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IEEE PES Innovative Smart Grid Technologies Europe 2011

December 5-7 Manchester United Kingdom

Gold Supporters:

Hosted by:

Gold Supporters: WELCOME TO IEEE ISGT EUROPE 2011

COMMITTEES

MAPS

PROGRAM OVERVIEW

SOCIAL PROGRAM

TUTORIALS AND SPECIAL SESSIONS

TUTORIALS

IEEE STUDENT PROGRAM

IEEE WOMEN IN ENGINEERING

TECHNICAL PROGRAM

MONDAY 5 DECEMBER 2011

TUESDAY 6 DECEMBER 2011

WEDNESDAY 7 DECEMBER 2011

EXHIBITION

FLOOR PLAN

LISTING

CONFERENCE INFORMATION

VENUE AND TRANSPORT

CONFERENCE PROCEEDINGS

GENERAL INFORMATION

MEDIA PARTNERS

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CONTENTS

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The overall scope of ISGT Europe is to help “smart grid” practitioners in industry andacademia increase their understanding of howexisting power systems will evolve into future-gridsthat can absorb increasing levels of intermittent,renewable and low-carbon energy sources andmore fully utilise the energy balancing capabilitiesof dynamically controlled loads. The Conference isthe ideal forum for power system experts, T&Dengineers, plant designers, IT consultants,researchers and more recent participants to discussstate-of-the-art innovations in the increasinglyimportant smart grid sector.

Manchester is arguably the birth place of the 1st“coal-based” industrial revolution and now wewelcome you to the start of the low-carbonrevolution, which for economic and environmentalviability requires both Innovative Smart GridTechnologies and behavioural change in all oursocieties. We are delighted that ISGT Europe hasattracted from all parts of the world over 230 high quality papers, keynote speakers, panellists,exhibitors, and sponsors, and we would like tothank all participants for their contributions to the conference. We are also pleased to includea message from the Minister of State for theDepartment 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”

researchers and engineers. The conference hasachieved an almost perfect mix of technical papersand presentations from manufacturers, users andacademia and attracted a large numbers ofsponsors and exhibitors. This balance of expertiseand skills will ensure ISGT is an excellent forum forinformed discussions about “Developing SolutionsToday for the Sustainable Grids of Tomorrow”, i.e.the main theme of the IEEE PES ISGT Europe 2011conference. The conference will start with fourtutorials, delivered by experts renowned for theirteaching and outreach skills, and will then befollowed by almost 350 presentations organisedinto regular papers, panel sessions and keynotepresentations. The latter will be delivered by distinguished academics and industrialists fromaround the world.

We guarantee that the 2nd IEEE PES ISGT Europe2011 conference in Manchester will be anunforgettable professional and social event, andthe hospitality and beauty of Manchester willencourage your return.

Enjoy the conference and Manchester!

Prof. Jovica V. Milanovic�Conference General Chair

Mike KayCorporate Affairs Chair

Peter CrossleyTechnical Programme Chair

WELCOME TO IEEE ISGT EUROPE 2011

Dear Colleague,

On behalf of the organizing committee we are delighted towelcome you to the 2nd Innovative Smart Grid TechnologiesConference (ISGT) in Europe. ISGT Europe 2011 is an IEEEPower and Energy Society conference hosted by The Universityof Manchester, and we would like to thank the Gold Supportersof the Conference, Alstom Grid, Electricity North West, Siemensand Wipro for making this event possible. We are also gratefulfor the sponsorship we received from ESB International, MIDAS,National Grid, Omicron, PBSI Group, and Toshiba ResearchEurope which has helped make this event a success.

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Seung-Jae LeeMyongji University, Korea

Zhou XiaoxinChina EPRI, China

International TechnicalProgramme CommitteeAkihiko 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 TechnologiesInternational, USA

Ayman Alabudljabbar, King Abdul Aziz City for Scienceand 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 ofTechnology, Australia

Gianluigi Migliavacca,RSE S.p.A, Italy

Haifeng Wang, The Queen’s University ofBelfast, 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 TechnologicalUniversity, 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 GreenImperial College, UK

Udaya D Annakkage, University of Manitoba, Canada

Viktor LeviElectricity North West, UK

Viktoria Neimane Vattenfall, Sweden

Vladimir Katic, University of Novi Sad, Serbia

Vladimiro MirandaINESC Porto, Portugal

Will Kling Technische UniversiteitEindhoven, Netherlands

Xuecheng ZhangTNEI, UK

Zbigniew Stiszynski, University of Magdeburg,Germany

Ziming Song, NG, UK

COMMITTEES

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General ChairProf J.V.Milanovic FIET, F(f) SAEngS, FIEEE, The University of Manchester

Technical Programme ChairProf P.A.Crossley MIET, MIEEE, The University of Manchester.

Corporate Affairs ChairMr M Kay FIET, Technical Director,Electricity North West

Technical ProgrammeCoordinatorDr L.F.OchoaMIET, MIEEE, University ofManchester

The IEEE liaisonProf S.M.Rowland FIET, SMIEEE, The University of Manchester

Dr L.F.OchoaMIET, MIEEE, The University of Manchester

Prof L.BertlingSMIEEE, Chalmers TechnicalUniversity, Sweden

Papers and ReviewsDr L.F.OchoaMIET, MIEEE, The University of Manchester

Dr M.BarnesMIET, MIEEE, The University of Manchester

Prof. V.TerzijaSMIEEE, The University of Manchester

Prof J.KeaneThe University of Manchester

Dr G.NenadicThe University of Manchester

Dr E.AlsusaMIET, MIEEE, The University of Manchester

Exhibition and SponsorshipMs Agnes Beviz The University of Manchester

Prof I.Cotton FIET, SMIEEE, The University of Manchester

Prof A.GibsonFIET, SMIEEE, The University of Manchester

Mr D.Healey MIET, Smart Grid Solutions

Ms K.JacksonMIET, Parsons Brinckerhoff, UK

Prof P.C.Taylor FIET, SMIEEE FHEA, Durham University

Web, Printing andPublication CoordinatorMs Agnes Beviz The University of Manchester

Mr Thomas Carpenter The University of Manchester

Dr K.KopsidasMIET, MIEEE, The University of Manchester

Student ParticipationCoordinatorDr L.F.OchoaMIET, MIEEE, The University of Manchester

Dr H.LiMIET, MIEEE, The University of Manchester

Tutorial CoordinatorDr J.MutaleFIET, SMIEEE, The University of Manchester

Social ActivitiesCoordinatorMrs Laura MitchellThe University of Manchester

Dr O.MarjanovicMIET, MIEEE, The University of Manchester

TreasurerMr P.GreenMIET, MIEEE, The University of Manchester

Conference SecretariatMs Laura MitchellThe University of Manchester

Ms Agnes BevizThe University of Manchester

Mr Thomas CarpenterThe University of Manchester

IEEE PES ISGT CommitteeAlan RotzIEEE PES President

Wanda RederIEEE PES Past President

Pat RyanIEEE PES Executive Director

Mohammad ShahidehpourChair IEEE PES ISGT 2012, USA

Meliha Selak, IEEE PES VP Chapters

Costas VournasIEEE PES Region 8 Representative

International SteeringCommitteeAntonio Gómez-ExpósitoUniversity of Sevilla, Spain

Bander AllafSaudi Electricity Company,Saudi Arabia

Bruno MayerRTE, France

Chen-Ching LiuUniversity College Dublin,Ireland

Damir NovoselPresident of QuantaTechnology, USA

Hideki HayashiToshiba, Japan

Jennifer CooperNG, UK

Joao Pecas-LopesINESC, Portugal

John D. McDonaldGE Energy T&D, USA

Marian PiekutowskiHydro Tasmania, Australia

Mladen KezunovicTexas A&M University, USA

Nick Jenkins, University of Cardiff, UK

Nikos HatziargyriouNTUA & PPC, Greece

Ronny BelmansUniversity of Leuven and ELIA,Belgium

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Technology Strategy BoardDriving Innovation

Supporting smart energy

Find out more

Visit _connect at http://bit.ly/smart_connect

Join in the conversation via LinkedIn

at http://linkd.in/smart_link

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.

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LOCATION MAP

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FLOOR PLAN

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MONDAY 5 DECEMBER 2011(Exhibition opening times: 9:30 - 16:45)

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12

Start Time

LOCATION:

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

08:00 Registration

08:30 Tutorial 1:M.Venkata, E.Boardman,V.Levi

Emerging Smart Grid:Improved DistributionManagement Systemincorporating AdvancedSolutions.

Page 19

Tutorial 2: R.Dugan

Tutorial on DistributionNetwork Modelling for the Smart Grid.

Page 20

Tutorial 3:M.Bollen, F. Hassan, N.Etherden

Increasing the hostingcapacity of distributionnetworks using smart-gridtechnologies.

Page 20

Tutorial 4: Q.Wu, A.B.Pedersen

Smart Charging for Electric Vehicle (EV) Fleet Operators (FOs) and ICT Implementationusing IEC 61850.

Page 21

10:00 Coffee

10:30

Tutorial 1 (cont.) Tutorial 2 (cont.) Tutorial 3 (cont.) Tutorial 4 (cont.)11:00

IEEE Women inEngineering (WIE) Page 21

PES Student EventPage 21

12:00 Lunch

13:00 Opening Session (Exchange Auditorium)

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

15:00 Keynote Session 1 (Exchange Auditorium)

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


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)

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TUESDAY 6 DECEMBER 2011(Exhbition Opening Times: 8:00 - 16:30)

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Start Time

LOCATION:


08:00 Registration


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

Page 30

Panel 1a:

N.JenkinsSmart Grids beyond electricity.

Page 26

Panel 1b:

B.KruimerManaging Next GenerationManagement DistributionSystem.

Page 26

Panel 1c:

Y.HouSmart Grid Construction –China’s Perspective andPractice.

Page 27

Panel 1d:

G.MigliavaccaNew technologies forintelligent transmissionnetworks.

Page 27

Oral 1a:

Standards andArchitectures for SG,Paper IDs: 207, 21,216, 29, 296, 270.

Page 28

Oral 1b:

Architectures for SG, Paper ID's: 112, 172,320, 70, 300, 285.

Page 28

Oral 1c:

SG & SG Management,Paper ID's: 12, 128,176, 75, 304, 281.

Page 29

Oral 1d:

Energy Management, Paper ID's : 200, 89,152, 293, 279, 27.

Page 29

12:00 Lunch


Page 33

Keynote Session 4 (Exchange Auditorium)

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


Page 38

Panel 2a:

R.HeyUpdate and review of UKDistribution NetworkOperators smart gridprojects

Page 34

Panel 2b:

W.KlingAgent-based control of power systems

Page 34

Panel 2c:

J.DesmetParticipation of the end-userto the implementation ofthe smart grid: technicalpossibilities

Page 35

Panel 2e:

D.JovcicFeasability of DCNetworks

Page 36

Oral 2a:

Energy Management, Paper ID's: 18, 295,51, 36, 256, 120.

Page 37

Oral 2b:

Field Trials, Paper ID's: 322, 123, 58, 220, 265, 292.

Page 37

Oral 2c:

Sensor Comms, AMI, Paper ID's: 251, 217, 47, 143, 276, 310.

Page 38

16:05 Coffee


Page 46

Panel 3a:

B.KruimerWide Area Measurementintegration into GridOperations

Page 39

Panel 3b:

I.KockarMarket and RegulatoryStructures for the SmartGrids

Page 40

Panel 3c:

S.DjokicImplementation of microand small scale generation/storage technologies infuture smart grids

Page 40

Panel 3d:

S.McArthurTechnologies forautonomous networkmanagement

Page 41

Panel 3e:

B.StottPan European GridAdvanced Simulationand State Estimation(PEGASE)

Page 42

Oral 3a:

Self-Healing Grids,Paper ID's: 111, 232,100, 184, 266, 9.

Page 44

Oral 3b:

Data Acq Managementand Cyber Security,Paper ID's: 119, 209,40, 159, 194, 168.

Page 44

Oral 3c:

WAMPAC, Paper ID's: 107, 130,78, 190, 44.

Page 45

18:00 Finish

19.00 Conference Dinner – Midland Hotel

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WEDNESDAY 7 DECEMBER 2011(Exhbition Opening Times: 8:00 - 16:30)

Start Time

LOCATION:


08:00 Registration


Prof Joao Pecas-Lopes University of Porto and Director of INESC. Page 47

Prof Math BollenLuleå University of Technology and Energy Markets Inspectorate. Page 47

Colin Henry Business Development Manager - Smart Grid, Siemens. Page 48

09.45 Coffee


Page 52

Panel 4a:

W.H.WellsowTransmission SystemSecurity – The GermanPerspective”.

Page 48

Panel 4b:

A. Melchior (TSB)TSB: Innovations in theDistribution and Demandfor Electrical Energy.

Page 49

Panel 4c:

T.BoppAssessment andMeasurement of DynamicNetwork and ProtectionSecurity in Smart Grids.

Page 49

Panel 4d:

L.BertlingSmart Power System with Grid for vehicle.

Page 50

Panel 4e:

M.SerranoEnergy Services forlocal communities.

Page 50

Oral 4a:

Advanced Modellingand Control, Paper ID's: 274, 88, 61, 191, 264.

Page 51

Oral 4b:

Reliability andDiagnostics, Paper ID's: 140, 65,91, 62, 202, 249.

Page 51

Oral 4c:

AC/DC T&D, Paper ID's: 233, 74,139, 260, 317, 316.

Page 51

12:00 Lunch


Page 54

Keynote Session 6 (Exchange Auditorium)

David HealeyWipro, Smart Grid Practice Lead Page 52

Laurent SchmittAlstom Grid, Vice President for Smart Grid Solutions Page 53

Dr Mark OsborneNational Grid, Future Strategy Team Page 53


Page 59

Panel 5a:

M.WakefieldSmart Grid Demonstration Collaboration in theUnited States and Internationally.

Page 55

Panel 5b:

A. JayantilalEmerging DistributionManagement Technologies I.

Page 55

Panel 5c:

J. BialekDispatch, corrective controland Smart Grids.

Page 56

Panel 5d:

N.VoropaiSmart Grid technologiesdevelopment in russiaand neighbouringcountries.

Page 56

Panel 5e:

F.ZavodaSmart grids and PQMonitoring.

Page 57

Oral 5a:

AC/DC T&D, Paper ID's: 32, 57, 245, 64, 121, 309.

Page 57

Oral 5b:

VPP / DER / Microgird,Paper ID's: 244, 272,204, 118, 60, 144.

Page 58

Oral 5c:

RenewablesIntegration, Paper ID's: 19, 25, 239, 248, 96, 114.

Page 58

16:05 Coffee


Page 65

Panel 6a:

C.A.NucciFrom renewables to electric vehicles towards the SMART GRID, theelectric power of the future network.

Page 60

Panel 6b:

A.JayantilalEmerging DistributionManagement Technologies II.

Page 60

Panel 6c:

M.LutovacDeployment of SmartMeters – South EuropeanExperience.

Page 61

Panel 6d:

D.WilsonSupervision,Management andControl of PowerSystem Dynamics using WAMS – aPractical Perspective.

Page 62

Panel 6e:

L.BryansStretching theNetwork.

Page 62

Oral 6a:

RenewablesIntegration, Paper ID's: 278, 73,137, 290, 34, 192.

Page 63

Oral 6b:

Power Electronics,Paper ID's: 227, 108,150, 225, 185, 210.

Page 63

Oral 6c:

Load Forecasting andDemand Management,Paper ID's: 167, 262,250, 134, 301, 212.

Page 64

18:00 Closing Ceremony (Exchange Auditorium)

18:15 Finish

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Tutorial 1 (Exchange Room 1)

Tutorials (08:30 – 12:00)

Topic: Emerging Smart Grid: Improved DistributionManagement System incorporating AdvancedSolutions

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

Abstract:

This one-half day tutorial will focus on theimprovements in Distribution ManagementSystems incorporating advanced technologicalsolutions for the emerging Smart Grid. The primaryobjective of this tutorial is to present the state ofthe art of the emerging smart grid from a real-timeoperations point of view. The course will featureinstructors representing the perspectives of theEuropean distribution utility, and the DMS vendor.Topics will include Introduction to the EmergingDistribution Grid, Utility’s Perspective for Goals andRequirements of the Smart Distribution Grid,Overview of Distribution Management Functions inthe Emerging Smart Paradigm, and AdvancedFunction Demonstrations. The participants willhave an opportunity to engage in an active dialogof challenges and solutions for achieving smartgrid goals.

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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 RECEPTIONMonday 5 December 19:00 - 21:00Museum of Science and Industry (MOSI)

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 themuseum, drinks and canapés will also be served.

The reception will feature speeches by Prof. Peter Crossley(Univ. of Manchester), Tim Newns (CEO, MIDAS) andCouncillor Neil Swannick (Chair of the Greater Manchesterenergy group). MIDAS is Manchester’s inward investmentagency, with a strategic aim to secure significant levels of newinvestment and employment for the city region. Launched in2010 the GM Energy group has a remit to inform investmentand decision making in energy supply and infrastructure

Based on the site of the oldest passenger railway station inthe world, MOSI truly is a museum for everyone. Witnessinghalls full of vast, steam-powered machines in action is anunforgettable experience. Permanent exhibitions allow you toexplore how the Industrial Revolution started in Manchesterand transformed Britain's cities as well as the lives of its people.

As marked on map on page 9:

Museum of Science and Industry (MOSI)Liverpool RoadCastlefieldManchesterM3 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 historicbuilding has played host to Kings, Queens and Presidents overits 100 year history, and is symbolic of the red-brickedVictoriana that Manchester is famous for.

Please come dressed in smart / casual attire. Music will beprovided by the Solo Players string quartet, the quartet are all highly skilled instrumentalists and have performed with anumber of world famous artists. During the dinner there will be a welcome speech from Prof. Jovica Milanovic (TheUniversity of Manchester) the Chair of the Conference andfrom Steve Johnson (CEO of ENW). Electricity North Westowns, operates and maintains the North West’s electricitydistribution network connecting 2.4 million properties to theNational Grid.

19:00 Pre-dinner drinks reception

20:00 Conference Dinner with speeches and music from the Solo Players String Quartet

23:00 Bar closes

As marked on map on page 9:

The MidlandPeter StreetManchester M60 2DS

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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, unbalancedPower 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.

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Contents:

This half day tutorial will have an emphasis onOpenDSS, the state-of-the-art open sourcesimulation tool for electric utility distributionsystems developed by EPRI. It will include: anoverview of the distribution modelling issues forthe Smart Grid; an introduction to OpenDSS; usingthe OpenDSS to model distribution networks forSmart Grid analyses; and, case studies andexamples.

Topic: Distribution Network Modelling for the Smart Grid

Presenters:

Dr Roger Dugan Sr. Technical Executive, EPRI. USA


Aim:

To explain the concept of hosting capacity, what determines it in existing networks, and howsmart-grid technologies can be used to increasethe hosting capacity. The tutorial will be partlybased on the book “Integration of distributedgeneration in the power system, Math Bollen andFainan Hassan, Wiley, July 2011”.

Contents:

1. Hosting capacity as a performance indicator for future distribution networks. Impact of distributed generation on voltage magnitude variations, overload, protection operation, andpower quality. Hosting capacity calculations for overvoltage and overload. Hosting capacityand performance requirements.

Topic: Increasing the hosting capacity of distribution networks using smart-grid technologies

Presenters:

Prof Math Bollen STRI AB and Luleå University of Technology, Sweden.

Dr Fainan Hassan Alstom T&D, UK.

Nicholas Etherden STRI AB, Sweden.

2. Power electronics solutions for increasing the hosting capacity: voltage control with and without communication; power-electronics 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.


Contents:

1. Smart Charging for EV FOs

• EV charging management options

• Optimal EV charging management with minimum charging cost for EV FOs

2. Smart Charging with Day-Ahead Tariffs

• Congestion management techniques

• Day-Ahead Tariffs based on Locational Marginal Prices (LMPs)

• Optimal charging management for FOs with day-ahead tariffs

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

3. ICT Implementation for EV Smart Charging using IEC 61850

• Charging station and EV modeling

• Additions to IEC61850-7-420for EV modeling

• 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 andanswer session and an opportunity for guests tocasually network. Speaking at the session will beWanda Reder (Vice President of Power SystemsServices at S&C) and Lina Bertling (Head of theDivision of Electric Power Engineering at Chalmers University).

IEEE Women in Engineering (WIE) is the largestinternational professional organization dedicatedto promoting women engineers and scientists. The mission of IEEE WIE is to inspire, engage,encourage, and empower IEEE women worldwideand 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 shortpresentation Jairo Quiroz, the PES UKRI student

representative. All students are welcome to attendthis event to meet others attending the conferenceand network in a relaxed atmosphere.

Opening Session (13.00 – 14:30 Exchange Auditorium)

Prof Jovica Milanovic

Affiliation: The University of Manchester, Chair of ISGT Europe 2011

Alan RotzTopic: PES Update and Future DirectionAffiliation: IEEE PES, President of IEEE PES

Steve JohnsonTopic: The enduring role of the distribution networkAffiliation: Electricity North West, CEO

Keynote Session 1 (15:00 – 16:15 Exchange Auditorium)

Biography: Hans B. (Teddy) Püttgen holds theChaire de Gestion des Systèmes Energétiques(Energy Systems Management Chair) at the EcolePolytechnique Fédérale de Lausanne – EPFL – SwissFederal Institute of Technology in Lausanne. Uponhis arrival at EPFL, in April 2006, he also becamethe inaugural Director of the Energy Center at EPFL.

Before arriving at EPFL, Professor Püttgen wasGeorgia Power Professor and Vice Chair forExternal 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 andApplication Center, NEETRAC, and served as its Director and Management Board Chair. Since December 2006 Teddy Püttgen is GeorgiaPower Professor Emeritus of the Georgia Instituteof 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. TeddyPüttgen, 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 ExecutiveCommittee. He is a recipient of the IEEE thirdmillennium medal.

Andrew MelchiorTopic: UK Smart Grid InnovationAffiliation: Technology Strategy Board (TSB)Introducing a message for ISGT Europe 2011 fromthe Minister of State for the Department of Energyand Climate Change, Charles Hendry.

Prof Colin BaileyAffiliation: The University of Manchester, Vice-President and Dean Faculty of Engineering and Physical Sciences


Biography: Professor Nikos Hatziargyriou isdeputy CEO of PPC, responsible for Transmissionand Distribution Networks, island DNO and theCenter of Testing, Research and Prototyping. Since

1984 he has been with the Power Division of theSchool of Electrical Engineering of NTUA, where heis was made a professor in 1995. He is a memberof CIGRE, Convener of SCC6, Fellow Member ofIEEE, was Chair of the Power System DynamicPerformance Committee, member of the BoD ofEURELECTRIC and member of the EU AdvisoryCouncil 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 oftwo books and more than 250 scientificpublications.

Biography: Dr Damir Novosel is President ofQuanta Technology. Prior to joining QuantaTechnology, he was President of KEMA T&DConsulting in the US. He has also held variouspositions in ABB including Vice President of globaldevelopment and product management for

automation products. His work in automation andelectrical power system monitoring, protection,and control earned him international recognitionand was elected IEEE Fellow. Damir holds 16 USand international patents and has published over100 articles in Refereed Journals and ConferenceProceedings. He is presently Chair of the IEEE PESTechnical Council and IEEE PES VP of Technologyand is co-chairing Performance Requirement TaskTeam for the North American Synchro PhasorInitiative (NASPI). Damir holds PhD and MScdegrees in electrical engineering from MississippiState University and University of Zagreb, Croatia, respectively.

Prof Hans B. Püttgen

Topic: Electric Energy Supply andDemand in Emerging Regions –System Requirements.

Affiliation: EPFL, Director of the EPFL EnergyCenter, Past IEEE PES President.

Dr Damir Novosel

Topic: Revitalizing the Power Grid – Needs, Benefits and Advancements.

Affiliation: Quanta TechnologyPresident of Quanta Technology.

Prof Felix Wu

Topic: GRIP for Smart Operation

Affiliation: The University of Hong Kong, Professor.

Prof Nikos Hatziargyriou

Topic: Towards the FutureSustainable Electric Utilities

Affiliation: National TechnicalUniversity of Athens and PPC,Professor and Executive Vice-President of PPC.

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Biography: Professor Felix Wu is Philip KH WongWilson KL Wong Professor in Electrical Engineeringat the University of Hong Kong, where he servedas Pro Vice Chancellor (Research) from 1997 to2000, and he is also a Professor Emeritus at theUniversity of California, Berkeley, where he hasbeen on the faculty since 1974.

Professor Wu received his B.S. degree fromNational Taiwan University, MSc degree from the

University of Pittsburgh, and Ph.D. degree from the University of California, Berkeley.

Professor Wu was awarded the IEEE Fellow in 1989for “contributions to the development of theoryand computation methods for power systemplanning and operation”. He was the TEPCO(Tokyo Electric Power Company) Chair of “FrontierTechnology for the Future Electric Energy System”in 1991. He has been a Visiting Professor at SwissFederal Institute of Technology (ETH-Zurich),University of Tokyo, University of Cassino (Italy),and many other universities. He served as aconsultant to a number of industry andgovernment agencies including California PublicUtility Commission, Pacific Gas and ElectricCompany, ABB-Systems Control, EPRI-USA,Statcraft Norway, Iberdrola Spain, etc.


He returned to Durham University in September 2009to take up the Chair of Electrical Power and Control.His main research interests are in grid integration ofrenewable generation, security of supply, powertransmission and distribution, power system dynamicsand power system economics. Janusz is Fellow ofInstitute of Electrical and Electronics Engineers (IEEE).

Janusz has been a consultant to the formerDepartment of Trade and Industry (DTI) of UKgovernment, Scottish Government, Elexon, PolishPower Grid Company, Scottish Power and Enron. Hehas been the Principal Investigator of a number ofmajor research grants funded by the Engineering andPhysical Sciences Research Council (EPSRC), DTI andElectrical Power Research Institute (EPRI) in USA.

Biography: Professor Janusz Bialek received his MEng and PhD degrees in Electrical Engineering fromWarsaw University of Technology in 1977 and 1981,respectively. From 1981 to 1989 he was a lecturer atWarsaw University of Technology. In 1989 he movedto Durham University where he was Lecturer and thenSenior Lecturer. From 2003 to 2009 he held BertWhittington Chair of Electrical Engineering at theUniversity of Edinburgh.

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TUESDAY 6 DECEMBER 2011(Exhibition opening times: 8:00 - 16:30)

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Keynote Session 2 (16:45 – 18:00 Exchange Auditorium) continued

Biography: Hideiki Hayashi completed a Master’sin Electrical Engineering from the Graduate Schoolof Engineering Research at the University of Tokyoin March, 1978. He then joined ToshibaCorporation and has been pursuing electric powersystems monitoring and control systems. Hecompleted his doctorate (engineering) at theUniversity of Tokyo in 1996.

Dr Hideiki Hayashi

Topic: Renewables Integration to the Grid Basedon Advanced Energy Management – Towards aLow Carbon and Sustainable Society.

Affiliation: Toshiba Corporation, General Manager – Smart Grid Technology,Transmission and Distribution Systems Div.


Prof Janusz Bialek

Topic: Smart Grids: Research,Development and Implementation

Affiliation: Durham University,Professor of Electrical Power and Control

Prof Goran Strbac

Topic: Business Case for Smart Grids

Affiliation: Imperial College, Professor.

of Integration of Distributed Generation and a member of the Executive Team of the IEEE Professional Network on Power Trading andControl. He is a co-author of 3 books and haspublished more than 100 scientific papers.

Recently, he has been pursuing the engineering ofPhotovoltaic Systems and SmartGrid Systems aswell. He is now General Manager-SmartGridTechnology of Transmission and DistributionSystems Div. and Chief Engineer of SmartCommunity Div. of Toshiba Corporation PrincipalOffice, developing several SmartGrid Projectsaround the world.

He is Japan Representative of IEC SMB SG3,Expert of TC8 AHG4 and convener of Jisc/CenelecSmart Grid WG etc.

Biography: Goran Strbac is a Professor ofElectrical Energy Systems. He is the Director ofthe DTI Centre for Distributed Generation andSustainable Electrical Energy, the Convener ofCIGRE International Working Group on Economics

Michel Bena

Topic: TSOs as KeyPlayers in the Smart GridsDeployment

Affiliation: RTE, Head ofSystem Adequacy andNetwork Development

he graduated from Supélec (Ecole Supérieure d’Electricité) in 1990. He’s been working since1992 in transmission systems R&D field. First, hegot involved in tools for long term planning,thenhe was in charge of activities dealing with dynamicsecurity and voltage control. He’s now responsiblefor long-term issues in the R&D Department, thatis long-term consumption forecast, generation/load balance and network development. He’sfurthermore involved in the SmartGrids Team thatdefines RTE implication in projects both at thenational and the european level.

Biography: Michel Bena works for RTE, the frenchTSO. He is Head of the Team System Adequacyand Network Development, Power SystemDivision, R&D Department. Born in 1967,

Dr Clemens Hoffmann

Topic: Distributed Generation and National Security ofSupply – A Contradiction?.

Affiliation: Siemens, Head of Technology and Innovationsfor Smart Grid Applications

session is to provide a glimpse of some interestingtechnological solutions that could be successfullyimplemented in the transmission networks for thenext years: storage technologies, coordinatedusage of WAMS, HVDC and FACTS and thermallymonitored 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 coordinateduse of WAMS, HVDC and FACTS

Roberto GaspariSmart cables and RTTR systems

Chair Affiliation: Ricerca sul Sistema Energetico –RSE S.p.A., Head of the Transmission NetworkPlanning Research Group

Topic: New Technologies for IntelligentTransmission Networks

Abstract: The concept of smart grids tends to bepreferentially associated to distribution networksrather than to the transmission grid. In fact, thenext years will bring to a massive introduction ofdistributed generation and this will entail the needof integrating intelligence into the system and ofintroducing more flexible management schemes.Moreover, active distribution networks couldprovide services to the system. However, thetransmission grid, yet already operated in an“intelligent” and flexible way, is now more andmore stressed by a series of factors that prompt fora even more flexible management of it (integrationof very large amounts of variable RES, ageing ofthe present transmission grid, difficulties to getconsensus for building new overhead lines,liberalized market and cross-border powerexchanges rising uncertainties and congestionproblems). New technologies may provide a helpin coping with these challenges. Aim of this

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benefits of considering the energy system as anintegrated whole. In particular it will address whatcan be learnt from the techniques used to analysethe development and operation of different energynetworks and how these can be combined toensure the energy system as a whole is optimised.

Chair Affiliation: University of Cardiff,Professor and Institute Leader (Institute of Energy).

Topic: Smart Grids beyond electricity

Abstract: The present Smart Grid visionemphasises the role of electricity as the energyvector with limited consideration of the role ofother energy networks. This Panel Session willexplore the role of other energy vectors (e.g. gas,heat and hydrogen) in de-carbonising the energysystem over the medium term. It will consider the

include the new resources by using advancedinformation systems, such as advanced meteringinfrastructure (AMI), distribution managementsystems (DMS), Energy Demand ManagementSystems (EDMS), outage management systems(OMS) and connected to geographical information,etc. Nevertheless, effective communication thattransfers control signals and measurement valuesare essential. Integrated operational proceduresalso have to be implemented.

Speakers:

Marko Kruithof Systems Control and SupplyContinuity 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 Developmentat Locamation, Netherlands

Electricity Northwest, UK – to be confirmed

Chaired by:

Bas Kruimer Quanta Technology

Chair Affiliation: Quanta Technology, President

Topic: Managing Next Generation Distribution Systems

Abstract: In order to successfully implementDemand Response (DR) and Demand-sideManagement (DSM) applications, as well as tointegrate with Plug-in Electric Vehicles (PEVs) and other Distributed Energy Resources (DERs),effective distribution system managementfunctions should be addressed together as anoverall integrated enterprise application.Considering all types of “resources” at the distribution system level as a whole, the DR andDSM applications can be seen as virtual energyresources that can be used to balance demand and supply and to hedge operation risks. The DERand PEVs are physical assets that supply (orconsume) the actual electrical power. Integrationof 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 generationdistribution systems from solution providers andutilities point of views. Grid operators have tomanage next generation distribution systems that


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Panel Sessions 1 (10:30 – 12:00)

Panel Session 1a Prof Nick Jenkins (10:30 – 12:00 Exchange Auditorium)

Panel Session 1cDr Yunhe Hou (10:30 – 12:00 Exchange Room 2)

Panel Session 1d Dr Gianluigi Migliavacca (10:30 – 12:00 Exchange Room 3)

Panel Session 1b Bas Kruimer (10:30 – 12:00 Exchange Room 1)

Speakers:

Chang Naichao Operation Branch of State GridsCorporation of China, Beijing, China. Research Framework of Technical Standard Systemof Strong and Smart Grids

Jifeng Wang System Operation Department andPower Dispatching and Control Center, China andHuafeng Zhou Southern Power Grid, Guangzhou,China. Research and development of operationsmart 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: AcademicViewpoint

Chair Affiliation: The University of Hong Kong,Research Assistant Professor

Topic: Smart Grid ConstructionChina’s Perspective and Practice

Abstract: The increasing requirements for a reliable, secure, economic, efficient, environmentally friendly, and safe energyinfrastructure enhance the interest in theestablishment of smart power grids all over theworld. In China, accompanying with dramaticeconomic growth, undesirable effects, such as the depletion of energy resources and pollution of environment, have been happened. A fundamental transformation in the wayelectricity is generated, delivered, and utilized must take place. The government of China ispursuing aggressively the development of smartgrids. Due to the distributions of renewable energy resources, locations of load centers, andcharacteristics of current power systems, China hasspecial understanding on smart grids construction.

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ID 29: Application of OPC UA for the Smart GridSebastian Rohjans | Arno Claassen |Sebastian Lehnhoff

ID 296: Designing an Active House DeploymentArchitecture for Residential Electricity Customers’Active Interaction with the Smart GridJudith 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

Andrew Roscoe | Chris Bright | Stuart Galloway | Graeme Burt

Papers (in order of presentation):

ID 207: Hybrid security for hybrid vehiclesexploring smart grid technology, powerline andwireless communicationTrevor Holden | Javad Yazdani

ID 21: The Ideal IED for Smart DistributionApplicationsFrancisc Zavoda | Chad Abbey | Yves Brissette

ID 216: Bringing IEC 61850 and Smart Grid togetherMarco C. Janssen | Peter A. Crossley | Li Yang

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 SmartGrid Technologies Liam MacIsaac, Andrew Knox

ID 285: Impact of Multi-Microgrid Communication Systems in Islanded OperationDavid Rua | Luis Pereira | Nuno Gil |João Abel | Peças Lopes


ID 112: Meshing Radial Networks at 11kV and LVAndrew Cross | Dani Strickland | BenedictRuben | Martin Aten | Bob Ferris

ID 172: Multi-scale Dynamic Modeling toMaximize Demand Side ManagementAristides Kiprakis | Ian Dent | Sasa Djokic |Stephen McLaughlin

ID 320: IEC 61850 Based Components, Interfaces and Services for a Smart Grid Alex Apostolov

Oral Session 1 (10:30 – 12:00)

ID 75: An Approach to Smart Grid MetricsMaximilian Arnold | Han Rui | Wolfram H. Wellssow

ID 304: Recent Developments Towards Novel High Performance Computing andCommunications Solutions for SmartDistribution Network OperationGareth Taylor | David Wallom |Sebastien Grenard | Angel Yunta Huete | Colin Axon

ID 281: The role of quality measurements within smartgridsAlberto Venturi | Paul Clarkson | Alistair Forbes | Paul Wright


ID12: Scalable Distribution State Estimationapproach for Distribution Management SystemsLeticia De Alvaro Garcia | Sébastien Grenard

ID 128: Decoupled symmetrical component framepower 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-offsThipnatee Sansawatt | Luis F. Ochoa | Gareth P. Harrison

ID 293: Scheduling Residential Electric Loads for CO2 reductionsGargi Bag | Larisa Rizvanovic | Judith E. Y. Rossebø | Pia Stoll | Mikael Ãkerholm

ID 279: Resource Allocation in Smart Homes Basedon Banker’s AlgorithmAna Virag, Stjepan Bogdan

ID 27: Sustainable Building, Smartgrid-readyVincent Thornley | Steve Mullins | Cristiano Marantes


ID 200: Non-Inertial Weight Based PSO for Economic DispatchXiaoqing Tang | Qun Niu | Kang Li | George Irwin

ID 89: Preventing overvoltages in PV grids byintegration of small storage capacityColin Debruyne | Johan Vanalme | Bart Verhelst | Jan Desmet | Jan Capelle

ID 152: Combinatory Search Method forDetermining Distribution Network AutomationLjiljana Glamocic

Oral Sessions 1aStandards and Architectures for SG (10:30 – 12:00 Exchange Room 4)

Oral Session 1cSG & SG Management (10:30 – 12:00 Exchange Room 6)

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)

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ID 218: Stability Enhancement of a Power Systemwith Wind Generation and STATCOM Ibrahim EL-Amin | Mohammad Abido

ID 222: Applying the Artificial Fish SwarmAlgorithm 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 Interfacesfor Smart-Grid Stability StudiesSantiago Sanchez Acevedo | Marta Molinas

ID 253: Design and evaluation of a protection algorithm for a wind turbine generator based onthe fault-generated symmetrical componentsTai-Ying Zheng | Seung-Tae Cha | Byung-Eun Lee | Peter A. Crossley | Minho Song

ID 269: Analysis of the Influence of WeatherFactors on Outages in Power Distribution NetworksVictor Barrera Nunez | Joaquim Melendez |Sergio Herraiz Jaramillo

ID 282: Algorithm for operational planning andemissions reduction of a microgrid comprising gasturbines and PV-based active generatorsBruno Francois | Hristiyan Kanchev | Vladimir Lazarov

ID 308: Protection for Distributed Generators in the DC Micro-gridWon-seok Lee | Sang-Hee Kang

ID 319: Towards a security architecture for substationsShailendra Fuloria | Ross Anderson

ID 59: Autonomous Distributed Coordination ofFast Power Flow Controllers in Transmission NetworksSebastian Lehnhoff | Ulf Häger | ThomasZimmermann | Christian Rehtanz

ID 72: Hierarchical Models in Power SystemsAnalysis and ControlOleg Soukhanov | Igor Yadikin

ID 86: The Effect of Advanced Load Shedding inthe Formation of Islanded MV GridsRobert de Groot | Panagiotis Karaliolios | Han Slootweg | Wil Kling

ID 110: Controlling Price-Responsive Heat Pumpsfor Overload Elimination in Distribution

System Zsuzsa Csetvei | Jacob Østergaard |Preben Nyeng

ID 155: Indicators for Developing innovativefeedback technologies

Iana Vassileva | Fredrik Wallin | Yong Ding |Hedda Schmidtke | Erik Dahlquist

ID 156: Fault Analysis of Distribution Network with Wind Turbines of DFIGYang Beige | Xue Hui | Bai Dandan |Hu Wei | He Jinghan

ID 160: Comparative evaluation of power swing detection schemes for distance relaysVinaya Ambekar | Sanjay Dambhare

ID 162: Accelerate Protection Scheme n Integrated Protection SystemHao Zhang | Jinghan He | Tony Yip | Zhiqian Bo

ID 193: In-House Monitoring and Control Networkfor the Smart Grid of the FutureAndreia Carreiro | Gregorio López | Pedro Moura | José Moreno | Aníbal Almeida

Poster Session 1 Protection, Control and Stability of Distribution Networks (10:30 – 12:00 Exchange Hall)


Dr Chris D Horne

Topic: Smart Grids – Are people the missing link?

Affiliation: E.ON New Build andTechnology, Head of EnergyInfrastructure and End Use

distribution system development and, as Head ofElectrical Power Engineering, management of ateam of electrical engineers providing specialist toE.ON and other power companies.

Chris is currently the Head of Energy Infrastructureand End Use, within the New Technologies Divisionof E.ON New Build and Technology. His Departmentsupports the whole of E.ON and is responsible foridentifying and developing the new technologiesthat will change the way that end customers useand relate to energy, and generate electricity as wemove to a future low carbon, and potentially fullyelectric world. He firmly believes that humanfactors are critical in the success of any newtechnology and has long been an advocate ofDemand Side Management as a key component of that future energy system.

Biography: Dr Chris Horne studied Electrical andElectronic Engineering at Imperial College London,before undertaking a PhD at Cambridge on theDesign and Analysis of Linear InductionAccelerators. As an electrical engineer, his careerhas included experience in the chemical industryand shipbuilding before moving into powergeneration and the utility sector. His roles haveincluded electrical design, generator testing andinspection, excitation control systems commissioning,

Gareth Evans

Topic: Smart Grids – the regulator’s role

Affiliation: Ofgem, Head of Profession – Engineering and Technical Adviser

development of electricity storage. Gareth was amember of the management team that launchedNational Power’s successful cogeneration businessand during this period worked closely with theCHPA to help promote cogeneration and addressmarket barriers. Gareth’s role at Ofgem is focussedon the challenges of developing distributionnetworks. He was responsible for the developmentof the Innovation Funding Incentive and theRegistered Power Zone schemes. He has alsoplayed an active role in the European Smart Grids Technology Platform and joint-chaired theDECC/Ofgem smart grids project. He is nowfocusing on the regulatory challenges of smartgrids in the UK and Europe, taking a leading role in the DECC/Ofgem Smart Grids Forum. He is aChartered 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’sSupergen programme.

Biography: Gareth is Head of Profession –Engineering and Technical Adviser at Ofgem, thegas and electricity regulator for Great Britain. Heprovides a focal point for Ofgem’s engineers andhas responsibility for providing technical advice tothe Smarter Grids & Governance Directorate andmore widely across Ofgem.

Gareth joined Ofgem in 2002. He has over 35years experience in the UK electricity supplyindustry. During his career he has worked intransmission, distribution, generation and the

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Prof Costas D. Vournas

Topic: Innovative smart aspects in the on-going power system research in Greece

Affiliation: National TechnicalUniversity of Athens, Professor in theElectrical Energy Systems Laboratory

Engineering degree in 1986. He is currentlyProfessor in the Electrical Energy SystemsLaboratory of the School of Electrical andComputer Engineering of NTUA. He has publishedmore than 100 papers in International Journals andConferences and has co-authored the book“Voltage Stability of Electric Power Systems”. Hisresearch interests are in the area of power systemdynamics, stability, and control and include voltagestability and security analysis, wind generatorintegration in power systems, as well as the effectof deregulation on power system operation andcontrol. He is member of CIGRE and the TechnicalChamber of Greece and a Fellow of IEEE.

Biography: Costas D. Vournas received theDiploma of Electrical and Mechanical Engineeringfrom the National Technical University of Athens(NTUA) in 1975, the M.Sc in Electrical Engineeringfrom the University of Saskatchewan, Saskatoon,Canada in 1978, and the NTUA Doctor of

Poster Session 2 Smart Homes and Communications (13:15 – 14:30 Exchange Hall)

ID 230: Communication Integration of SmartgridApplications in Distribution SystemsMohammad Shahraeini | Mohsen Zabihi

ID 243: Performance Analysis of Discrete WaveletMultitone Transceiver for Narrowband PLC inSmart Grid Sobia Baig | Javad Yazdani

ID 283: Work in progress: Smart Home Energy (SHE)Ignacio González Alonso | Paula Suárez |Verdad Curto | Omar lvarez Fres

ID 284: Wireless Smart Platform for Home EnergyManagement SystemSanja Veleva | Danco Davcev | Marija Kacarska

ID 286: Design and Performance Analysis of a Low Cost Light Energy Harvester for Wireless SensorsBen Graham | David Tracey | Nick Timmons |Jim Morrision

ID 297: Cost optimization of home appliancesSilviu Nistor | Jianzhong Wu | Mahesh Sooriyabandara | Janaka Ekanayake

ID 312. The case for a Systematic Development ofBuilding Automation SystemsPaulo Carreira, Vasco Amaral, Bruno Barroca

ID 314: PTIDES Model on a Distributed TestbedEmulating Smart Grid Real-Time ApplicationsSlobodan Matic | Michael Zimmer | Ilge Akkaya |John Eidson | Edward Lee

ID 50: Bridging the gap with Broadband Powerline (BPL) technologyUwe Braun

ID 53: Micro-Grid Development for PropertiesXiongwei Liu | Ian Chilvers | Maizura Mokhtar |Adam Bedford | Keir Stitt

ID 90: Proposed Components for the Design of aSmart Nano-Grid for the Sub 50V Direct CurrentVoltage HomeMoshe Chaim Kinn

ID 105: CENELEC and Powerline Communication Specification in realization of Smart Grid Technology Kaveh Razazian | Javad Yazdani

ID 109: Communication Strategy for Grid Controland Monitoring of Distributed Generators in SmartGrids using IEC and IEEE StandardsSamer Jaloudi | Egon Ortjohann | AndreasSchmelter | Paramet Wirasanti | Danny Morton

ID 113: Proactive Control for Energy Systems in Smart Buildings María Belén Téllez Molina | Tokhir Gafurov,Milan Prodanovic

ID 122: Case Study: Confidence in Ethernet IEC61850 Virtual Wiring Via Innovative New Testingand Verification PracticesTimothy Tibbals | David Dolezilek

ID 157: Practical Evaluation of Telecoms for Smart Grid Anti-Islanding ProtectionDavid Laverty | John O'Raw | D John Morrow |Michael Cregan | Robert Best

Innovative Smart Grid Technologies Conference Schedule Expands WORLDWIDE

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• 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: HOWESTDepartment GKG, Professor

Topic: Participation of the end-user to theimplementation of the smart grid: technicalpossibilities

Abstract: The implementation of the smart grid isnot necessarily a top-down process, but could alsobe (partly) bottom-up. This panel discussestechnical possibilities, challenges and opportunitiesfor the contribution of individual or collective smallconsumers to the implementation of the smartgrid. Results from academic research, pilot projectsand technology developers will be discussed.Topics will include:

• Sizing and combination of distributed energy resources with respect to balancing, PQ,…

• Storage

Speakers:

Ulf Häger (TU Dortmund): Agent-based real-time coordination of Power Flow Controllers inTransmission Networks

The use of Power Flow Controllers (PFC) becomesmore and more important for transmission systemoperators (TSOs) to increase transmission capabilityof their grids and make them more controllable.Nowadays optimization of PFC set-points is onlycarried out during the day-ahead planning process.In real-time operation the coordination of PFC isdone manually by telephone communication of theinvolved TSOs. An Agent-based method will bepresented to carry out distributed automatic real-time coordination of PFC without the need forcentralized data about the state of the powersystem devices. This method allows for immediatereaction on power flow changes and is able toreact stabilizing during emergency situations.

Topic: Agent-based Control of Power Systems

Abstract: Socio-economical and technologicaldevelopments have prompted electric powersystems to move forward to an era of Smart Grids.This transition requires a change in controlling andoperating structure to adapt to the variability ofthe myriad of small-scale generation andcontrollable loads. By deploying artificialintelligence into distributed system operation, theagent-based approach is an appropriatetechnology to handle the complexity and canenhance system performance.

This session will highlight experiences andknowledge for development and implementationof the multi-agent system (MAS) technology infacilitating control and operation of Smart Grids.Different issues will be explored on the following aspects:

Panel Session 2b (continued)Prof Wil L Kling (14:35 – 16:05 Exchange Room 1)

Panel Session 2a Roger Hey (14:35 – 16:05 Exchange Auditorium)

Panel Session 2bProf Wil L Kling (14:35 – 16:05 Exchange Room 1)

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

Topic: Update and review of UK DistributionNetwork Operators smart grid projects

Abstract: UK electricity Distribution NetworkOperators have embarked on multiple smart gridsprojects funded under the UK Energy Regulator,Ofgem’s, 5 year £500m Low Carbon NetworksFund. The panel of leading DNO personnelengaged in the LCNF programme will provide anupdate and overview of the wide spectrum ofprojects, and discuss future proposals for work inthis area.

Panel Session 2

Panel Session 2c Prof Jan Desmet (14:35 – 16:05 Exchange Room 2)

Speakers:

Geert Deconinck (K.U.Leuven):Agent-based coordination for electric vehicles charging.

For a case of charging electric vehicles in distribution grids, a decentralised and hierarchiccoordination mechanism allows a better distributionof peak power requirements over time, and takesdynamic changes into account in a scalable way.

Stamatis Karnouskos (SAP Research):Interacting with the SmartGrid.

Envisioned smartgrid energy markets as well asdemand-response approaches rely on the activeparticipation of the prosumer. It is expected thatintelligent agents act on behalf of the prosumerand in conjunction with enterprise system servicesrealize the smartgrid vision e.g. manage hisdevices, enable buying and selling of electricity

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 PowerRouting in Active Distribution Networks.

The future network must be able to managepower flow in a bidirectional way, cope withuncertainties of renewable power generation and adjust to demands of more sophisticatedcustomers. A so-called agent-based distributedpower routing function will be presented to handle the tasks.

Chair Affiliation: Eindhoven University ofTechnology, Professor and chair of Electrical Power Systems Group.

ID 220: Application of a Dynamic Line RatingSystem for a 132kV Distribution NetworkSamuel Jupe | Diyar Kadar | Geoff Murphy | Katherine Jackson

ID 265: Improved Monitoring and Control of Distribution Network by Smart MV/LV SubstationsLauri Kumpulainen | Seppo Pettissalo | Petri Trygg | Kim Malmberg | Mika Loukkalahti

ID 292: Active House: Industrial DemonstratorLarisa Rizvanovic | Mikael Åkerholm Gargi Bag| Pia Stoll | Judith E. Y. Rossebø

Paper ID's (in order of presentation):

ID 322: The Directional Reactive PowerUndervoltage Protection – A Protection Concept for connecting decentralized renewable Energy SourcesOliver Janke

ID 123: Case Study of Practical Applications of Smart Grid TechnologiesDavid Dolezilek

ID 58: Isle of Wight Experiences Using Distributed-Intelligence Medium-Voltage Automated FeederSelf-HealingJohn Baker | Mike Meisinger

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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, BelgiumDC 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, FranceStatus 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

Topic: Feasibility of DC networks

Abstract: The DC transmission networks are beinginvestigated as facilitating technology for EU-widesupergrid, for regional networks in North Sea orMediterranean Sea, and for a range of othernetworks at lower powers. There is a large numberof technical challenges in developing reliable andcost-effective DC grids, which have been studiedrecently, including: protection, control, grounding,operation, converter technologies, …. CIGRE hasbeen studying DC grid feasibility in WG B4.52which will be reporting soon, and five newworking groups are established in 2011. This panelwill review some of the crucial DC-grid relatedresearch topics and review the work in CIGRE andin the TWENTIES project.

Speakers:

Dragan Jovcic University of Aberdeen, UKTechnical challenges for DC grids:

• DC grid topologies• DC circuit breaker• DC/DC converters• DC grid control methods

Panel Session 2eDr Dragan Jovcic (14:35 – 16:05 Exchange Room 4)

ID 36: Battery and Energy Management in Fleets of Switchable Battery EVsVladimir Zdornov | Yitzhak Birk

ID 256: Comparative Analysis of Coordination Strategies for Electric VehiclesNiels Leemput | Juan Van Roy | Frederik geth |Peter Tant | Johan Driesen

ID 120: An Interdisciplinary Method to DemandSide Participation for Deferring DistributionNetwork Reinforcement Mark Lawson | Phillip Taylor | Sandra Bell |David Miller | Neal Wade


ID 18: Investigating the Effects of DynamicDemand Side Management within Intelligent Smart Energy Communities of FutureDecentralized Power SystemAmir Fazeli | Mark Gillott | C Mark Johnson |Mark Sumner

ID 295: Lexicographic multi-objective optimizationfor the unit commitment problem and economic dispatch in a microgridMatteo Salani | Alessandro Giusti | Gianni Di Caro | Andrea Emilio Rizzoli | Luca Maria Gambardella

ID 51: Project Edison: SMART-DCBenjamin Williamson | Miles Redfern | RajAggarwal | Jacob Allinson | Chris Harris

Oral Session 2: (14:35-16:05)

Oral 2a: Energy Management (14:35 – 16:05 Exchange Room 5)

Oral 2b: Field Trials (14:35 – 16:05 Exchange Room 6)

ID 246: Stability of Doubly Fed InductionGenerator Connected to Matrix Converter in WindEnergy Conversion SystemMohamad Hosseini | Reza Ghazi

ID 252: Procedure for Estimation of EquivalentModel Parameters for a Wind Farm using Post-Disturbance On-line Measurement Data Francisco Gonzalez-Longatt | Pawel Regulski |Vladimir Terzija

ID 178: Secure Firmware Updates For Smart MetersIdo Schwartzman | Liran Katzir

ID 215: ZigBee Smart Energy for Smart Meteringand Smart Grid Applications in EuropeJohn Cowburn

ID 221: Smart Dispatch for Grid Integration ofWind GenerationKwok W. Cheung

ID 242: Developing Cyber-Physical ExperimentalCapabilities for the Security Analysis of the FutureSmart GridBela Genge | Christos Siaterlis

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Markus Damm | Stefan Mahlknecht |Christoph Grimm | Tamás Bertényi | Tom Young

ID 276: Evaluation of Narrowband Power LineCommunications on a Smart Grid TestbedPaul Crolla | Andrea Tonello | Stephan Weiss |Graeme Burt

ID 310: Opportunistic Communications to ImproveReliability of AMI Mesh NetworksSedat Gormus | Zhong Fan | Parag Kulkarni |Zubeir Bocus


ID 251: Systems Classification based on Power Signatures Marius Marcu

ID 217: Requirements for Implementing GossipBased Schemes for Information Dissemination inFuture Power SystemsAleksandra Krkoleva | Vesna Borozan | Aris Dimeas | Nikos Hatziargyriou

ID 47: Game Theoretic Analysis of Privacy-AwareAdvanced Metering InfrastructureDipayan Ghosh | Stephen Wicker | Lawrence Blume

ID 143: A partially decentralized forecast-basedDemand-Side-Management Approach

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)

Poster Session 3 Metering , cyber security and Integration of wind, PV and storage (14:35 – 16:05 Exchange Hall)

ID 52: Modelling and Control for Smart GridIntegration of Solar/Wind Energy Conversion SystemEmad Natsheh | Alhussein Albarbar | Javad Yazdani

ID 71: Power and Energy Control Strategies for aVanadium Redox Flow Battery and Wind FarmCombined SystemFrancesco Baccino | Samuele Grillo | Mattia Marinelli | Stefano Massucco |Federico Silvestro

ID 76: The Design of Wind Plant ReactiveCompensation Systems Alternatives to meet GridCode Requirements.Mick Barlow | Martin Bishop | Michail Theodoridis

ID 93: Multi-objective Transmission NetworkExpansion Planning in Consideration of Wind FarmsHiroyuki Mori | Hiroki Kakuta

ID 117: Cyber Security Challenges in Smart GridsMaria B. Line | Inger Anne Tøndel |Martin G. Jaatun

ID 99: Using Wavelet Synopses on Electric PowerSystem MeasurementsPanayiotis Moutis | Nikolaos Hatziargyriou

ID 8: Impact of Wind Speed Uncertainty andStochasticity on the Planning and Design of WindPower Projects in a Smart Grid EnvironmentEduardo Martinez Cesena | Joseph Mutale

ID 15: Analytical Method for Economic Consid-eration of Dispersed Generation Installation withrespect to Load ModelOmid Amanifar | Mohammad Esmaeil |Hamedani Golshan

ID 28: Potential EMC Implementation problems ofSmart 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 RegressionEhab Elattar

ID 48: Improvement of a Voltage-stabilizingControl System for Integration of Wind PowerGeneration into a Small Island Power SystemOrie Sakamoto | Koji Yamashita | YoshihiroKitauchi | Toshiya Nanahara | Toshio Inoue

Panel Session 3a Bas Kruimer (16:30 – 18:00 Exchange Auditorium)

This panel session will review today’s technologyand the roadmap process to deploy synchro-phasormeasurement, and present project experiencesfrom America and Europe. The success of deploymentdepends 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-upfor knowledge transfer are some key aspects. Theapplication selection and associated benefits, theoptimal locations of PMU’s based on applicationrequirements, communication infrastructure, andspecific grid configuration will be addressed as well as fulfilling the applications’ performancerequirements and PM-Network performance criteria.

Speakers:

Damir Novosel President of Quanta Technology,USA

Vladimir Terzija EPSRC Chair Professor in PowerSystem Engineering, Manchester University, UK

Walter Sattinger SwissGrid CH, to be confirmed

Session Chair: Bas Kruimer

Chair Affiliation: Quanta Technology, President

Topic: : Wide Area Measurement integration into Grid Operations

Abstract: Increased complexity in operating thepower grid has emphasized the need for advancedapplications in wide area monitoring, protection,and control (WAMPAC) systems. To meet thisneed, an increasing number of utilities,independent system operators and transmissionorganizations around the world have beendeploying synchro-phasor measurementtechnology and associated applications. Theobjective is provide time-aligned, higher-resolution,and more accurate data to system operation andreliability engineers to improve wide area gridvisibility, overall system performance and customerservice, as well as wide-area coordination withneighboring systems. Deploying synchro-phasortechnology involves gathering, time-aligning, andstructuring data from Phasor Measurement Units(PMU’s) through a fast and reliable communicationnetwork for visualization and engineering ofcontrol applications, and for integration withexisting systems such as EMS/SCADA to becomean integral part of grid operations. BesidesWAMPAC, some utilities are also considering theuse of synchro-phasor technology for monitoringand control of highly intermittent and variabledistributed energy resources.

Panel Session 3: (16:30 – 18:00)

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This panel will discuss the available options forthese new market mechanisms designs, as well as which financial and policy mechanisms allowthe objectives associated with the Smart Gridsconcept to be most effectively achieved. This Panel will be co-chaired by Dr Ivana Kockar andProf Goran Strbac

Chair Affiliation: Dr Ivana Kockar Strathclyde University, Lecturer

Prof Goran Strbac Imperial College, Professor

Topic: Market and Regulatory Structures for the Smart Grids

Abstract: A competitive marketplace for trade ofelectric energy and a system of regulation for theindustries inherent monopolies are seen asessential components of the Smart Grids. Thespecification of such economic mechanisms andpolicies to achieve them must be goal driven, andtheir objectives are to reduce costs to theconsumer and to reduce negative environmentalimpact caused by electric energy generation. Froma high-level perspective, structures for marketarchitecture may be divided into the centralisedand into different degrees of decentralisation.

Panel Session 3bDr Ivana Kockar and Prof Goran Strbac (16:30 – 18:00 Exchange Room 1)

including discussion of the present and futurechallenges, barriers and opportunities. Thespeakers will present most important results fromtheir technology development projects, academicand industry-based research, as well as other areasrelevant 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 VehicleApplications.

Jan Meyer Dresden University of Technology,Germany. PQ Issues of Inverter-interfacedGeneration 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.

Topic: Implementation of micro and small scale generation/storage technologies in futuresmart grids

Abstract: The deployment of various low-voltage(LV) micro and small-scale generation and storagetechnologies, such as photovoltaic (PV), microCHPand small-scale wind turbines (WTs) for energygeneration, as well as various charger-battery-inverter systems (including electric vehiclebatteries) for energy storage, is expected toincrease significantly in future “Smart Grids”. Thissuggests that the analysis of the effects of microand small-scale generation/storage systems shouldbe adequately included in the assessment ofperformance of both distribution and transmissionnetworks. Particularly important question is controland optimization of operation of micro/smallgeneration and storage systems, which should befully coordinated with new supply-side anddemand-side functionalities, measures and actionsintroduced and implemented in the “Smart Grids”.

This panel will present state-of-the-artdevelopments and ongoing work in modelling,analysis and technical/technology aspects ofmicro/small-scale generation and storage systems,

Panel Session 3cDr Sasa Djokic (16:30 – 18:00 Exchange Room 2)

Robert Currie Smarter Grid Solutions and Graham Ault, University of Strathclyde. Experience of novel operational managementtechniques in smart distribution.

Nikos Hatziargyriou National Technical Universityof 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 theirapplication to Smart Grids.

Chair Affiliation: Strathclyde University.Director of the Institute for Energy andEnvironment

Topic: Technologies for autonomous networkmanagement.

Abstract: The increased use of renewable anddistributed generation means the operation andmanagement of the electric power system mustchange radically. Increased levels of automationand distributed intelligence are required to deliverthe network control functions. This panel sessionwill discuss fundamental platforms andtechnologies which are the building blocks of theSmart Grid, and offer insight into the specificationof the functions. It will combine the activities andviewpoints of industrialists and researchersworking in the computational, analytical anddistributed intelligence technologies required forthe Smart Grid. It will consider the integration offunctions such as active network management;transmission/distribution automation providingreconfiguration 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 andAutomation.

Panel Session 3dProf Stephen McArthur (16:30 – 18:00 Exchange Room 3)

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interconnections with neighboring system (i.e. Mediterranean Ring, Russia) and (6) on-linepreventive 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 PowerSystems optimization problems: from modeling ofdevices 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.

Topic: Pan European Grid Advanced Simulationand State Estimation (PEGASE).

Abstract: PEGASE is a four year project dealingwith the High and Extra High Voltage transmissionand sub-transmission networks in Europe and isimplemented by a Consortium composed of 20Partners including TSOs, expert companies andleading research centers in power system analysisand applied mathematics. Developing smart gridtools at transmission level is the overall objective ofthe project by defining the most appropriate stateestimation, optimization and simulationframeworks, their performance and dataflowrequirements to achieve an integrated securityanalysis and control of the European TransmissionNetwork (ETN). The heart of the PEGASE projectinvolves advanced algorithmic, building prototypesof software and demonstration of the feasibility ofthe proposed solutions on very large modelrepresentative of the ETN and taking into accountits operation by multiple TSOs.

This panel will first address the global challengesof the PEGASE project to develop smarttransmission grid algorithms (1). Next, R&D workto be able to provide all TSOs with a synchronousdisplay of the state of the European TransmissionNetwork very close to real time will be presented(2). The development of Optimal Power Flowprograms determining realistic system operatingpoints that include TSO operating rules, typicallyfor real-time congestion management, will then bepresented, including a worst case approach (3 and4). Finally, improvement of the existing state of theart technology in time simulation of very largesystems will be addressed to be able to offer (5)off-line studies of the ETN including possibly

Panel Session 3eDr Brian Stott (16:30 – 18:00 Exchange Room 4)

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ID 184: Advanced control of Hybrid HVAC/HVDCInterconnection Interface for the InterconnectedENTSO-e – IPS/UPS SystemsLazar Bizumic | Rachid Cherkaoui | Fortunato Villella | Anna Arestova | Andery Grobovoy

ID 266: Cost function for sub-agent elements inmulti-agent energy management systemTimur Yunusov | Ben Potter | William Holderbaum

ID 9: Protection Systems that verify and supervise themselves Pelqim Spahiu


ID 111: The Travelling Wave Based IED as the Part of Self Healing GridVytautas Siozinys | Linas Markevicius |Alfonsas Morkvenas | Saulius Gudzius

ID 232: Signal Processing and Classification Toolsfor Intelligent Distributed Monitoring and Analysisof the Smart GridIrene Gum | Math Bollen | Cuong Le

ID 100: Optimal Fault Location in DistributionSystems Using Distributed Disturbance RecordingsPierre Janssen | Tevfik Sezi | Jean-Claude Maun

Oral Session 3 (16:30 – 18:00)

Oral 3a: Self-Healing Grids (16:30 – 18:00 Exchange Room 5)

ID 159: Power Quality Assessment of the Bogota Distribution Network Focused on Voltage Sags AnalysisVictor Barrera Núñez | Andrés Pavas Martínez |Joaquim Meléndez Frigola

ID 194: Web based Management Systemfor 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


ID 119: State Reconstruction from Synchronized Phasor MeasurementsMevludin Glavic | Thierry Van Cutsem

ID 209: Processing Smart Meter Data Streams in the CloudBjörn Lohrmann | Odej Kao

ID 40: Contributions on Harmonic Impedance Monitoring in Smart Grids UsingAlexandru Baloi | Adrian Pana | Florin Molnar-Matei

Oral 3b: Data Acq Management and Cyber Security (16:30 – 18:00 Exchange Room 6)

ID 190: Wide Area Based Controlled IslandingStudy for the Egyptian Power SystemFahd Hashiesh | Hossam E. Mostafa |Mohamed M. Mansour | Ibrahim Helal

ID 44: PMU Performance Requirements andValidation for Closed-Loop Control Applicationsusing a Real-Time SimulationHarmeet Kang | Chris Mycock | Mark Stockton| Armien Edwards | Ricardo Lira


ID 107: Optimal Placement of PhasorMeasurement Units to Improve Parallel PowerSystem RestorationJairo Quirós Tortós | Gustavo Valverde | Lei Ding | Vladimir Terzija

ID 130: Case Studies: Synchrophasors for Wide-Area Monitoring, Protection, and ControlRoy Moxley | David Dolezilek

ID 78: Anti-Islanding Detection using Synchrophasors and Internet Protocol TelecommunicationsDavid Laverty | David John Morrow | Robert Best | Michael Cregan

Oral 3c: WAMPAC (16:30 – 18:00 Exchange Room 7)

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WEDNESDAY 7 DECEMBER 2011(Exhibition opening times: 8:00 - 16:30)

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Poster Session 4 Integration of demand response (16:30 – 18:00 Exchange Hall)

ID 180: Optimal management of electrical energystorages for the integration of decentralisedfluctuating generation in distribution gridsSteffen Nicolai | Sabine Ritter | Daniel Beyer |Peter Bretschneider

ID 196: Realising the Potential of Smart Grids in LVNetworks. Part 1: Demand-side ManagementAdam Collin | Ignacio Hernando-Gi | Jorge Acosta | Irinel-Sorin Ilie | Sasa Djokic

ID 199: Realising the Potential of Smart Grids in LVNetworks. Part 2: MicrogenerationAdam 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 GenerationPamela MacDougall | Cor Warmer | Koen Kok

ID 277: Participation of smaller size renewablegeneration in the electricity market trade in UK:analyses and approachesGalina Romanovsky | George Xydis | Joseph Mutale

ID 311: Demand Side Management via ProsumerInteractions in a Smart City Energy MarketplaceStamatis Karnouskos

ID 23: Design of a User-Centred Smart Grid PilotJaap Kohlmann | Maarten van der Vossen |Joris Knigge | Charlotte Kobus | HanSlootweg

ID 46: A Simulated Annealing Algorithm forDemand ResponseImthias Ahamed | Danish Maqbool | Essam A. Al Ammar | N. H. Malik

ID 67: Exploring Emerging Customer Needs forSmart Grid ApplicationsEva Heiskanen | Kaisa Matschoss

ID 103. Economic evaluation of the influence ofovervoltages and the integration of small

storage capacity in residential PV-installationsBart Verhelst | Colin Debruyne | Johan Vanalme | Jan Desmet | Jan Capelle

ID 104. Utilizing beyond CENELEC Standards for Smart Grid TechnologyKaveh Razazian | Javad Yazdani

ID 115: Building Control and StorageManagement with Dynamic Tariffs for ShapingDemand Response in Electricity GridsFrauke Oldewurtel | Andreas Ulbig | Manfred Morari | Göran Andersson

ID 127: Optimal Battery Chemistry, Capacity,Charge/Discharge Schedule, and Lifetime forEnergy 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 demonstrationPhilip J. Douglass | Rodrigo Garcia-Valle |Jacob Østergaard | Preben Nyeng | Mikael Togeby


Biography: Joao A. Pecas Lopes is Full Professor atthe Faculty of Engineering of Porto University(FEUP). He is presently Director of INESC Porto. Heis also the Director of the Sustainable EnergySystems PhD program at FEUP.

He is Scientific Coordinator of the EU FP7 researchproject MERGE – Mobile Energy Resources forGrids of Electricity. He is the convener of the CIGREWG C6.20 on Integration of electric vehicles inelectric power systems.

His main domains of research are presently relatedwith large scale integration of renewable powersources in power systems (namely windgeneration), power system dynamics, microgrids,smart-metering and electric vehicle gridintegration.

Prof Joao P. Lopes

Topic: Smart Grids and Electric Mobility

Affiliation: University of PortoINESC, Professor and Director ofINESC

Biography: Math Bollen received the MSc andPhD degrees from Eindhoven University ofTechnology, Eindhoven, The Netherlands, in 1985and 1989, respectively. Currently, he is professor inelectric power engineering at Luleå University ofTechnology, Skellefteå, Sweden, technical expectat the Energy Markets Inspectorate, Eskilstuna,Sweden and senior specialist at STRI AB,Gothenburg, Sweden. His activities cover a widerange of power-system issues with as main pillarsthe new developments related to smart grids andsmart metering as well as voltage quality andcontinuity of supply.

Earlier he has among others been a lecturer at theUniversity of Manchester Institute of Science andTechnology (UMIST), Manchester, U.K., andprofessor in electric power systems at ChalmersUniversity of Technology, Gothenburg,Sweden.Math Bollen is one of the leadingresearchers on power quality, having definedvoltage dips as a research area and recently havingintroduced harmonic distortion in the frequencyrange 2 to 150 kHz as research area, as well asintroducing the ”hosting capacity” as an importantmeasure for quantifying the performance of smartgrids. He has published two textbooks on powerquality, “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”.

Prof Math Bollen

Topic: Continuity of supply andvoltage quality in the electricitynetwork of the future

Affiliation: STRI AB, Senior Researcher

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Keynote Session 5 (08:30 – 09:45 Exchange Auditorium) (continued)

Biography: Colin Henry is a Business Development Manager for Siemens Transmissionand Distribution Ltd in the UK; he leads SiemensSmart Grid activities within the UK Infrastructureand Cities Sector, with focus on smart gridapplications. His role includes facilitating bestpractice sharing with north west Europe andheadquarter colleagues.

Colin has worked within the transmission anddistribution field in UK and Middle East markets for16 years in various engineering roles where he wasa principal engineer in energy automation. He hasheld several management positions for the past 10years in operations, engineering and businessmanagement, including overseas.

Over the past 18 months, Colin has led Siemenssmart grid positioning in the UK market, includingsupport of customers plans and submissions aspart of the Ofgem Low Carbon Networks Fund aswell as wider engagement with industry andinfrastructure planners.

Colin is a chartered engineer, a member ofSmartGrid GB and BEAMA’s Smart grid workinggroups; he is also part of Siemens global smart gridstrategy group

Colin Henry

Topic: Smart Grid –Enabling a sustainableinfrastructure programme

Affiliation: Siemens, Business Delevelopment Manager– Smart Grid

Panel Session 4a Wolfram H. Wellssow (10:30 – 12:00 Exchange Auditorium)

The panel will discuss today’s and future challengesand research work done in order to limit theconsequences and to safeguard system security.

Speakers:

J. Vanzetta Amprion GmbH

Prof. G. Krost Uni Duisburg

Dr. M. Wache Siemens AG

Topic: Transmission System Security – The German Perspective

Abstract: The security of transmission systems inCentral Europe is threatened by the increasingshare of fluctuating generation, the massivedemand in capacity for energy trading and seriousdelays in building new lines.

As a consequence systems are driven closer andcloser to their limits and the operators facingchallenges which originate from parts of theinterconnected system which are beyond theirdirect control area.

Panel Session 4

Panel Session 4b Andrew Melchior (10:30 – 12:00 Exchange Room 1)

into power network innovations and forms theexploratory phase of our four-year Future Gridprogramme. Within this programme we will aim tostimulate the rapid delivery of innovative technologiesand disruptive business models to address thecombined technical and socioeconomic challengesposed by reduced fossil fuel generation, increaseddistributed renewable generation and theaccompanying predicted surge in demand from the electrification of heat and transport.

Chair Affiliation: TSB, Lead Technologist FuturePower Networks

Topic: Innovations in the Distribution and Demandfor Electrical Energy

Abstract: The Technology Strategy board is toinvest up to £2.4m into feasibility studies focusedon stimulating power distribution and demandside innovations. Proposals are invited thatdemonstrate innovation within individualcomponent design, software, implementation,integrated systems and novel business oroperational models. The workshop will givedelegates the opportunity to find out more aboutthis new TSB competition, which is the firstelement of a continued portfolio of investment

Panel Session 4cDr Thomas Bopp (10:30 – 12:00 Exchange Room 2)

Speakers:

T. Bopp SIEMENS AG, Germany. Introductory Overview – Dynamic Network andProtection Security of Power Systems.

Chris O. Heyde SIEMENS AG, Germany Short-Term Forecasts Incorporated in DynamicSecurity 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

Topic: Assessment and Measurement of DynamicNetwork and Protection Security in Smart Grids

Abstract: The integration of stochastic renewablegeneration in all voltage levels of existing powersystem gradually replacing central generationposes new challenges for transmission and distri-bution network design and operation.

The envisaged impact on long distance energytransports requires operational coordinationbetween different system operators. Newindicators evaluating power system stability andstability limit margin must be developed andtested. Continuous assessment of the dynamicstate of the power system taking into accountcontingencies must be performed in parallel tosystem operation. Wide area monitoring systems,and new protection schemes and concepts have tobe introduced to the current power systemoperation practice.

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Panel Session 4dProf Lina Bertling (10:30 – 12:00 Exchange Room 3)

Speakers:

Professor Kai Strunz Technical University ofBerlin, Germany. A Win-win of Smart Grids andElectric Vehicles

Thomas Theisen and Thomas Wiedemann RWE Deutschland AG, Germany.FP7-project GRID-4-VEHICLES (G4V): Key conclusions and a roadmap towards a massmarket for EV’s.

Hector Zelaya De La Parra ABB Corporate,Sweden. Fast Charging of Electric Vehicles.

Professor Ganes Kumar VenayagamoorthyDirector: Real-Time Power and Intelligent SystemsLaboratory, Missouri University of Science andTechnology, USA. SmartParks in Smart Grids.

Chair Affiliation: Chalmers University ofTechnology, Professor in Sustainable Electric Power Systems

Topic: Smart Power Systems with Grid for Vehicles

Abstract: The integration of stochastic renewablegeneration in all voltage levels of existing powersystem gradually replacing central generationposes new challenges for transmission and distribution network design and operation.

The envisaged impact on long distance energytransports requires operational coordinationbetween different system operators. Newindicators evaluating power system stability andstability limit margin must be developed andtested. Continuous assessment of the dynamicstate of the power system taking into accountcontingencies must be performed in parallel tosystem operation. Wide area monitoring systems,and new protection schemes and concepts have tobe introduced to the current power systemoperation practice.

Panel Session 4eManuel Serrano Matoses (10:30 – 12:00 Exchange Room 4)

but also the presentation of other third partyservices that enable the inclusion of the end-userin the grid, not only to provide for accurateinformation, but also to promote new businessopportunities and technologies – e.g. electricalvehicle, balancing market.

Speakers:

Manuel Serrano ETRA, Spain.Local Energy markets and Ensergy ServicesCompanies (ESCOs)

Petr Stluka Honeywell, Czech Republic. Demand Response Services for Residential andCommercial 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.

Topic: Energy Services for local communities

Abstract: The FP7 NOBEL proposes a panel sessionon Energy Services offered to local communities.NOBEL is a research project that is building anenergy brokerage system with which individualenergy consumers will be able to communicatetheir energy needs directly with both large-scaleand small-scale energy producers, thereby makingenergy use more efficient.

The key to NOBEL’s efficiency improvement is thatprosumers (producers and consumers) becomesources of both energy and information. Theinformation allows the energy system to betteradapt the amount of electricity in the network tothe real time demand. The performance of theentire system is enhanced by exploiting the localityof the processes in the monitoring and control thatnormally do not consider the detailed behaviour ofthe actual consumers.

The proposed panel includes not only the presentation of the NOBEL main service forneighbourhoods – the energy brokerage engine –

ID 61: Demand Response Using Service andOvershoot CurvesJean-Yves Le Boudec | Dan-Cristian Tomozei

ID 191: DG DemoNet Validation: Voltage Control from Simulation to Field TestMatthias Stifter | Benoit Bletterie | HelfriedBrunner | Daniel Burnier | Henein Sawsan

ID 264: Adaptive Protection Architecture for the Smart GridIbrahim Abdulhadi | Federico Coffele | AdamDysko | Campbell Booth | Graeme Burt


ID 274: Development of a predictive out of steprelay using model based designBrian Kirby | Li Zou | Jiayi Cao | InnocentKamwa | Annissa Heniche

ID 88: Decoupling Power Systems Analysis UsingHybrid Load Flow CalculationParamet Wirasanti | Egon Ortjohann,Worpong Sinsukthavorn | Samer Jaloudi |Danny Morton

Oral Session 4 (10:30 – 12:00)

Oral 4a: Advanced Modelling and Control (10:30 – 12:00 Exchange Room 5)

ID 62: Reliability Performance Assessment in SmartGrids with Demand-side ManagementIrinel-Sorin Ilie | Ignacio Hernando-Gil | AdamCollin | Jorge Acosta | Sasa Djokic

ID 202: Software Tool for Automated Design andCost Benefit Analysis of Offshore GridDusko Nedić | Muhammad Ali | JovicaMilanovićID 249: Novel early warning fault detection for wind-turbine-based DG systems Xiandong Ma


ID 140: DG Islanding Operation Detection Methodin Combination of Harmonics Protection SchemesSaeed Jahdi | Loi Lei Lai

ID 65: Smart Asset Management of Aging Devicesin Energy Systems: A Case Study of TransformersZijuan Lian, Saranga Abeygunawardane,Panida Jirutitijaroen

ID 91: Damping Torque Analysis of Energy StorageSystem Control in a Multi-machine Power System

H F Li | W Du | H F Wang | L Y Xiao

Oral 4b: Reliability and Diagnostics (10:30 – 12:00 Exchange Room 6)

ID 260: Assessing the Value of Employing Dynamic Thermal Rating on System-wideTransmission PerformanceChomba Tumelo-Chakonta | KonstantinosKopsidas

ID 317: Toward a Coordinated Voltage Control(CVC)-Enabled Smart GridsMarija Ilic | Jeffrey H. Lang | Eugene Litvinov,Xiaochuan Luo | Jianzhong Tong

ID 316: Contingency Screening in a Multi-ControlArea System Using Coordinated DC Power FlowSanja Cvijic | Marija Ilic


ID 233: ATC Calculations with Transmission SwitchingHossein Haghighat | Mohsen Pedram

ID 74: A novel method for recovery of drainagepower from distribution transformersP.S.Chandramohanan Nair, Preetha PK

ID 139: Dynamic equivalent model of a Danishisland for MV and LV studiesRasmus Huusom Rasmussen | Theis NicolasNielsen | Guang-Ya Yang | Rodrigo Garcia-Valle | Jacob Østergaard

Oral 4c: AC/DC T&D (10:30 – 12:00 Exchange Room 7)

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Poster Session 5Reliability, power quality and HVDC integration (10:30 – 12:00 Exchange Hall)

ID 254: Power Flow Analysis for InterconnectedT&D Networks with Meshed TopologyElizete Maria Lourenco | Carolina Correa Durce| Odilon Luis Tortelli

ID 259: Reliability of power systems with non-programmable energy sourcesJorge Luis Angarita | Marcos Carmena | Juan Prieto | Santiago Blanco

ID 280: Developing Trend of Domestic ElectricityTariffs in Great BritainZhimin Wang | Furong Li

ID 289: Reliability Evaluation of Future PowerSystems Bart Tuinema | Madeleine Gibescu |Lou van der Sluis | Mart van der Meijden

ID 306. Integration of UPQC for Power QualityImprovement in Distributed Generation Network – A ReviewMd Shafiuzzaman Khan Khadem | Malabika Basu | Michael F Conlon

ID 321: Active Power Filtering for a Three-Phase Four-Wire Network with Unidentifiable Harmonic LoadsM. J. Waite | L. Zhang | B. Chong

ID 14: Method for Static and Dynamic ResistanceMeasurements of HV Circuit BreakerZoran Stanisic

ID 49: Monitoring of EPS Operation by the State Estimation MethodsAnna Glazunova | Irina Kolosok | ElenaKorkina

ID 69: Distributed filtering of high harmonics in Smart Grid Konstantin Suslov | Nafisa Solonina | AnatolySmirnov

ID 81: Modeling Multi-Terminal VSC-HVDC in Power Flow Calculation UsingUnified MethodologyMohamadreza Baradar | Mehrdad Ghandhari |Dirk Van Hertem

ID 97: Technical and Economic Assessment for Deployment of Distribution Automationquipments – Enabling Self-Healing StrategiesRoberto Moreira | Nuno Silva | Hélder Leite

ID 195: Testing of New Fault Location Method for Medium Voltage NetworksPeter Braciník | Marek Höger | Juraj Altus |Miroslav Ková�

ID 224: Subsynchronous Resonance in MeshedNetworks with HVDC Lines

Atia Adrees | Jovica Milanovic


Biography: David has over 20 years of experienceworking with Utilities and Technology provider’sacross five continents, where he has played amajor role increasing the impact, effectiveness andefficiency of ICT on the utility sector. In particular,he has specialised in technology and early stagebusiness development with private and publicbodies from around the world. David is a worldauthority on power line comms or Broadband over

Power Line (BPL) technology and has a deepunderstanding of the engineering product valuechain; from software and silicon systems design,hardware product development and production tonetwork operation and service delivery as well asfamiliarity with regulatory and policy approachesand challenges from around the world. Headingthe team that developed and patented the world’sfirst BPL technology; David was appointed as aspecial advisor on BPL to the EuropeanCommission in 1999, and as the inauguralchairman of the European TelecommunicationsStandards Institute (ETSI) BPL committee.

David Healey

Topic: A Single Communications solution forSmart Grid and Smart Metering

Affiliation: Wipro, Smart Grid Practice Lead

Biography: Born in 1972, Laurent Schmittgraduated in September 1998 from Supelec, Parisin France with a degree in Power SystemEngineering. He started his career in the PowerGeneration area with ALSTOM on Hydro andThermal Plant Controls in Northern America. In2000 Laurent moved to the Alstom T&D division,sold to Areva T&D, where he held positions asSales Director for South-East Asia and Productmarketing Director, covering applications forelectrical protection, transmission and distributionsubstations, dispatching centres and energytrading platforms.

In June 2007, he was appointed Director forStrategy at the Areva T&D Automation BusinessUnit, working with the various French and interna-tional organisations focusing on the intelligentmanagement of the energy network infrastructure.In 2008 he was appointed Vice-President forStrategy and Innovation for the EnergyManagement Business of Alstom Power to

capitalize on Alstom Power’s expertise in themanagement and optimisation of generation ofpower generation assets.

Following the integration of Areva T&D’s activitieswithin Alstom in June 2010, Laurent has joined thenew Alstom Grid sector as Vice President for SmartGrid Solutions, in charge of developing Alstom’soffering on the Smart Grid segment worldwide.

Laurent Schmitt is member of several strategicindustry committees working on Smart Grids suchas CIGRE, IEC, EPRI and ENTSOe and contributes toseveral expert advisory taskforces to the EuropeanCommission , the International Energy Agency(IEA), and several university consortium includingthe University College Dublin , in the areas ofGeneration, Smart Grid and Storage applications.He recently co authored a white paper on SmartGrids standards convergence published throughthe CIMUsergroup as well as on Smart Cities to theWorld Energy Conference.

Laurent Schmitt

Topic: First returns on experience on SmartGridsinternational demonstrations: from renewableintegration to Smart eco cities management

Affiliation: Alstom Grid,Vice President for Smart Grid Solutions


Dr Mark Osborne

Topic: Making Transmission Smarter

Affiliation: National Grid, Future Strategy Team

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Poster Session 6Efficiency and asset management (13:15 – 14:30 Exchange Hall)

ID 166: Distributed Power Management System ofVirtual Power PlantsHicham Fakham | Frederic Colas | Xavier Guillaud

ID 223: Evaluating the impact of electricity-basedvehicle penetration on transformer loss of lifePia Grahn | Johanna Rosenlind | Patrik Hilber |Lennart Söder

ID 235: Remote Condition Monitoring of a PVSystem Using an Embedded Web ServerMuhammed Naeem | Nader Anani,Muhammed Shahid | Joao Ponciano

ID 236: Technical Condition Asset Management ofPower TransformersGerards Gavrilovs

ID 268: Trending and Condition Monitoring ofWind Turbine SCADA DataShane Ryan

ID 287: Towards an Integrated Approach to EnergyEfficiency: Drivers and EnablersSimon Le Blond | Tim Lewis | Mahesh Sooriyabara

ID 11: State of the art and lessons learnt from thecost-benefit analysis methods of distributedresources integration in EuropeFlorent Chiappini

ID 35: Super-Junction Trench MOSFETs forImproved Energy Conversion EfficiencyOlayiwola Alatise | Nii-Adotei Parker-Allotry |Michael Jennings | Phil Mawby | George Petkos

ID 84: Field Validation of Smart Energy SavingFeatures in a GSM NetworkLuis Anaya | David Valerdi | Lezhan Lin |Wenbo Xie | Miguel Torres

ID 95: Analyzing Fundamental Aggregationfunctions in Power SystemsClaes Sandels | Kun Zhu | Nicholas Honeth |Arshad Salam | Lars Nordström

ID 151: Aggregation of small-scale active resourcesfor smart grid managementAntti Koto | Shengye Lu | Turo Valavaara |Antti Rautiainen | Sami Repo

ID 163: A Smart Energy System: DistributedResource Management, Control and OptimizationYong Ding | Christian Decker | Iana Vassileva |Fredrik Wallin | Michael Beigl

Panel Session 5a Matt Wakefield (14:35 – 16:05 Exchange Auditorium)

DER. Operations experience, integration issues,benefits analysis, and lessons learned will revealthe full range of standards and interoperabilityrequirements needed to support the industry. Gapsrevealed will identify critical areas of future smartgrid research.

This panel session will provide an overview of thisinitiative with twenty three electric utility memberssharing initial project results and research strategythrough 2014. In addition, individual presentationsfrom United States Electric utilities such asSouthern Company and Smart Grid ModellingResults from American Electric Power’sDemonstration will provide examples of activities,objectives and preliminary results followed by aQ&A forum to interact with the audience.

Chair Affiliation: EPRI, Senior Program Manager

Topic: Smart Grid Demonstration Collaboration inthe United States and Internationally

Abstract: The Electric Power Research Institute(EPRI) Smart Grid Demonstration Initiative is aseven-year international collaborativedemonstrating the integration of DistributedEnergy Resources (DER) including include demandresponse, storage, distributed generation, andrenewable generation in large scale demonstrationprojects. The initiatives goals are to advancewidespread, efficient, and cost-effectivedeployment of utility and customer-sidetechnologies in the distribution system and toenhance overall power system operations. LargeScale host-site projects apply EPRI’s IntelliGridmethodology to define requirements fortechnologies, communication, information, andcontrol infrastructures that support integration of

Panel Session 5b Dr Avnaesh A. Jayantilal (14:35 – 16:05 Exchange Room 1)

emerging smart grid from real-time operationspoint of view. The participants will have anopportunity to engage in an active dialog ofchallenges and solutions for achievingimprovements 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 DistributionManagement System in the French Network

Chair Affiliation: Alstom Grid, Activity Manager

Topic: Emerging Distribution ManagementTechnologies I

Abstract: Smart Grid is being driven by a newparadigm of enabling active consumer partici-pation in electric grid management through theadoption of Distributed Energy Resources (electricvehicles, energy storage, demand response anddistributed generation). DER will bring a new levelof complexity and benefits to the management ofelectric distribution grid, and will require enhancedsolutions and devices to operate DER in a real-timeenvironment. This panel will focus on theimprovements in Distribution Management Systemoperations incorporating advanced technologicalsolutions for the emerging Smart Grid. The primaryobjective of this panel is to present the state-of-the-art and the vision for the future of the

Panel Session 5 (14:35 – 16:05)

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Panel Session 5c Prof Janusz Bialek (14:35 – 16:05 Exchange Room 2)

• 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

Topic: Dispatch, Corrective Control and Smart Grids

Abstract: Currently the dominant mode ofoperational control by Transmission SystemOperators is based on preventive control. Thepreventive control usually utilises a reliabilitycriterion, (N-1) or similar, which states that thesystem should withstand on its own a specified setof contingencies. That operating paradigm can nolonger be continued if a significant portion of thegenerating resources feeding the grid is fromrenewables. If, for example, 30-50% of thegeneration is supplied from renewable resources,whose outputs are stochastic, meeting of currentreliability criterion would require huge reserve.

This session will explore possibilities for changingthe traditionally preventive dispatch paradigm byutilising Smart Grids capabilities. The issuesexplored in the session will include the following items:

Panel Session 5d Prof Nikolai Voropai (14:35 – 16:05 Exchange Room 3)

Speakers:

Yu.I. Morzin | N.I. Voropai (Russia)Smart Grid Concept for Unified National ElectricalNetwork of Russia.

Yu.I. Morzin | N.I. Voropai | S.N. Vasiliev | I.B. Yadykin | D.N.Efimov (Russia)Intelligent Operating and Emergency ControlTechnologies in Russia

Yu.I. Morzin | N.I. Voropai | S.N. Vasiliev | I.B. Yadykin | D.N.Efimov (Russia)Innovative Smart Grid Technologies in ElectricPower 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 andProjects of Smart Grid Technologies in Russia – an Overview.

Chair Affiliation: Russian Academy of Sciences, Professor

Topic: Smart grid technologies development inRussia and neighboring countries

Abstract: In the last decades the Smart Gridconcept has been discussed and developed indifferent countries as a technological platform forthe future electric power industry. Smart Gridtechnologies include innovative power equipment,new measurement, communication and controltools, as well as advanced information andcomputer technologies, which enable us toenhance the efficiency of generation, transmission,distribution and delivery of electricity, and ensurecontrollability, stability and security of electricpower systems.

The studies and implementation of the Smart Gridtechnologies are underway in Russia andneighboring countries. The following paperspresent the current state and possibledevelopment of the Smart Grid concept andtechnologies in Russia, Ukraine and Azerbaijan.

Panel Session 5e Mr Francisc Zavoda (14:35 – 16:05 Exchange Room 4)

Despite the fact that more performing models ofPQ monitors are available on the market andnetwork operators show more will to assess the PQlevel, there is a lack of knowledge and agreementon a number of aspects of the monitoring process.

This Panel Session will address some applicationaspects 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

Topic: Smart grids and PQ Monitoring

Abstract: : Continuous advances and falling pricesin technologies such as monitoring equipment,communication, data storage and processing, etc.facilitated and triggered the next major step in theevolution of power systems, from traditionalnetwork to “Smart Grid”.

The “Smart Grid” concept is based on anincreased amount of network, equipment andpower quality monitoring. The informationobtained by monitoring voltages and currentshelps the network operator to assess his networkperformance as a whole and at individuallocations. This kind of information is also requiredby regulatory agencies.

Changes in type of loads connected to the gridand the proliferation of non-conventional loadsput additional pressure on network operators tomonitor and documents network performance.

ID 64: Coordinated Control of Two PhaseImbalanced Hybrid Series Capacitive Compensation Schemes for Damping Power System OscillationsIrfan Unal | Sushan Pan | Sherif Faried

ID 121: Investigating the Impact of Demand SideManagement on Residential CustomersNing Zhang | Daniel S Kirschen | Luis F Ochoa

ID 309: Facilitating the Implementation ofInnovative Technologies for a Smart(er) Future GridKonstantinos Kopsidas


ID 32: Three-phase Distribution OPF in SmartGrids: Optimality versus Computational BurdenSumit Paudyal | Claudio Cañizares | KankarBhattacharya

ID 57: Overload and overvoltage in low-voltageand medium-voltage networks due to renewableenergy – some illustrative case studiesMath Bollen | Nicholas Etherden

ID 245: Performance assessment of IEC 61850-9-2based protection scheme for a 400kV transmissionsystem mesh cornerAn Wen | Terry Brennan | Dave Brogden, RayChatfield | Craig McTaggart

Oral Session 5 (14:35 – 16.05)

Oral 5a: AC/DC T&D (14:35 – 16.05 Exchange Room 5)

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ID 118: Optimal Microgrid Operation with Electric VehiclesMiguel Angel Lopez Perez | Sebastian MartinRivas | Jose Antonio Aguado Sanchez |Sebastian de la Torre Fazio

ID 60: Electric Vehicle Requirements for Operationin Smart Grids

Francesco Marra | Dario Sacchetti | ChrestenTræholt | Esben Larsen

ID 144: Development and Operation of VirtualPower Plant System

Khalil El Bakari | Wil Kling


ID 244: Power Scheduling in a Virtual Power Plant

Davide Aloini | Emanuele Crisostomi | MarcoRaugi | Rocco Rizzo

ID 272: A Multi-Objective Evaluation of the Impactof the Distributed Generation Penetration

Rnan Silva Maciel | Antonio Padilha-Feltrin,Mauro Augusto da Rosa | Vladimiro Miranda

ID 204: Models of Distributed Energy ResourcesMarkets in Distribution Grid OperationsJayant Kumar | Avnaesh Jayantilal

Oral 5b: VPP / DER / Microgrid (14:35 – 16.05 Exchange Room 6)

ID 248: A Novel Control Strategy for the DoublyFed Induction Generators to Improve Grid Fault Ride-Through CapabilityS.Q. Bu | W. Du | H.F. Wang | Z. Chen | H. F. Li

ID 96: Vector control strategy for small-scale grid-connected PMSG wind turbine converterChunxue Wen | Guojie Lu | Peng Wang |Zhengxi Li | Xiongwei Liu

ID 114: An integrated approach to optimization ofenergy supply mix in smart buildingsTokhir Gafurov | Belén Téllez | Milan Prodanovic


ID 19: Control of DFIG for wind energy in anetwork context: a new formulation and interpretation of the control specificationsMouna Bejaoui | Bogdan Marinescu | IlhemSlama Belkhodja | Eric Monmasson

ID 25: Probabilistic Load Flow using LatinHypercube Sampling with Dependence for

Distribution NetworksJun Cao | W. DU | H.F. Wang

ID 239: Grid Connected PVs and Wind Turbinewith a Wide Range of Reactive Power Control and Active Filter CapabilityEssam Hussain | Chris Bingham | David Stone

Oral 5c: Renewables Integration (14:35 – 16.05 Exchange Room 7)

Poster Session 7Voltage control, model validation and practical applications (14:35 – 16:05 Exchange Auditorium)

ID 87: The ability of a Dutch LV network toincorporate high penetration level of μ-CHPsconsidering network topology and units control strategyDimitrios Kamperis | G. M. A. Vanalme | W. L. Kling

ID 174: Turkish Power System: From conventionalpast to smart futureSitki Güner | Aydoğan Özdemir

ID 175: Microgrid research and development at Centre for Alternative TechnologyJaise Kuriakose

ID 177: Analysis of frequent episodes in sequencesof incidences in power distribution systemsOscar Quiroga | Joaquim Meléndez | Sergio Herraiz | Alvaro Ferreira | Alfredo Muñoz

ID 203: Towards Smarter Grids for MediterraneanDeveloping Countries: Lessons Learnt andRoadmapsWalid El-Khattam | Hafez El-Salmawy | Marwa Mostafa

ID 302: New Technologies for Low Voltage Distribution NetworksBen Brewin | Samuel Jupe | Marc Bartlett |Katherine Jackson | Clare Hanmer

ID 318: Distributed Static Series Compensation for Distribution Network Line Voltage Profile ImprovementAfshin Pashaei | Bashar Zahawi | Damian Giaouris

ID 7: Investigation of Smart Grid Topologies UsingPilot Installations Experimental ResultsDimitrios Stimoniaris | Dimitrios Tsiamitros |Nikolaos Poulakis | Theodoros Kottas |Vasileios Kikis

ID 20: Emergency Voltage Control withDecentralized GenerationJohan Fredrik Baalbergen | Vasileios Karapanos| Madeleine Gibescu | Lou van der Sluis

ID 38: Tapping power from a microgrid based on a BtB converterAbnery Ortiz, Waldemar Sulkowski

ID 42: Support Vector Machines for an efficientRepresentation of Voltage Band ConstraintsSebastian Lehnhoff, Olav Krause

ID 66: Smart Grid: A New Way of ReceivingPrimary Information on Electric Power System StateKonstanin Suslov, Nafisa Solonina

ID 79: Decentralised voltage regulation in smartgrids using reactive power from renewable DGAnna Rita Di Fazio | Giuseppe Fusco | Mario Russo

ID 80: Increasing the Available TransmissionCapacity by using a Dynamic Transient Stability LimitSong Guo, Sean Norris, Janusz Bialek,Douglas Wilson

ID 85: Use Case Analysis of Real-Time LowVoltage Network ManagementSami Repo | Davide Della Giustina | Guilermo Ravera | Lucio Cremaschini | Stefano Zanini

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Panel Session 6a Prof Carlo Alberto Nucci and Prof. Joao Pecas Lopes (16:30 – 18:00 Exchange Auditorium)

Prof. Mario Paolone EPFL, Lausanne, Switzerland.On the Measurement of Synchrophasors in ActiveDistribution 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

Topic: From renewables to electric vehiclestowards the SMART GRID, the electric power ofthe future network

Abstract: Text to follow

Speakers:

Prof. Carlo Alberto Nucci University of Bologna,Italy. Energy consumptions and needs relevant toelectricity production, with special reference torenewables and their integration into the smart grid.

Dr. Thilo Krause ETH Zurich, SwitzerlandAn Energy Hub Perspective on Smart Grids –in cooperation with Matthias Galus and GöranAndersson

Prof. Joao Pecas Lopes INESC PortoSmart Metering and Electric Mobility.

Prof. Stefano Massucco University of Genova,Italy. Study, development and validation ofinnovative methods and tools for active distribution networks management withrenewable energy sources.

Panel Session 6b Dr Avnaesh Jayantilal (16:30 – 18:00 Exchange Room 1)

challenges and solutions for achievingimprovements 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 PlayIntegration of Renewable Generation

Chair Affiliation: Alstom Grid, Activity Manager

Topic: Emerging Distribution ManagementTechnologies II

Abstract: Smart Grid is being driven by a newparadigm of enabling active consumer partici-pation in electric grid management through theadoption of Distributed Energy Resources (electricvehicles, energy storage, demand response anddistributed generation). DER will bring a new levelof complexity and benefits to the management ofelectric distribution grid, and will require enhancedsolutions and devices to operate DER in a real-timeenvironment. This panel will focus on theimprovements in Distribution Management Systemoperations incorporating advanced technologicalsolutions for the emerging Smart Grid. The primaryobjective of this panel is to present the state-of-the-art and the vision for the future of theemerging smart grid from real-time operationspoint of view. The participants will have anopportunity to engage in an active dialog of

Panel Session 6 (16:30-18:00) Panel Session 6cMiroslav Lutovac (16:30 – 18:00 Exchange Room 2)

Mr. Sasa Tosic Electricity Distribution Company “Jugoistok”, Nis, Serbia.Deployment of Smart Meters and Introduction ofAMR System in South Eastern Serbia.

Mr. Velimir Strugar Montenegrin Electric Enterprise AD Niksic.The Project for Metering System Improvement inMontenegro,

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 ShiljkutElectricity Distribution Company “Elektrodistribucija Beograd”, Belgrade, Serbia.Recording Load Profiles in Typical ConsumptionAreas by Remote Metering System,

The Panel Vice-Chairmen:

Mr. Radovan Stanic Dipl.Ing.El.Assistant Manager of Head Department forElectricity Distribution Electric Power Industry ofSerbia.

Dr. Aca Markovic Dipl.Ing.El.President of Managing Board of Electric PowerIndustry of Serbia.

Chair Affiliation: Electric Power Industry ofSerbia, Manager of Head Department for Strategyand Investment in Electricity Distribution

Topic: Deployment of Smart Meters – South European Experience

Abstract: During this panel several presentationswill be held, conducted by experts from electricitydistribution utilities from South Europeancountries. The current situation and reached levelsin smart meters deployment in local and nationalelectricity distribution networks will be presented.Motives for introduction of smart meteringsystems, some peculiarities and experiences in their development and operation will be described,too. In South Europe, the major reason for smartmeters deployment and development of systemsfor their remote reading is electricity theft, whichleads to unacceptable level of commercial andnon-technical power losses. Hence, the primarygoal of smart metering introduction and operationis to reduce them. However, the panel’s participantswill be informed also about plans for futuredevelopment and use of these systems in gridswith distributed generation, for demand loadmanagement, characteristic load charts recordingand aggregation, load forecast methodologiesimprovement, optimal network planning etc.

Speakers:

Mr. Srdjan Milosevic | Mr. Dusan Vukotic,Electricity Distribution Company “Elektrodistribucija Beograd”, Serbia.Deployment of Smart Meters and Introduction ofAMR System in Belgrade.

Mr. Boris Holik, Mr. Zeljko PopovicElectricity Distribution Company “Elektrovojvodina”, Novi Sad, Serbia.Deployment of Smart Meters and Introduction of AMR System in “Elektrovojvodina”.

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Panel Session 6dDr Douglas Wilson (16:30 – 18:00 Exchange Room 3)

dynamic characteristics have been available forseveral years, and this provides a detailed system-wide view of the dynamic behaviour of power systems.

This session will focus on observed dynamicbehaviour of different power systems, includingoscillations, transient dynamics and system disturbances, and will deal with the practicalproblems faced and solutions to address them.

Chair Affiliation: Psymetrix | CTO

Topic: Supervision, Management and Control of Power System Dynamics using WAMS – a Practical Perspective

Abstract: Dynamic phenomena have practicalimplications on power system performance interms of the system security and effective use of network assets. In balancing the needs ofsecurity and optimisation, detailed knowledge of the dynamic behaviour of the power system is important. Phasor-based wide area monitoringand the tools to extract and analyse power system

Panel Session 6eDr Leslie Bryans (16:30 – 18:00 Exchange Room 4)

of industry structure to manage this complexenvironment and whether adequate technical toolsexist which can inform planners and real timedecision makers. Although technological developmentis taking place, are we heading into complexitymanagement with our eyes open or shut? It isexpected that a lively discussion will take place.

Speakers:

Leslie Bryans (NIE),

Alan Kennedy (SONI),

Raymond Skillen (SONI)

Chair Affiliation: SONI

Topic: Stretching the Network

Abstract: With growing volumes of embeddedgeneration and restrictions on networkdevelopment, there is pressure to find creativeapproaches to increasing the capacity and loadfactor at all levels on networks.

This session will identify some of the techniquesemployed and the pitfalls of such schemes. Inparticular, the Chairman will identify some of thetechnical solutions being applied and these will beexpanded further by speakers. At a system level,the TSOs face many technical challenges in orderto facilitate and manage these new systems. TheChairman will also pose questions about the ability

ID 290: Distributed Generation and localvoltage regulation: an approach based onsensitivity analysisVito Calderaro | Vincenzo Galdi | Giovanni Massa | Antonio Piccolo

ID 34: A Frequency-stabilizing Scheme forIntegrating Photovoltaics into a Small Island GridKoji Yamashita | Orie Sakamoto | Yoshihiro Kitauchi | Toshiya Nanahara | Toshio Inoue

ID 192: A Prediction Based Demand ResponseAlgorithm using Dynamic PricingSaraansh Dave | Mahesh Sooriyabandara |Luyang Zhang


ID 278: Stochastic Evaluation of Maximum WindTurbine Capacity in a Radial Distribution NetworkPeiyuan Chen | Birgitte Bak-Jensen | Zhe Chen

ID 73: Electrical balancing potential in residential installationsKorneel Verleden | Bart Verhelst | Jan Desmet |Lieven Vandevelde

ID 137: Three-level Neutral Point Clamped InverterInterface for Flow Battery/Supercapacitor EnergyStorage System used for MicrogridsIonel Vechiu | Aitor Etxeberria | Haritza Camblong | Jean-Michel Vinassa

Oral Session 6 (16.30 – 18.00)

Oral 6a: Renewables Integration (16:30 – 18.00 Exchange Room 5)

ID 225: Reduced Stacked Multicell Converter withMinimized Stored Energy of Flying CapacitorsSeyed Hossein Hosseini | Meisam Sadeghi |Amin Nazarloo

ID 185: 3D Packaging Technology IncorporatedPower Conversion Module for AutomotiveDistributed Energy Resource ApplicationM Jin | X Fu

ID 210: Contribution of PMSG based Micro WindGeneration Systems to Provide Voltage Control inLow Voltage NetworksJustino Rodrigues | Fernanda Resende | Carlos Moreira


ID 227: Grid-Connected Three-Input PV/FC/BatteryPower Converter with Active Power Filter Capability

Seyed Hossein Hosseini | Farzam Nejabatkhah| Saeed Danyali | Seyed Abdol Khalegh |Mozaffari Niapour

ID 108: Conduction and Switching LossComparison Between an IGBT/Si-PiN Diode Pairand 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 inpower systems involving advanced HVDC networksEmanuele Ciapessoni | Diego Cirio | Stefano Massucco | Andrea Pitto | Federico Silvestro

Oral 6b: Power Electronics (16:30 – 18.00 Exchange Room 6)

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ID 134: Optimal load management for a residentialdistribution system in Sweden with electric heating and PEVsDavid Steen | Salem Al-Yami | Le Anh Tuan |Ola Carlson | Lina Bertling

ID 301: Multi-Temporal Risk Minimization Of Adaptive Load Management In Electricity Spot MarketsJhi-Young Joo | Marija Ilic

ID 212: On the impacts of Plug-in Hybrid ElectricVehicle Penetration on Power MarketsZhi Zhou | Jianhui Wang | Audun Botterud


ID 167: Hybrid Intelligent Method of RelevantVector Machine and Regression Tree forProbabilistic Load ForecastingHiroyuki Mori | Akira Takahashi

ID 262: Load forecasting for active distributionnetworksSimone Paoletti | Marco Casini | Antonio Giannitrapani | Angelo Facchini |Andrea Garulli

ID 250: Probabilistic analysis of voltage bandsstressed by electric mobilityAlexander Probst | Martin Braun | Jürgen Backes | Stefan Tenbohlen

Oral 6c: Load Forecasting and Demand Management (16:30 – 18:00 Exchange Room 7)

Poster Session 8Electric vehicles and advanced modelling techniques (16:30 – 18:00 Exchange Hall)

ID 198: New Paradigm of Smart TransmissionSubstation – Practical Experience with Ethernet Based Fiber Optic Switchyard at 500 KilovoltsMaciej Goraj | Roger Moore

ID 238: Extension of Test System for DistributionSystem Reliability Analysis with Integration ofElectric Vehicles in Distribution SystemPramod Bangalore | Lina Bertling

ID 241: The Smart Grid’s Self-Healing: DynamicalHierarchical Criticality Matrixes-Based AnalysisVyacheslav Kharchenko | Eugene Brezhnev |Artem Boyarchuk

ID 247: A New Bi-Directional Charger for Vehicle-to-Grid IntegrationRicardo Ferreira | Miguel Miranda | Rui Araújo |João Lopes

ID 271: Integrating the Electrical Vehicles in theSmart Grid through Unbundled Smart Meteringand multi-objective Virtual Power Plants Mihai Sanduleac | Mircea Eremia | Lucian Toma| Paul Nicolae Borza

ID 273: Serving Solar Variations with ConsumptionControl of Smart Appliances and Electric VehiclesAnett Schuelke | Kellie Erickson

ID 291: Interfacing Multi-agent systems in real-time control of active distribution networksArshad Saleem | Nicholas Honeth | Rune Gustavsson | Lars Nordström

ID 10: A Novel Graph Theoretical Approach inPower System RestorationFredrik Edström | Lennart Söder

ID 63: Fast Search for Transmission Section Basedon Power Component of LineLinyan Cheng | Baohui Zhang | Guanghui Li |Jin Wang | Zhiqian Bo

ID 83: Case study of the effects of electric vehiclecharging on grid loads in an urban areaVille Tikka | Jukka Lassila | Juha Haakana |Jarmo Partanen

ID 101: Agent-Based Power Routing in ActiveDistribution NetworksPhuong Nguyen | Wil Kling | Paulo Ribeiro

ID 106: Plug-in vehicles for Smart Grids: What canand cannot be done with existing technologyEmily Parry | Miles Redfern

ID 187: Decentralized, Agent-Mediated Participationof Electric Vehicles in Electricity MarketsDimitrios Papadaskalopoulos | Goran Strbac

ID 188: Impact Study of Electric Vehicle (EV) GridIntegration on Medium Voltage GridsQiuwei Wu | Arne Hejde Nielsen | Jacob Østergaard | Seung Tae Cha | Yi Ding

ID 197: Electric Vehicle (EV) ChargingManagement with Dynamic Distribution System TariffsNiamh O'Connell | Qiuwei Wu | Jacob Østergaard | Arne Hejde Nielsen | Seung Tae Cha

The poster competition results will be announcedalong with closing words from Prof. JovicaMilanovic the Conference General Chair, with a look to ISGT Europe 2012.

This session is open to all conference attendeesincluding delegates, exhibitors, and conferencevolunteers.

Closing Session (18:00 – 18:15) Exchange Auditorium

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EXHIBITION FLOOR PLAN EXHIBITION LISTING

66

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. 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

J3483-ISGT Conference programme 2011_Layout 1 28/11/2011 10:26 Page 66

A. Eberle GmbH & Co. KG 23

A. Eberle GmbH & Co. KG Aalener Straße 30/32D-90441 Nürnberg+49 (0) 911 / 62 81 [email protected]

A. Eberle GmbH & Co. KG, founded in 1980, is a market leader in developing andmanufacturing products for the electricity industry.

The company’s mission is to solve measuring, control, and recording applicationsaround substations with power transformer. Thus more than 50% of staffs arequalified 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

4RF Communications Ltd 30

Lake View Drive, Sherwood ParkNottingham, NG15 0DA +44 7768 [email protected]

Operating in more than 120 countries, 4RF provides radio communicationsequipment for utility, oil and gas and other private network applications.Combining a standards-based approach with excellent RF performance, superiorreliability and ease of use, 4RF develops best-in-class wireless products. The AprisaSR smart point-to-multipoint radio provides secure communications for monitoringand control. The Aprisa XE point-to-point microwave link provides long distance,carrier-class communications, ideal for rural and remote locations. All 4RF productsoperate in licensed spectrum bands, support both serial and IP traffic, and areoptimised for robust, long term performance in temperature extremes and harsh environments.

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EXHIBITORS INFORMATION

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Alstom Grid 26 & 27

Alstom GridSt Leonards Avenue, Stafford ST17 4LX+44 (0) 1785 [email protected]

Alstom Grid has over 100 years of expertise in electrical grids. Whether for utilitiesor electro-intensive industries or facilitating the trading of energy, Alstom Gridbrings power to its customers’ projects. Alstom Grid ranks among the top 3 inelectrical transmission sector with an annual sales turnover of more than €4billion. It has 20,000 employees and over 90 manufacturing and engineering sitesworldwide. At the heart of the development of Smart Grid, Alstom Grid offersproducts, services and integrated energy management solutions across the fullenergy value chain—from power generation, through transmission and distributiongrids and to the large end user.

EA Technology Ltd 29

EA Technology LtdCapenhurst Technology Park,Capenhurst, Chester, CH1 6ES.0151 347 [email protected]

EA Technology is an independent, employee-owned company based in Chester,and is the UK’s pre-eminent organisation for the provision of authoritative adviceand technical support services in relation to New Energy Technologies. Thisencompasses Demand Side Response; Electrical and Thermal Energy Storagesystems; Fuel Cell and Hydrogen systems; Laboratory, Test House and ResidentialField Trials; Low Carbon Technologies Assessment; and realisation of the SmartGrid of the future. EA Technology’s knowledge, experience and network ofcontacts extends throughout the electrical industry from Generation, Distributionand Supply, through Government agencies (both UK and International) andTechnology Innovators to Academia and customer-user groups. It has bothsignificant practical experience of demonstration projects together with theassociated knowledge of safety and regulatory implications.

GE Digital Energy 13

GE Digital Energy Av. Pinoa, 1048170 Zamudio, Spain.+34 94 485 [email protected]

Digital Energy is a global leader in innovative technology solutions for a 21stcentury electric grid. Our solutions enable greener more distributed generation,efficient and reliable energy delivery, productive utility operations, and informedand empowered consumers. We strive to become the most profitable businessamong our global competitors by aggressively investing in technology and people while driving for best in class supply chain, services and commercialcapabilities. Digital Energy attracts great talent by offering a contemporary work environment, challenging assignments and unlimited potential for personal and professional growth.

Electricity North West 28 & 21

Electricity North West304 Bridgewater Place,Birchwood Park, Warrington,Cheshire, WA3 6XG.+44 (0) 1925 [email protected]

Electricity North West owns, operates and maintains the North West’s electricitydistribution network, connecting 2.4 million properties, and more than 5 millionpeople in the region to the National Grid.

We’re a major employer in the region, and have one of the most reliable networksin the UK, operating at 99.99% reliability.

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.

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HEADING

70

GRID

ALSTOM GRID

www.alstom.com

THE REFERENCE IN

GRID PERFORMANCE

HVPD 3

High Voltage Partial Discharge Ltd.Empress Business Centre, 380 Chester Road,Manchester, UK, M16 9EA.+44 (0) 161 877 [email protected]

High Voltage Partial Discharge Ltd (HVPD) are experts in the field of PartialDischarge (PD) test and monitoring technology for in-service medium and highvoltage plant. Our PD test and monitoring technologies are used by our clients forinsulation 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.

HVPD provide a complete range of PD test services and asset management adviceto our electricity generation, utility, industrial global customer base.

Committed to innovation

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

IEEE Media Recruitment Services 6

IEEE Media Recruitment Services Three Park Avenue, 17th Floor, New York, NY 10016.+1 212 705 8939 [email protected]/jobs

IEEE Media Recruitment Services enables employers to find the most qualifiedcandidates for their company, and make job offers to these technology expertsbefore their competitors know about them. Employers gain immediate access to the largest audience of engineers and business leaders in the technologymarketplace 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 useIEEE Media Recruitment Services to reach the world’s top engineers in every sector– from communications to defense, from computers to transportation.

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IEEE Smart Grid Initiative 17

IEEE Smart Grid Initiative445 Hoes Lanes, Piscataway, NJ 08854+1 [email protected]

The IEEE Smart Grid Initiative supports IEEE activities guiding modernization of the electrical power system typified by increased use of communications andinformation technology in the generation, delivery and consumption of electricalenergy. Because IEEE touches virtually every aspect of Smart Grid, the IEEE SmartGrid Initiative is one of the very few efforts able to delivers the diversity of globalexpertise, information, resources, standards and the vision necessary to realize theSmart Grid’s full potential. The IEEE Smart Grid Web Portal disseminates unbiasedknowledge from IEEE Smart Grid experts and the monthly IEEE Smart GridNewsletter covers timely developments.

IEEE Power & Energy Society 16

IEEE Power & Energy Society445 Hoes Lane Piscataway, NJ USA 08854+ 1 732 562 [email protected]

The IEEE Power & Energy Society (PES), established leader of the Smart Gridcommunity 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 ofscientific information on electric power and energy for the betterment of societyand the preferred professional development source for our members.

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Joint Research Project: 18IEC 61850 process bus protection system

Alstom Grid: Ray Chatfield, [email protected]

National Grid: Wen An, [email protected]

Scottish Power: Craig McTaggart, [email protected]

Scottish and Southern: Energy Martin Lee, [email protected]

University of Bath: Miles Redfern, [email protected]

The University of Manchester: Peter Crossley, [email protected]

The use of process-bus technology, designed in accordance with the IEC61850standard, introduces new opportunities for protection and control. However, beforethe technology can be deployed, adequate tests are required to confirm that use ofthe process bus does not have a detrimental impact on the operating performance offuture protection and control equipment. This exhibition stand will provide updateson a joint research project which addresses the above issue involving Alstom Grid,National Grid, Scottish Power, Scottish & Southern Energy, University of Bath and theUniversity of Manchester, with test equipment on display. The project willinvestigate how the use of the process bus affects the design of a protection schemesuitable for the mesh-corner of a transmission substation.

Manchester Energy 5

Manchester EnergyThe University of Manchester, Oxford Road, Manchester, M13 9PL, UK [email protected]

The supply of energy to a growing worldwide population is a significant globalchallenge. Manchester Energy has been created by the University to respond to thischallenge, and to increase the impact of our research and educational activities. Itcoordinates the diverse range of expertise and provides a forum for engagementwith stakeholders from business and the public sector. Across the University, morethan 200 academics work on research projects relating to energy. Our researchportfolio covers a wide range of topics including energy sources, generationtechnologies, transportation of energy and consumption.

Megger Limited 1

Megger LimitedArchcliffe Road, Dover, CT17 9EN, UK01304 [email protected]

Megger manufactures test equipment for real-world environments, for use in the field.

Our rugged, user friendly test equipment is used to test the insulation of electricalequipment and cables, integrity of joints and contacts, the condition of powertransformers, standby batteries, communications infrastructure and themeasurement of earth electrode resistance.

Megger equipment will test the operation of protection systems, CTs, relays andcircuit breakers with comprehensive result analysis software.

Inventor of the insulation tester back in the 1890s, Megger is one of the industry’sbest known and trusted brands

Delivering smarter gridswith greater intelligence

INTERNATIONAL CONSULTANTS, DESIGNERS, ENGINEERS, PROGRAMME AND CONSTRUCTION MANAGERS

Contact Katherine [email protected]

www.pbworld.com

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.

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Nortech Management Ltd 4

Nortech Management LtdUnit 2, Deer Park Business Centre, Woollas Hill, Eckington, Pershore, WR10 3DN, UK.+44 (0)8700 111992 [email protected] www.nortechonline.co.uk

Nortech specialise in providing remote site monitoring solutions tailored toindividual applications and projects. We work closely with network engineers toprovide economical systems for collecting and moving data from source (out onthe network), transforming it into useful information for interpretation byengineers and expert systems.

Our iHost Platform enables utilities to accept data, display, interpret, collate anddistribute network information economically. iHost provides the simplest way toget network data into your IT systems and in front of network engineers.

OMICRON Electronics UK Ltd 24

OMICRON Electronics UK Ltd

Unit 9, Marconi Gate, Staffordshire Technology Park, Beaconside, Stafford ST18 0FZ.+44 1785 251 [email protected]

OMICRON is an international company serving the electrical power industry withinnovative testing and diagnostic solutions.The application of OMICRON productsprovides users with the highest level of confidence in the condition assessment ofprimary and secondary equipment on their systems. Services offered in the area ofconsulting, commissioning, testing, diagnosis, and training make the productrange complete.

Customers in more than 140 countries rely on the company's ability to supplyleading edge technology of excellent quality. Broad application knowledge andextraordinary customer support provided by offices in North America, Europe,South and East Asia and the Middle East, together with a worldwide network ofdistributors and representatives, make the company a market leader in its sector.

MIDAS 20

MIDASWarren Bruce Court, Warren Bruce Road, Trafford Park, Manchester, M17 1LB, UK0161 875 [email protected]

MIDAS is dedicated to helping overseas and UK companies establish and growtheir business in Manchester, UK. We drive the global business marketing ofManchester 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.

We would like to meet with companies at this exhibition who are interested indeveloping their business in the UK.

RTDS Technologies Inc. 10

RTDS Technologies Inc.100-150 Innovation DriveWinnipeg, MB R3T 2E1 CANADA+1 204 989 [email protected] www.rtds.com

RTDS Technologies Inc. is the industry standard for real time digital power systemsimulators with more than 200 installations in 31 countries worldwide. Electricpower utilities, equipment manufacturers, research institutes and universitiesaround the world use the RTDS Simulator for power system studies and closedloop testing of protection and control equipment. We are committed to ourcustomers 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.

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Parsons Brinckerhoff 8 & 9

Parsons BrinckerhoffManchester Technology Centre, Oxford Road, Manchester M1 7ED, UK0161 200 5205 [email protected] www.pbworld.com

Parsons Brinckerhoff is a global leader in developing and operating infrastructurearound the world. Parsons Brinckerhoff facilitates and delivers award-winninginnovative projects across the Smart Grids sector. Recent activities include:

• 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 distributionnetwork operators and advising the European Union on its sponsorship of Smart Grid projects.

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Outram Research Ltd 19

Outram Research LtdHaining House, Taylors Lane,Bosham, West Sussex, PO18 8QQ, UK+44 (0) 1243 [email protected]

We specialise in the design and manufacture of high quality, high specificationpower quality monitoring and troubleshooting equipment to meet even the mostexacting requirements.

Used in products worldwide, our Single-Cycle Adaptive Store and Auto-RankingWaveform Capture techniques capture more detailed, more easily analysedinformation, 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.

Visit us to discuss fault level prediction, power quality monitoring and any otherpower quality issues you have.

Opal-RT Europe 7

Opal-RT EuropeParc d’affaires SILIC, 1 rue traversière,94150 Rungis, France+33 (0)1 41 73 08 29,[email protected]

Opal-RT Europe is a company that conceives and distributes innovative ITsimulation solutions dedicated to industries and research laboratories.

These real-time simulation solutions are used to develop and test complex systemsrequiring electronic control.

OPAL-RT is the world leader in the development of PC/FPGA Based Real-TimeDigital Simulator, Hardware-In-the-Loop (HIL) testing equipment and Rapid ControlPrototyping (RCP) systems to design, test and optimize control and protectionsystems used in power grids, power electronics, motor drives, automotive industry,trains, aircrafts and various industries, as well as R&D centers and universities.

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Siemens 11 & 12

Siemens plcPrincess Road, Princess ParkwayManchester M20 2UR, United Kingdom+44 1614 [email protected]/energy

Innovative Smart Grid technologies and services from Siemens in the fields ofInfrastructure and Cities. For all our customers we provide the complete rangefrom products, solutions and services for protection, automation, planning, control,monitoring and diagnostics of grid infrastructure as well as products, completeturnkey solutions and services for rail electrification.

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.

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S&C Electric Europe Ltd. 22

S&C Electric Europe Ltd.Princess House, Princess Way Swansea SA1 3LW 01792455070, Ext. 8212 [email protected] 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 energystorage through to IntelliRupter Pulse Closer and its IntelliTEAM automationsoftware. Stop by our stand to meet our experts to discuss your needs.

RuggedCom Inc. 25

RuggedCom Inc. INFOLAB21 (KBC), Lancaster UniversityLancaster, LA1 4WA, UK+44 1524 [email protected]

RuggedCom is a leading provider of rugged communications solutions designed for mission critical applications in harsh environments. Our technologysolutions include Ethernet switches, routers, wireless devices, serial servers, mediaconverters, software and professional services. RuggedCom products are designedfor use in environments such as those found in electrical substations and tracksidesignalling systems.

RuggedCom supplies hardware, professional services and installs equipment into National Grid sub-stations located across the United Kingdom

Taxis

Black cab taxis are normally readily availableoutside the front entrance of the Midland Hotel(opposite Manchester Central) or do collect outsideManchester Central. If you wish to order a taxi inadvance suggested numbers include:

Radio Cars – 0161 236 8033

Street Cars – 0161 228 7878

Trinity Cars – 0161 832 5444

By Train

Manchester’s main train station is ManchesterPiccadilly with direct routes from London, Scotland,Birmingham and most major cities. To get to Manchester Central from ManchesterPiccadilly Station take the Metrolink tram thestation and alight at St Peter’s Square. This willtake you to within a few minutes’ walk ofManchester Central. Alternatively, PiccadillyStation is a 20-minute walk from ManchesterCentral or a five minute taxi journey.

Car Parking

Manchester Central has a 24-hour NCP car parklocated directly below the building, holding 720cars, including 18 disabled parking bays.

The address of the car park is:

Lower Mosley StreetManchester M2 3GXT: 0161 817 8900www.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 thecar park directly into Manchester Central.

From the Airport

Manchester Airport’s integrated train station offersup to nine trains an hour to and from ManchesterPiccadilly station, with an average journey time of20 minutes. To get to Manchester Central fromManchester Piccadilly Station take the Metrolinktram the station and alight at St Peter’s Square.This will take you to within a few minutes’ walk ofManchester Central. Alternatively, taxis are readilyavailable from outside the terminal buildings andthe journey to Manchester Central will costapproximately £25.

By Bus

Metroshuttle is Manchester’s free inner city busservice, which operates three circular city centreroutes, connecting the city centre to all major trainstations, with buses stopping every 10 minutes.The closest Metroshuttle stop to ManchesterCentral is Albert Square, just a two-minute walkaway. For more information on Manchester busesplease visit www.gmpte.com/buses orwww.metroshuttle.cfm

Venue and TransportThe IEEE ISGT Europe 2011 Conference takes place at Manchester Central, Manchester, 5 – 7 December 2011.

Postal address of the venue:Manchester CentralPetersfieldManchester M2 3GX

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82

CONFERENCE INFORMATION

WIPRO Technologies 14 & 15

WIPRO Technologies+44 (0)7827 [email protected]

Wipro Technologies, the global IT business of Wipro Limited (NYSE:WIT) is aleading Information Technology, Consulting and Outsourcing company, thatdelivers solutions to enable its clients do business better. We deliver winningbusiness outcomes through our deep industry experience and a 360 degree view of “Business through Technology” – helping clients create successful andadaptive businesses.

Our Energy, Natural resource and Utilities Business Unit has over the last decadeestablished itself as a trusted partner to clients across the globe to help inaddressing their business challenges, using our deep industry domain competencyand technology expertise. We have over 5,000 dedicated consultants servingbusinesses in the oil & gas, metals, mining, agriculture products, water, natural gas and electricity industries.

The IET 2

The Institution of Engineering and TechnologyMichael Faraday House, Six Hills WayStevenage, Herts., SG1 2AY, UK+44 (0)1438 [email protected]

One of the most highly recognised knowledge sharing networks in the world, The Institution of Engineering and Technology is for engineers and technologistsworking or studying in an increasingly multidisciplinary, digital and globalenvironment. With a growing membership of over 150,000 professionals frommore than 127 countries, our role is to disseminate knowledge and promoteprofessionalism on a local and international platform, enhancing both professionaland personal development for the engineering and technology industries

85

CONFERENCE PROCEEDINGS

84

Presentation

Every room is equipped with an LCD projectand Acrobat PDF reader. The presenters must use the available equipment instead of theirpersonal laptop.

Please prepare your presentation in ppt or pdfformats and have it ready on a USB memory. Name your file as follows: Paper ID_FamilyName_First Two Words of the paper's or presentation’s Title (Lamm_Smart_Grid), or without the Paper ID if presenting in a keynote orpanel session. Use only the English alphabet A-Z.No specific template is required.

Please go to the room you are scheduled topresent in during a break / lunchtime prior to your presentation and provide a copy of yourpresentation to the Blitz Communications AVtechnician or one of the conference volunteers.

Proceedings and Conference Material

Each registered participant will receive a USBmemory stick including all the

papers presented in the technical program. TheUSB memory stick is included in the conferencebag. For more information see Registration.

The presentations from the plenary sessions andpanel sessions will be posted on the officialconference website after the conference. Thetutorial materials will be distributed to delegatesduring the tutorial sessions. Please note thattutorials are not included in the delegate pass andrequire separate registration.

Publications

Accepted and presented papers will be publishedin the IEEE Xplore database.

Badges

All participants are requested to wear their badgesthroughout the event, including to gain entranceto the social programmes. Badges are markedaccording to the type of pass purchased andparticipants will not be admitted to the conferenceor exhibition without their badge. Should you loseyour name badge please go to the registrationarea for a replacement.

Certificate of Attendance

A certificate of attendance will be given toregistered participants on request, please makeyour request when you register on your first day.The certificate will be signed by the conferenceChair and will be available from the reception deskon 7th December.

Conference Website

The official conference web site is: www.ieee-isgt-2011.eu

Contacts

You are welcome to contact the Local OrganisingCommittee if you have any questions about theconference. For any queries during the conferenceplease ask in the registration area.

Contact email addresses:

Registration / Event queries:[email protected]

Sponsorship / Exhibition:[email protected]

Media / Press:[email protected]

Language

The official language of the conference is English.No simultaneous translation will be provided.

Poster Competition

The poster competition will be judged by theposter session Chairs and results will beannounced during the Closing Session onWednesday 7 December at 18:00 in the Exchange Auditorium.

Wireless Internet Access

The IEEE ISGT Europe 2011 conference provides free wireless internet access at theconference venue sponsored by National Grid. To connect to Manchester Central WiFi pleasefollow 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).

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.

Refreshments and Lunch

Refreshments will be served in the Exchange Hall,see the ISGT Europe 2011 Venue map, during thebreaks at 10:00 – 10:30, 14:30 – 15:00 and 16:15 – 16:45 on Monday, and 09:45-10:30 and16:05-16:30 on Tuesday and Wednesday

Lunch will be served during 12:00 – 13:00 onMonday, and 12:00 – 13:15 on

Tuesday and Wednesday. Both refreshments andlunches are included in the registration fee. Pleaseuse your name badge as the ticket.

The registration fee for the IEEE ISGT Europe2011 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

• daily lunches during the conference served in the exhibition area

Registration

The Registration Desk will be open at the followingtimes and is situated in the ground floor ExchangeFoyer at the entrance from Windmill St:

Monday 5 December 0800 – 1500 hours

Tuesday 6 December 0800 – 1100 hours

Wednesday 7 December 0800 – 1100 hours

School of Electrical and Electronic EngineeringRated 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 andAutonomous Systems.

We have opportunities for postgraduate study in the following areas:

Research Groups:

• Microwave and Communication Systems• Control Systems• 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

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: [email protected] or

[email protected]

www.manchester.ac.uk/eee

and Clean Technology

87

GENERAL INFORMATION MEDIA PARTNERS

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Lost Property

Please take any lost property items to theRegistration area where they will be logged andstored, then handed over to Manchester Central.Unclaimed items will be kept in storage for twomonths by Manchester Central, after which timethey are given to charity.

Medical

The closest medical facility is:

Boots Manchester32 Market StreetManchesterM1 1PL0161 832 6533

There will also be First Aid staff available on site atManchester Central Convention Complex, pleasecontact 07527 254 221 for emergencies.

Prayer Rooms

Prayer rooms will be available on site at conferencevenue. Please ask reception staff for details whenregistering.

Smoking

Smoking is strictly prohibited in all internal areas of Manchester Central. A designated smoking areais marked outside Charter Foyer & Central Foyerwhere smoking bins are provided.

Banking facilities

A free cash withdrawal machine is available inCentral Foyer. The closest banking facilities are:

Royal Bank of Scotland, Mosley Street 0161 953 1399

Barclays, Mosley Street 0845 7555 555

Business centre

Manchester Central’s Business Centre is located atthe reception desk in Central Foyer. A member ofstaff will be happy to assist exhibitors with any ofthe following services:

• Information on forthcoming events, the site and the local area.

• Looking up local travel information.

• Locating and printing out directions to a local hotel.

• Photocopying and printing chargeable at:A4 black & white – 10p / A4 colour – 50pA3 black & white – 15p / A3 colour – £1

• Information on how to access the WiFi network.

Disabled Facilities

Manchester Central facilities have been designedto maximise accessibility for all delegates/visitors/exhibitors. There are 18 disabled bays inthe car park mentioned in the ‘Parking’ sectionbelow and a number of free bays are on thestreets around Manchester Central.

Disclaimer

The Local Organizing Committee (LOC) andManchester Central accept no liability forinjuries/losses of whatever nature incurred byparticipants and/or accompanying persons, norloss of, or damage to, their luggage and/orpersonal belongs.

The University of Manchester, Oxford Road,Manchester, M13 9PL, United Kingdom

tel +44 (0)161 306 6000www.manchester.ac.uk

Cert no. SGS-COC-3059

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