and excellence is second to none and
sets the standard for all of our products.
Visit us to discuss fault level prediction, power quality monitoring and any other
power quality issues you have.
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79
EXHIBITORS INFORMATION
RuggedCom Inc.
25
Siemens
11 & 12
RuggedCom Inc.
INFOLAB21 (KBC), Lancaster University
Lancaster, LA1 4WA, UK
+44 1524 510434
ianpoulett@ruggedcom.com
www.ruggedcom.com
Siemens plc
Princess Road, Princess Parkway
Manchester M20 2UR, United Kingdom
+44 1614 465121
michelle.thomson@siemens.com
www.siemens.co.uk/energy
RuggedCom is a leading provider of rugged communications solutions
designed for mission critical applications in harsh environments. Our technology
solutions include Ethernet switches, routers, wireless devices, serial servers, media
converters, software and professional services. RuggedCom products are designed
for use in environments such as those found in electrical substations and trackside
signalling systems.
Innovative Smart Grid technologies and services from Siemens in the fields of
Infrastructure and Cities. For all our customers we provide the complete range
from products, solutions and services for protection, automation, planning, control,
monitoring and diagnostics of grid infrastructure as well as products, complete
turnkey solutions and services for rail electrification.
RuggedCom supplies hardware, professional services and installs equipment into
National Grid sub-stations located across the United Kingdom
S&C Electric Europe Ltd.
Siemens was established in the United Kingdom 168 years ago and now employs
around 16,000 people in the UK. As a leading global engineering and technology
services company, Siemens provides innovative solutions to help tackle the world’s
major challenges.
22
S&C Electric Europe Ltd.
Princess House, Princess Way
Swansea SA1 3LW
01792455070, Ext. 8212
Gemma.Donnelly@sandc.com
www.sandc.com
S&C Electric Europe Ltd, a global leader in smart grid is pleased to present its
range of proven solutions. The range of intelligent products range from energy
storage through to IntelliRupter Pulse Closer and its IntelliTEAM automation
software. Stop by our stand to meet our experts to discuss your needs.
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81
EXHIBITORS INFORMATION
CONFERENCE INFORMATION
The IET
2
Taxis
Black cab taxis are normally readily available
outside the front entrance of the Midland Hotel
(opposite Manchester Central) or do collect outside
Manchester Central. If you wish to order a taxi in
advance suggested numbers include:
Radio Cars – 0161 236 8033
Street Cars – 0161 228 7878
Trinity Cars – 0161 832 5444
The Institution of Engineering and Technology
Michael Faraday House, Six Hills Way
Stevenage, Herts., SG1 2AY, UK
+44 (0)1438 765658
JWiffen@theiet.org
www.theiet.org
One of the most highly recognised knowledge sharing networks in the world,
The Institution of Engineering and Technology is for engineers and technologists
working or studying in an increasingly multidisciplinary, digital and global
environment. With a growing membership of over 150,000 professionals from
more than 127 countries, our role is to disseminate knowledge and promote
professionalism on a local and international platform, enhancing both professional
and personal development for the engineering and technology industries
By Train
Venue and Transport
The IEEE ISGT Europe 2011 Conference
takes place at Manchester Central, Manchester,
5 – 7 December 2011.
WIPRO Technologies
14 & 15
WIPRO Technologies
+44 (0)7827 775898
edward.cottle@wipro.com
www.wipro.com
Wipro Technologies, the global IT business of Wipro Limited (NYSE:WIT) is a
leading Information Technology, Consulting and Outsourcing company, that
delivers solutions to enable its clients do business better. We deliver winning
business outcomes through our deep industry experience and a 360 degree
view of “Business through Technology” – helping clients create successful and
adaptive businesses.
Our Energy, Natural resource and Utilities Business Unit has over the last decade
established itself as a trusted partner to clients across the globe to help in
addressing their business challenges, using our deep industry domain competency
and technology expertise. We have over 5,000 dedicated consultants serving
businesses in the oil & gas, metals, mining, agriculture products, water, natural
gas and electricity industries.
82
Postal address of the venue:
Manchester Central
Petersfield
Manchester
M2 3GX
From the Airport
Manchester Airport’s integrated train station offers
up to nine trains an hour to and from Manchester
Piccadilly station, with an average journey time of
20 minutes. To get to Manchester Central from
Manchester Piccadilly Station take the Metrolink
tram the station and alight at St Peter’s Square.
This will take you to within a few minutes’ walk of
Manchester Central. Alternatively, taxis are readily
available from outside the terminal buildings and
the journey to Manchester Central will cost
approximately £25.
By Bus
Metroshuttle is Manchester’s free inner city bus
service, which operates three circular city centre
routes, connecting the city centre to all major train
stations, with buses stopping every 10 minutes.
The closest Metroshuttle stop to Manchester
Central is Albert Square, just a two-minute walk
away. For more information on Manchester buses
please visit www.gmpte.com/buses or
www.metroshuttle.cfm
Manchester’s main train station is Manchester
Piccadilly with direct routes from London, Scotland,
Birmingham and most major cities.
To get to Manchester Central from Manchester
Piccadilly Station take the Metrolink tram the
station and alight at St Peter’s Square. This will
take you to within a few minutes’ walk of
Manchester Central. Alternatively, Piccadilly
Station is a 20-minute walk from Manchester
Central or a five minute taxi journey.
Car Parking
Manchester Central has a 24-hour NCP car park
located directly below the building, holding 720
cars, including 18 disabled parking bays.
The address of the car park is:
Lower Mosley Street
Manchester M2 3GX
T: 0161 817 8900
www.ncp.co.uk
Prices are as follows:
Monday – Sunday (24 hours)
£6.10
– 2 hours
£9.50
– 4 hours
£10.50 – 6 hours
£14.50 – 12 hours
£18.40 –
Day
Lift, stairs and escalator access is available from the
car park directly into Manchester Central.
83
CONFERENCE PROCEEDINGS
Badges
All participants are requested to wear their badges
throughout the event, including to gain entrance
to the social programmes. Badges are marked
according to the type of pass purchased and
participants will not be admitted to the conference
or exhibition without their badge. Should you lose
your name badge please go to the registration
area for a replacement.
Certificate of Attendance
A certificate of attendance will be given to
registered participants on request, please make
your request when you register on your first day.
The certificate will be signed by the conference
Chair and will be available from the reception desk
on 7th December.
Conference Website
The official conference web site is:
www.ieee-isgt-2011.eu
Contacts
You are welcome to contact the Local Organising
Committee if you have any questions about the
conference. For any queries during the conference
please ask in the registration area.
Contact email addresses:
Registration / Event queries:
laura.mitchell@manchester.ac.uk
Sponsorship / Exhibition:
agnes.beviz@manchester.ac.uk
Media / Press:
thomas.carpenter@manchester.ac.uk
Language
The official language of the conference is English.
No simultaneous translation will be provided.
Poster Competition
The poster competition will be judged by the
poster session Chairs and results will be
announced during the Closing Session on
Wednesday 7 December at 18:00 in the
Exchange Auditorium.
84
Presentation
Refreshments and Lunch
Wireless Internet Access
Every room is equipped with an LCD project
and Acrobat PDF reader. The presenters must
use the available equipment instead of their
personal laptop.
Refreshments will be served in the Exchange Hall,
see the ISGT Europe 2011 Venue map, during the
breaks at 10:00 – 10:30, 14:30 – 15:00 and
16:15 – 16:45 on Monday, and 09:45-10:30 and
16:05-16:30 on Tuesday and Wednesday
The IEEE ISGT Europe 2011 conference
provides free wireless internet access at the
conference venue sponsored by National Grid.
To connect to Manchester Central WiFi please
follow the instructions below:
1 Switch on your wireless enabled device
(ensure that your wireless adapter is enabled –
there may be a separate switch/button for
this on the device).
2 Select MCCC from the available wireless
networks and open the web browser
(Internet Explorer, Firefox etc).
3 You should soon hit the Manchester Central
Portal page, click “Please click here to access
broadband” (located to the right, above
the image).
Please prepare your presentation in ppt or pdf
formats and have it ready on a USB memory.
Name your file as follows: Paper ID_Family
Name_First Two Words of the paper's or
presentation’s Title (Lamm_Smart_Grid), or
without the Paper ID if presenting in a keynote or
panel session. Use only the English alphabet A-Z.
No specific template is required.
Please go to the room you are scheduled to
present in during a break / lunchtime prior to
your presentation and provide a copy of your
presentation to the Blitz Communications AV
technician or one of the conference volunteers.
Proceedings and Conference Material
Each registered participant will receive a USB
memory stick including all the
papers presented in the technical program. The
USB memory stick is included in the conference
bag. For more information see Registration.
The presentations from the plenary sessions and
panel sessions will be posted on the official
conference website after the conference. The
tutorial materials will be distributed to delegates
during the tutorial sessions. Please note that
tutorials are not included in the delegate pass and
require separate registration.
Lunch will be served during 12:00 – 13:00 on
Monday, and 12:00 – 13:15 on
Tuesday and Wednesday. Both refreshments and
lunches are included in the registration fee. Please
use your name badge as the ticket.
The registration fee for the IEEE ISGT Europe
2011 conference entitles delegates to:
• attend the conference sessions and to
participate in the discussions (additional
fee applies for morning tutorials on
Monday, 5 December 2011)
• receive a USB memory stick, including all
papers presented during the technical sessions
• attend the Welcome Reception in Manchester
Museum of Science and Industry
• attend the Conference Dinner at the
Midland Hotel
• receive the conference bag with individual kit,
handed out upon arrival at the conference
• daily refreshments during morning and
afternoon breaks
If you do not reach the portal page,
please ring our technical support below
4 Choose Option 2, fill in your details and
enter the voucher code ISGTEUROPE2011
when prompted
5 Read and acknowledge acceptance of
‘Terms of Use’ and click submit.
24/7 technical support is provided by Air Angel.
If you have problems accessing the internet
please call 0800 987 8008. If Air Angel cannot
resolve your issue, please contact reception
or the event organiser.
• daily lunches during the conference served
in the exhibition area
Registration
Publications
Accepted and presented papers will be published
in the IEEE Xplore database.
The Registration Desk will be open at the following
times and is situated in the ground floor Exchange
Foyer at the entrance from Windmill St:
Monday 5 December
0800 – 1500 hours
Tuesday 6 December
0800 – 1100 hours
Wednesday 7 December 0800 – 1100 hours
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GENERAL INFORMATION
MEDIA PARTNERS
Banking facilities
Lost Property
A free cash withdrawal machine is available in
Central Foyer. The closest banking facilities are:
Royal Bank of Scotland, Mosley Street
0161 953 1399
Barclays, Mosley Street
0845 7555 555
Please take any lost property items to the
Registration area where they will be logged and
stored, then handed over to Manchester Central.
Unclaimed items will be kept in storage for two
months by Manchester Central, after which time
they are given to charity.
Business centre
Medical
Manchester Central’s Business Centre is located at
the reception desk in Central Foyer. A member of
staff will be happy to assist exhibitors with any of
the following services:
The closest medical facility is:
Boots Manchester
32 Market Street
Manchester
M1 1PL
0161 832 6533
• Information on forthcoming events,
the site and the local area.
• Looking up local travel information.
School of Electrical and
Electronic Engineering
Rated 2nd in the country in the latest Research
Assessment Exercise, we have outstanding
experimental facilities, excellent industrial links
and internationally recognised research across
the broad spectrum of the subject. Our graduates
are highly regarded by industry and are consistently
placed first in independent surveys of employers.
The School has particularly strong research
themes in Energy, Agri-Electronics and
Autonomous Systems.
• Locating and printing out directions to a
local hotel.
There will also be First Aid staff available on site at
Manchester Central Convention Complex, please
contact 07527 254 221 for emergencies.
• Photocopying and printing chargeable at:
A4 black & white – 10p / A4 colour – 50p
A3 black & white – 15p / A3 colour – £1
Prayer Rooms
• Microwave and Communication Systems
Prayer rooms will be available on site at conference
venue. Please ask reception staff for details when
registering.
• Control Systems
• Information on how to access the WiFi network.
Research Groups:
Disabled Facilities
Manchester Central facilities have been designed
to maximise accessibility for all delegates/
visitors/exhibitors. There are 18 disabled bays in
the car park mentioned in the ‘Parking’ section
below and a number of free bays are on the
streets around Manchester Central.
Disclaimer
The Local Organizing Committee (LOC) and
Manchester Central accept no liability for
injuries/losses of whatever nature incurred by
participants and/or accompanying persons, nor
loss of, or damage to, their luggage and/or
personal belongs.
We have opportunities for postgraduate study in
the following areas:
Smoking
Smoking is strictly prohibited in all internal areas
of Manchester Central. A designated smoking area
is marked outside Charter Foyer & Central Foyer
where smoking bins are provided.
• Sensing Imaging and Signal Processing
• Power Conversion
• Electrical Energy and Power Systems
• Microelectronics and Nanostructures
Taught MSc Courses:
• Advanced Control and Systems Engineering
• Communication Engineering
• Electrical Power Systems Engineering
• Digital Image and Signal Processing
• Electrical Energy Conversion Systems
• Renewable Energy and Clean Technology
For more information contact
The Admissions Office,
School of Electrical and Electronic Engineering,
Sackville Street Building,
The University of Manchester,
Manchester M13 9PL.
Tel: +44(0) 161 306 4777
Fax: +44(0)161 306 4644
Email: pgt-eee@manchester.ac.uk or
pgr-eee@manchester.ac.uk
www.manchester.ac.uk/eee
86
87
The University of Manchester,
Oxford Road,
Manchester,
M13 9PL,
United Kingdom
tel +44 (0)161 306 6000
www.manchester.ac.uk
Cert no. SGS-COC-3059