PowerTech 2015 Conference Booklet

Partners of 2015 Eindhoven PowerTech
Main partners
Gold partners
E N E R G Y S AV I N G
POWER QUALIT Y
Welcome to IEEE PowerTech Eindhoven 2015 It is our great pleasure to welcome you to the city of Eindhoven for the 2015 edition of the IEEE PowerTech conference. The conference is sponsored by the Eindhoven University of Technology, and the IEEE Power & Energy Society (PES). Held every two years, the PowerTech conference has evolved from its first edition in Athens in 1993, into the anchor conference of the IEEE PES in Europe. The theme of the PowerTech Eindhoven 2015 conference is “Towards Future Power Systems and Emerging Technologies”. In line with this theme, we have put together an extensive program for you, consisting of about 600 papers selected out of around 1000 submissions, and organized in parallel technical sessions and poster presentations, over three days. In addition, we are facilitating five special sessions, presenting results from a number of large international research projects. For our Opening Ceremony we have lined up a number of prestigious keynote speakers, from the government, industry and innovation: Mark Dierikx, Director‐General for Energy, Telecom & Competition, Dutch Ministry of Economic Affairs, Mel Kroon, CEO TenneT TSO B.V., The Netherlands, Laurent Schmitt, Vice President Strategy & Innovation, Grid Power Electronics & Automation of ALSTOM Grid, France and Diego Pavía, CEO EIT KIC‐InnoEnergy, Europe. According to PowerTech tradition, in order to encourage participation of young practicing engineers and young researchers, we will confer the Basil Papadias award (named after the conference founder) to the best student paper presented at this conference. We would like to acknowledge the members of the International Steering Committee, the International Advisory Committee and all reviewers for their contributions to the conference organization and the paper reviewing process. We also acknowledge the financial contributions of our industrial and institutional partners. The Eindhoven region is one of the technology hotspots of Europe, a breeding ground for innovation and the home base for both start‐ups and well‐established corporations, as well as world‐class research institutes, such as Eindhoven University of Technology (TU/e) and TNO. In addition to the main conference program, we have put together a number of technical visits: to the KEMA Laboratories in Arnhem, to STRIJP‐S, the creative center of Eindhoven, to the Smart Grids and Power Quality Laboratories at TU/e (organized by HyTEPS), to the substations of the Distribution System Operator Stedin and the port of Rotterdam. We look forward to an exciting conference, with high‐quality scientific content and many opportunities to build your social network and take back home fond memories of the city of Eindhoven, the region of Brabant and the Netherlands. Madeleine Gibescu, Public Relations Jan Blom, Acting Chair Local Organizing Committee PowerTech Eindhoven 2015 In Memoriam of our Conference Chair The chairman of the PowerTech 2015 conference Prof. Wil L. Kling is no longer with us when this event comes to fruition after more than one year of intense preparations. The organization of this conference is one of the many contributions Wil Kling gave to the electrical power engineering community. Starting as a young brilliant engineer with KEMA he developed his skills as an outstanding expert in power system planning and operation. Wil Kling’s career followed the transition in the energy sector from KEMA to SEP, the vertically integrated energy utility of the Netherlands. After the unbundling of the energy sector, he became senior engineer in Network Planning and Strategy with TenneT, the Dutch Transmission System Operator. His knowledge was greatly used and appreciated by both senior management as well as the incoming young engineers. The quality of his expertise was soon recognized in academic circles as well. In 1993 he was called to serve as part‐time professor with Delft University of Technology, where he guided a number of excellent Ph.D. dissertations, in particular on the integration of wind energy in the European power system. So it is only natural that Wil Kling was called to participate in many committees in international organizations like Cigré, CIRED, IEA and the IEEE. We are grateful to Wil for his contributions as Dutch representative and chair of many study committees of these professional associations. In addition to his duties at TenneT and Delft University of Technology, in 2000 Wil also became a part‐time professor at Eindhoven University of Technology. In Eindhoven he played a major part in the development of the new Smart Grids research area, rapidly expanding the group of young researchers from 2 to more than 20 Ph.Ds. It came as no surprise that Wil Kling was eventually asked to occupy the full‐time Chair of Electrical Energy Systems of Eindhoven University of Technology in 2008. Wil guided and expanded this group to a major research kernel in Smart Grids research in Europe. His chair has today about 30 Ph.D. students, many postdoctoral researchers and a number of part‐time professors and research fellows from industry. Wil considered the organization of this PowerTech conference in Eindhoven as a crowning achievement of his lifetime of work dedicated to the power engineering community. Therefore it is our duty to make this conference a monument to his memory, so we will remember Wil many years after the closure of this event. We will remember him as an inspirational leader, insightful researcher, and dedicated educator, who was always willing to share his wit and expertise with us. We dedicate the 2015 edition of the PowerTech conference to the memory of Wil Kling. Jan Blom Madeleine Gibescu Welcome from the Chair of PowerTech International Steering Committee Welcome to the Eindhoven PowerTech! The series of PowerTech Conferences is already 22 years old, as it started in 1993, with Professor Basil Papadias of the National Technical University of Athens as the first PowerTech Chairman. After Athens, the PowerTech series continued in Stockholm (1995), Budapest (1999), Porto (2001) and Bologna (2003). This was a turning point, as after Bologna PowerTech a permanent structure was established in the form of the PowerTech International Steering Committee with Prof. Carlo Alberto Nucci as the first Chairman. Following this, PowerTech was upgraded from a technically co‐sponsored conference to the anchor conference of IEEE Power and Energy Society in Europe, beginning with the St. Petersburg PowerTech of 2005, followed by Lausanne (2007), Bucharest (2009), Trondheim (2011) and Grenoble PowerTech (2013). I anticipate that 2015 PowerTech in Eindhoven will surpass the success of previous editions and that all attendees will enjoy both its technical and its social program. It is indeed a great pity that Prof. Wil Kling is no longer with us to live the great success of the Conference he inspired and organized. For this reason I would like to dedicate this Conference to his memory, so that the Eindhoven PowerTech will be from now on known as the “Wil Kling PowerTech”. PowerTech will continue to be held every odd year. Prospective hosts from European countries are encouraged to contact the Steering Committee and their local IEEE PES Chapters to propose venues for future PowerTech conferences. I wish you a memorable Wil Kling PowerTech. Committees Conference Chair Wil L. Kling Eindhoven University of Technology (TU/e) Local Organizing Committee Acting Conference Chair: General Secretary: Program & Paper Review: Public Relations: Treasurer: Members: Secretary: Jan Blom Peter Wouters Phuong H. Nguyen Madeleine Gibescu Meliha Kurtic‐Brajic Robert de Groot Luis Hurtado Munoz Shahab Shariat Torbaghan Annemarie van de Moosdijk International Steering Committee Chair: Vice Chair: Past Chair: Members: Ex‐officio member: Honorary members: Costas Vournas, Greece Joao Abel Peças Lopes, Portugal Carlo Alberto Nucci, Italy Gerard Doorman, Norway Mircea Eremia, Romania Nikos Hatziargyriou, Greece Bruno Meyer, France Hans‐Björn Püttgen, Switzerland B. Don Russell, USA Nikolai Voropai, Russia Patrick Ryan, USA Gàbor Bàn, Hungary Roland Eriksson, Sweden Prof. Costas Vournas National Technical University of Athens Chair, IEEE/PES PowerTech International Steering Committee
Basil Papadias award Anastasios Bakirtzis, Greece João P. Tomé Saraiva, Portugal International Advisory Committee Ali Abur Andrej Gubina Mark O'Malley Mihaela Albu Liisa Haarla Jacob Østergaard Göran Andersson Nouredine Hadjsaid Tsutomu Oyama Kresimir Bakic Zbigniew Hanzelka Aydogan Ozdemir Birgitte Bak‐Jensen Sébastien Henry Mario Paolone Pavol Bauer Dirk van Hertem Grigoris K. Papagiannis Régine Belhomme David John Hill Jarmo Partanen Keith Bell Ian A. Hiskens Jan Peters Sonja Monica Berlijn René Kamphuis Fabrizio Pilo Lina Bertling Tjernberg Andrew Keane Christian Rehtanz Kankar Bhattacharya Gerd Kjølle Pedro Rodriguez Janusz Bialek Thilo Krause Hugh Rudnick Math Bollen Mel Kroon Peter Schegner Alberto Borghetti Yuri Kucherov Mohammed Shahidehpour Britta Buchholz Lalit Kumar Goel Antonio Simões Costa Raphael Caire Alexis Kwasinski Han Slootweg Pedro Carvalho Tuan A. Le Lou van der Sluis San Shing Choi Chen‐Ching Liu Gerard Smit Diego Cirio Zofia Lukszo Johan Smit Sjef Cobben Matthias Luther Lennart Söder Thierry van Cutsem Pierluigi Mancarella Kai Strunz Mikael Dahlgren Juan A. Martinez Zbigniew A. Styczynski Geert Deconinck Stefano Massucco Sid Suryanarayanan Jan Desmet Mart van der Meijden Lucian Toma Johan Driesen Gianluigi Migliavacca Tuan Tran‐Quoc Hans Edin Federico Milano Zita A. Vale Istvan Erlich Jovica V. Milanović Lieven Vandevelde Damien Ernst Peter Molengraaf Kumar Venayagamoorthy Olav B. Fosso Marta Molinas Geert Verbong Jay Giri Antonello Monti Frits Verhey Tomás Gómez Johanna Myrzik Louis Wehenkel Antonio Gómez‐Expósito Mithulan Nadarajah Wolfram H. Wellßow George Gross Dagmar Niebur Liangzhong Yao Lars Nordström Xiao‐Ping Zhang Opening Session Opening addresses Opening PowerTech Eindhoven 2015 Welcome by Rector Magnificus TU/e Welcome by Dean of Electrical Engineering Welcome on behalf of city of Eindhoven Welcome by Chair ISC PowerTech In Memoriam of Wil Kling Welcome by IEEE‐PES Keynote addresses Madeleine Gibescu Frank Baaijens Ton Backx Mary‐Ann Schreurs Costas Vournas Carlo Alberto Nucci Ronnie Belmans Jan Blom Miroslav Begovic Mark Dierikx: “A policy vision on future power systems”, Director‐
General for Energy, Telecom & Competition, Ministry of Economic Affairs, The Netherlands Mel Kroon: “Renewables demand renewed energy markets and policy”, CEO TenneT TSO B.V., The Netherlands Laurent Schmitt: “Impact of new prosumer connectivity on grid and ICT architectures”, Vice‐President Strategy & Innovation, Grid Power Electronics & Automation, Alstom GRID, France Diego Pavía: “Innovation challenges of the energy sector”, CEO KIC‐
InnoEnergy, Europe Panel discussion Introduction by Ronnie Belmans, CEO EnergyVille, Professor K.U. Leuven Mark Dierikx, Ministry of Economic Affairs Panelists: Mary‐Ann Schreurs, City of Eindhoven Mel Kroon, TenneT TSO B.V. Laurent Schmitt, Alstom GRID Diego Pavía, KIC‐InnoEnergy Panelists / Keynote Speakers Mary‐Ann Schreurs studied theoretical chemistry at the Vrije Universiteit Amsterdam. From 1994 to 2002 and from 2006 to 2010 she was a member of the Eindhoven City Council for D66. Until her appointment as alderman, she was co‐initiator of (European) innovation projects related to design. In the period 2002‐2006 she was councillor for Spatial Planning of the City of Eindhoven and among others board member of the VNG (Association of Dutch Municipalities). From April 2010 to present she has been a member of the Board of Aldermen of the city of Eindhoven, having in her portfolio culture, design, innovation, real estate and land development, sustainability (water, green spaces, lighting), cultural heritage, monuments, and archaeology. Mark Dierikx studied chemistry with biochemistry and economics at the Vrije Universiteit Amsterdam. After graduation, he took a marketing job with Esso Chemicals for a few years before electing for a career with the Ministry of Economic Affairs. In 1992 he transferred to the Directorate‐General for Foreign Economic Relations, where in 1994 he became Director of the Economic Cooperation and Export Policy Department. In 1996 he was seconded to the Ministry of Foreign Affairs as Director of the Asia and Oceania Department and Deputy Director‐General for Regional and Country Policy. In 2000 he became Deputy Director‐General for Foreign Economic Relations. Mark Dierikx was appointed as Director‐General for Water Affairs at the Ministry of Transport, Public Works and Water Management in 2004 and on 1 January 2008 he became Director‐General for Civil Aviation and Freight Transport. On 1 July 2011 Mark Dierikx was appointed as Director‐General Energy, Telecom and Competition at the Ministry of Economic Affairs. Mel Kroon has been appointed as TenneT B.V.’s President and Chief Executive Officer on 1 January 2002. Previously, from 1997 to 2002 Mel Kroon held the position of Managing Director of Hooge Huys Verzekeringen N.V., part of the Utrecht‐based SNS Reaal Insurance Group, where in 1999 he was appointed Deputy Chair of the Executive Board of SNS Reaal Insurance. Having studied Aeronautical and Aerospace Engineering at Delft University of Technology, Mel Kroon went on to complete his Master’s in Business Administration at Rochester University/Erasmus University in Rotterdam. His career first took off at Fokker Aircraft N.V., where he held a variety of posts including that of Vice President for Marketing. He then transferred, first to Holec N.V. as Director for Marketing & Sales of the Traction Division, then to the SNS Reaal Insurance Group. Laurent Schmitt joined the Alstom Grid sector in June 2010 as Vice President for Smart Grid Solutions, in charge of developing Alstom’s offer on the Smart Grid segment, following the integration of Areva T&D’s activities within Alstom in June 2010. He started his career in the field of Power Generation with Alstom Hydro and Thermal Plant Controls in North America. In 2007, he became Director for Strategy at the AREVA T&D Automation Business Unit. In 2008, he was appointed Vice President for Strategy & Innovation for the Energy Management Business of Alstom Power. Laurent graduated from Supélec, Paris in France with a degree in Power System Engineering. He is a member of several strategic industry committees working on Smart Grids such as CIGRE, IEC, EPRI, ENTSO‐e and the European Smart Cities Platform, and contributes to a number of expert advisory task forces to the European Commission on the topics of Generation, Grid and Storage applications. Diego Pavía studied electrical engineering and specialized in electronics and automation at the Polytechnic University of Madrid. Diego has done all his professional career at private companies (Knowledge Engineering, Sema Group, Schlumberger, Atos Origin), heading multicultural working groups all over the world, and also in the field of energy. Before joining KIC InnoEnergy, his last assignment from 2002‐2010 was CEO of Atos Origin, a leading international IT service provider, where he was responsible for Spain and South America, about 9000 employees, and an annual turnover of EUR 450 million. From 2006 to 2010, Diego chaired the Spanish Consultancy Association (AEC), in which all leading IT enterprises in Spain are represented. Since 2010 Diego is the CEO of KIC InnoEnergy, the leading engine in innovation and entrepreneurship in sustainable energy, with an annual industrial plan in 2015 close to 380 M€. Ronnie Belmans received his M.Sc. degree in electrical engineering in 1979 and his Ph.D. in 1984 from the Katholieke Universiteit (K.U.) Leuven, Belgium and “Habilitierung” in 1993 from the RWTH Aachen, Germany. Currently he is full professor with the K.U. Leuven, teaching electric power and energy systems, and also technical, economic and regulatory aspects. He represents K.U. Leuven in the EIT (European Institute for Innovation and Technology), KIC (Knowledge and Innovation Community) InnoEnergy SE, a strongly integrated alliance of reputable players from education, research and industry sectors. He is also CEO of EnergyVille, the joint venture of research institute VITO, IMEC and K.U. Leuven for applied research on sustainable energy systems in large urban areas. Closing Session Conference statistics Phuong H. Nguyen, TU/e Keynote address Bert Claessens, VITO & EnergyVille, Belgium Closing of the conference Costas Vournas, Chair ISC PowerTech Keynote address: "Controlling consumer demand through Aggregate and Dispatch: From theory to practice" Bert Claessens received the M.Sc. and Ph.D. degrees in Applied Physics from the Eindhoven University of Technology, The Netherlands, in 2002 and 2006, respectively. From 2006, he joined ASML in Veldhoven, The Netherlands, as a Design Engineer. Since 2010, he has been working as a Researcher at the Vlaamse Instelling Voor Technologisch Onderzoek (VITO), a partner in EnergyVille, in Mol, Belgium. He is currently responsible for the research domain of data analysis, algorithm development and optimisation. Activities in Conjunction with PowerTech 2015 IEEE Region 8 Chapter Chairs Meeting Sunday, June 28, 10:00 – 16:30 Organized by Jovica V. Milanović ISC Meeting Monday June 29, 10:00 – 13:30 Organized by Costas Vournas Special session: IEA / DSM Monday June 29, 09:30 – 13:00; Place: Zwarte Doos Organized by Matthias Stifter and René Kamphuis Special session: UMBRELLA, iTesla and GARPUR Tuesday June 30, 10:30 – 12:30; Place: Zwarte Doos Organized by W. Engl, C. Lemaître, L. Wehenkel Special session: GridTech Tuesday June 30, 15:30 – 17:30; Place: Zwarte Doos Organized by Angelo l’Abbate Special session: e‐Highway2050 IEA DSM: Demand flexibility – dream or reality Organizer: Matthias Stifter, René Kamphuis, June 29, 09:30 – 13:00 Demand response as a measure to increase the power system flexibility is technical feasible and well investigated, stipulated from regulatory bodies and supported from the industry. Recent developments from research projects and pilots pave the way to large scale deployment and commercialization. This panel session will present different national and international approaches and discusses how flexibility of demand is making its way into markets and network operation and thereby, considering the challenge to use the flexibility for market as well as grid services in conformity with the unbundling requirements. Speakers from academics, distribution network operators and industry will discuss their viewpoint on missing links and challenges. The panel session is organized and supported by IEA DSM Task 17: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages. IEA‐DSM Task 17 will address the current role and potential of flexibility in electricity demand and supply of systems of energy consuming/producing processes in buildings (residential and commercial) equipped with DER (Electric Vehicles, PV, storage, heat pumps) and their impacts on the grid and markets. 09:30‐09:45
Welcome and introduction Theoretical foundations and simulations Wednesday July 1, 10:30 – 12:30; Place: Zwarte Doos Organized by Gianluigi Migliavacca Special session: FP7 INCREASE 09:45‐11:00
Wednesday July 1, 13:30 – 17:00; Place: Zwarte Doos Organized by Lieven Vandevelde 11:15‐12:30
Realized demand response 12:30‐13:00
Panel discussion All special sessions will take place in the movie theatre “Filmzaal”, on the 1st floor of the “Zwarte Doos” building. Matthias Stifter (AIT)
René Kamphuis (TNO) Roman Targosz (Copper Alliance Europe) Matthias Gallus (SFOE) Tara Esterl (AIT) Stephen Galsworthy (TNO) Steve Widergren (PNNL) Arnoud Rijneveld (Stedin) / Marijn Renting (Enexis) Elke Klaassen (Enexis and TU/e) Daniel Brodén (KTH) Matthias Stifter (AIT) Werner Friedl (AIT) Discussion with the presenters
UMBRELLA, iTesla and GARPUR: Three projects supported by the European Commission under the 7th Framework Research Programme GridTech: Innovative grid‐impacting technologies enabling a clean, efficient and secure electricity system in Europe Organizers: W. Engl, C. Lemaître, L. Wehenkel, June 30, 10:30 – 12:30 Organizer: Angelo L’Abbate, RSE, June 30, 15:30 – 17:30 UMBRELLA: Innovative tools for the future coordinated and stable operation of the pan‐European electricity transmission system. UMBRELLA is developing methods for an innovative toolbox to support the decentralised grid security approach of TSOs. The GridTech project aims to conduct a fully integrated assessment of new grid‐impacting technologies and their implementation into the European electricity system. This will allow comparing different technological options towards the exploitation of the full potential of future electricity production from Renewable Energy Sources (RES), with the lowest possible total system cost. Within the 2020, 2030 and 2050 time horizons and in various scenarios, the goal is to assess, among different innovative technologies, which ones and where, when, and to which extent could effectively contribute to the further development of the European transmission grid, fostering the integration of an ever‐increasing penetration of RES and boosting the creation of a pan‐European electricity market, while maintaining secure, competitive and sustainable electricity supply. The technology categories taken into account to foster RES integration include transmission, storage and demand technologies. iTesla: Innovative Tools for Electrical System Security within Large Areas. The iTesla project aims at improving network operations with a new security assessment tool able to cope with increasingly uncertain opera‐
ting conditions and take advantage of the growing flexibility of the grid. GARPUR: Generally Accepted Reliability Principle with Uncertainty modelling and through probabilistic Risk assessment. Power system reliability management aims to maintain power system performance at a desired level, while minimizing the socio‐economic costs of keeping the power system at that performance level. 10:30‐10:40 Introduction UMBRELLA Project 10:40‐10:55 Uncertainty margins for probabilistic AC security assessment 10:55‐11:05 Introduction iTesla Project 11:05‐11:20 Optimization based method to conso‐
lidate European transmission data 11:20‐11:35 Aspects of power system modelling, initialization and simulation using the Modelica language 11:35‐11:50 Introduction GARPUR Project 11:50‐12:00 Impact of value of lost load on performance of reliability criteria and reliability management 12:00‐12:15 Modelling of corrective actions in power system reliability analysis 12:15‐12:30 Vulnerability analysis related to extra‐
ordinary events in power systems W. Engl (TTG)
L. Roald (ETH)
C. Lemaître (RTE)
M. Ruiz (Artelys)
J.B. Heyberger (RTE)
L. Wehenkel (ULG)
E. Heylen, G. Deconinck,
D. van Hertem In order to assess the impact of the innovative technologies and carry out technico‐economic analyses, the project methodology is based on the integration of two types of analyses, that are strictly correlated: a pan‐
European one (top‐down approach) and a regional one (bottom‐up approach). The pan‐European study is carried out by modeling the whole European power system (EU30+ region) for the 2020, 2030 and 2050 horizons, by a zonal approach. For the bottom‐up level, for the same scenario time frames, GridTech focuses on 7 target countries: Austria, Bulgaria, Germany, Ireland, Italy, Netherlands, and Spain. 15:30‐16:00
16:00‐16:30
I.B. Sperstad,
S.H. Jakobsen, O. Gjerde G.H. Kjølle, O. Gjerde
16:30‐17:00
17:00‐17:30
The GridTech methodology, objectives and technology focus Application of new grid‐impacting technologies towards RES exploitation: the GridTech pan‐European analysis The Irish case study within the GridTech Project The Italian case study within the GridTech Project H. Auer (EEG TU Wien), A. L’Abbate (RSE SpA) A. L’Abbate, R. Calisti, F. Careri, S. Rossi (RSE SpA) A. Mansoldo (EirGrid plc) C. Vergine, O. D’Addese, A. Sallati, P. Tisti (Terna Rete Italia SpA) e‐Highway2050: A research project for proposing a robust modular expansion plan till 2050 for the pan‐European transmission system FP7 INCREASE: Facilitating the energy transition for DSOs with high RES penetration; How to deal with voltage problems in LV and MV grids? Organizer: Gianluigi Migliavacca, RSE S.p.A., July 1, 10:30 – 12:30 Organizer: Lieven Vandevelde, UGent, July 1, 13:30 – 17:00 The project, led by the French Transmission System Operator (TSO) RTE, involves 28 European partners, with a wide spectrum of skills and knowledge (TSOs, research institutions, consultants and professional associations). After defining a comprehensive set of boundary conditions, which set the planning study limits, the developed methodology generates candidate grid architectures which are able to meet the challenges of electricity markets between 2020 and 2050; the implemented scenario‐
based, planning approach takes into account technological, financial/economic, environmental and socio‐political issues, in order to propose sustainable and efficient grid architectures for Europe up to 2050. Generation is dealt with by fuel types combining centralized and decentralized options. Consumption is detailed by business and by usage. In order to assess the candidate grid architectures, a new multi‐
criteria/cost‐benefit methodology has been elaborated to compare the new transmission investments using a socio‐economic impact analysis involving the costs, the risks and the benefits for society as a whole and for various stakeholders. This analysis of the pan‐European grid architectures encompasses each of the scenarios with the aim to rank them according to the above mentioned cost‐benefit assessment. The present event focuses on showing the main results achieved in the project, which will conclude its activities by end 2015. INCREASE is focusing on how to manage Renewable Energy Sources (RES) in LV and MV networks, how to provide ancillary services (towards DSO, but also TSOs), in particular voltage control. INCREASE also investigates the regulatory framework, grid code structure and ancillary market mechanisms, and proposes adjustments to facilitate successful provisioning of ancillary services that are necessary for the operation of the electricity grid, including flexible market products. 10:30‐11:00 General presentation of the e‐Highway2050 project 11:00‐ 11:30 Reference 2050 scenarios and the analysis grid of expansion architectures 11:30‐12:00 Cost‐benefit assessment of expansion architectures: methodology and results 12:00‐12:30 Interaction with the public G. Sanchis (RTE)
Project Coordinator T. Anderski (Amprion)
INCREASE will enable distributed RES (DRES) and loads to go beyond simply exchanging power with the grid, which will enable the DSO to evolve from a congestion manager to capacity manager. This will result in a more efficient exploitation of the current grid capacity, thus facilitating higher DRES penetration at reduced cost. Because of the more efficient use of the existing infrastructure, grid tariffs could decrease, potentially resulting in lower electricity bills for the consumers. During the INCREASE mid‐term conference the focus is on how to tackle voltage problems in low and medium voltage grids. Not only will the INCREASE solution be presented here, but also other solutions will be discussed. Speakers of the following projects: evolvDSO, IDE4L, DREAM and IGreenGrid will share their views and solutions with the audience. 13:30‐13:35
13:35‐14:00
14:00‐14:30
14:30‐15:00
G. Migliavacca (RSE)
15:30‐16:00
16:00‐16:30
16:30‐17:00
Welcome and objectives of session
How to solve voltage problems in LV & MV grids? The INCREASE approach Introduction evolvDSO; A solution for low voltage networks Introduction IDE4L; Voltage control linked to congestion management Introduction DREAM; A solution for medium voltage networks Introduction IGREENGrid; Overview of the voltage control schemes applied in the IGREENGrid demo sites Discussion on the proposed solutions
Lieven Vandevelde (UGent) Lieven Vandevelde Dimitar Bozalakov (UGent) Ricardo Bessa (INESC) Sami Repo
(University of Tampere) Raphael Caire (INPG) Bhargav Swaminathan Despina Koukoula (ICCS‐NTUA) Lieven Vandevelde Program Overview Blauwe zaal
The conference rooms are situated in the Auditorium (oral and poster sessions) and in the Zwarte Doos (special sessions), both buildings are on the campus of the Eindhoven University of Technology. The Welcome Reception will take place just outside the MetaForum building. The Conference Dinner is in the Muziekgebouw, in the Eindhoven city center. Room 6
Room 7
Sandwich lunch & start exhibition
14:00 ‐ 18:00
Opening session at the Blauwe zaal
18:00 ‐ 20:00
Welcome reception: In front of MetaForum
15:30 ‐ 17:20
Lunch
Session 11 – Power system modeling, simulation and analysis I
Session 12 – Power system int.operability, standards and codes
Session 13 – Demand side management and demand response I
Session 14 – Session 15 – RES Network Integration I protection and distribution automation I
10:30 ‐ 11:00
11:00 ‐ 12:30
Session 18 – Session 16 – Session 17 – Demand side Active Electricity distribution markets design management and regulatory and demand network
issues
response II
Session 19 –
RES Integration II
Session 20 – Special session – Network GRIDTech: Innovative grid‐
protection and impacting technologies distribution enabling a clean, efficient automation II
and secure electricity system in Europe
Session 37 – Transient stability & control
Session 41 – Developments in power system planning III
13:30 ‐ 15:00
Session 34 – Session 35 – State Power quality estimation and issues and situational mitigation awareness II
techniques I
Session 38 – HVDC II
Session 39 – Session 40 – State Applications of estimation and storage situational technologies III
awareness III
Session 42 – Session 43 – Session 44 – Session 45 – Risk Real time Power quality Power system assessment monitoring and issues and scheduling I
PMUs
mitigation techniques II
Coffee Break
Session 46 – Session 47 – Session 48 – Session 49 – Session 50 – Power system Hybrid AC/DC Power system Power quality Power system modeling, distribution control I
issues and scheduling II
simulation and technologies
mitigation analysis IV
techniques III
Lunch
12:30 ‐ 13:30
Coffee Break
Session 33 – HVDC I
Conference Dinner: Muziekgebouw with Basil Papadias best student paper award
19:00 ‐ 22:30
9:00 ‐ 10:30
Room 7
Coffee Break
15:30 ‐ 17:20
Special session – Session 6 – Session 7 – Session 8 – Session 9 – Session 10 – A vision on future Applications of Smart energy Power system ICT Electric vehicle storage systems in the dynamics & applications in prospects and transmission systems ‐ FP7 Umbrella/Garpur/ technologies II
built stability II
smart energy network iTesla projects
environment
systems II
interaction II
Room 6
de Zwarte doos
Session 24 – Session 25 – Power system Smart energy operation I
markets I
Lunch
Session 31 – Session 32 – Developments Future power in power system system infrastructure
planning I
Session 36 – Developments in power system planning II
Poster Sessions at Room 11
Registration
Poster sessions at Room 11
Tuesday, June 30th 2015
11:00 ‐ 12:30
15:00 ‐ 15:30
13:30 ‐ 15:00
Coffee Break
10:30 ‐ 11:00
13:30 ‐ 15:00
12:30 ‐ 13:30
Room 3
Special session – Coffee Break
e‐Highway2050: a Session 27 – Session 28 – Session 29 – Session 30 – Session 26 – research project for Advanced Voltage control Power system Smart energy Power system proposing a robust II
operation II
markets II
modeling, diagnostics and modular expansion plan asset simulation and till 2050 for the pan‐
analysis III management II
European transmission system
15:00 ‐ 15:30
Session 1 – Session 2 – Session 3 – Session 4 – Session 5 – Applications of State Power system ICT Electric vehicle storage estimation and dynamics & applications in prospects and technologies I
situational stability I
smart energy network awareness I
systems I
interaction I
9:00 ‐ 10:30
12:30 ‐ 13:30
Special session – Integration of DSM, DG, RES and Energy Storages IEA/DSM
Thursday, July 2nd, 2015
13:00 ‐ 14:00
Registration
Monday, June 29th, 2015
11:00 ‐ 13:00
de Zwarte doos
11:00 ‐ 12:30
Registration
Room 3
10:30 ‐ 11:00
Poster sessions at Room 11
Room 2
9:00 ‐ 10:30
Wednesday, July 1st, 2015
Blauwe zaal
09:30 ‐ 11:00
Room 2
Session 21 – Session 22 – Session 23 – Power system Advanced Voltage modeling, diagnostics and Control I
simulation and asset analysis II
management I
Session 51 – Session 52 – Power system System modeling, reliability
simulation and analysis V
Session 53 – Power system control II
Session 54 – Session 55 – Advanced Forecasting methods in methods in optimal power power system
flow calculation
15:00 ‐ 15:30
Coffee Break
15:30 ‐ 16:00
Closing session: Blauwe zaal Special session – Facilitating the transition to DSOs with high RES penetration ‐ FP7 INCREASE Project
Session 4
Oral sessions Session 1 461900 461588 1
151 462891 460692 Session 2 455753 469513 462539 462228 461599 Session 3 462905 441317 462935 462803 462556 Tuesday, 30 June, 09:00‐10:30 ‐ Applications of storage technologies I
Chair: Prof. Johanna Myrzik, TU Dortmund Determining reserve requirements in systems with significant stochastic generation capacity using copulas Jiang Y., Chen X., Yu K., Liao Y. Performance of Hybrid Energy Storage System within Wind Power Hourly Operation Plan Forte N., Dicorato M., Forte G., Trovato M. Near‐Optimal Method for Siting and Sizing of Distributed Storage in a Transmission Network Pandzic H., Wang Y., Qiu T., Dvorkin Y., Kirschen D.S. Energy Storage Control with Aging Limitation Haessig P., Ben Ahmed H., Multon B. Control of a Battery Energy Storage System connected to a Low Voltage Grid
van Dun J.J.C.M., de Groot R.J.W., Morren J., Slootweg J.G. Tuesday, 30 June, 09:00‐10:30 ‐ State estimation and situational awareness I
Chair: Prof. Liisa Haarla, Aalto University Robust Fault location for Two and Three Terminal Lines Using Synchronized Phasor Measurements Feng G., Abur A. Normalized Least Mean Squares Observer for Battery Parameter Estimation
Krüger E., Tran Q.T., Mamadou K. Experiences in Using Damping Estimation Methods in Real‐Time Oscillation Monitoring Seppänen J., Turunen J., Tuononen A., Nikkilä A.‐J., Haarla L. Risk‐based voltage stability monitoring and preventive control using wide area monitoring Putranto L.M., Hara R., Kita H., Tanaka E. Fault Location for Medium Voltage Underground Cables using Bayesian Inference
Xiang Y., Cobben J.F.G. Tuesday, 30 June, 09:00‐10:30 ‐ Power System Dynamics & Stability I
Chair: Dr. Federico Silvestro, University of Genova Impedance Based Stability Analysis Of VSC‐based HVDC System
Amin M., Molinas M. A Synchrophasor Measurement Based Method for Assessing Damping Torque Contributions from Power System Stabilizers Jiang X.T, Chow J.H., Wilches‐Bernal F. Experimental Validation of a Novel Approach to Stabilize Power System Frequency by Taking Advantage of Load Voltage Sensitivity Delille G., Capely L., Souque D., Ferrouillat C. Voltage Stability Margin Determination Using the Channel Components Transform
Castrillon J.A., Giraldo J.S., Castro C.A. A dynamic simulation approach to identify additional reactive reserves against long‐
term voltage instability Papangelis L., Panciatici P., Debry M.‐S., Van Cutsem T. 444827
466370
458328
455981
462628
Session 5
462431
440019
460617
462067
2
462045
Session 6
474831
315
3
460523
477498
476038
Tuesday, 30 June, 09:00‐10:30 ‐ ICT applications in smart energy systems I Chair: Prof. René Kamphuis, TNO / Eindhoven University of Technology Convergence Acceleration of Gossip Protocols Applied for Decentralized Distribution Grid Management Koukoula D.I., Hatziargyriou N.D. On the Impact of information access delays on remote control of a wind turbine Madsen J.T., Barradas‐Berglind J.J., Madsen T.K, Schwefel H.‐P. A Behavior‐based Intrusion Detection Technique for Smart Grid Infrastructure Kwon Y.J., Kim H.K., Lim Y.H., Lim J.I. Applying Innovative IT Modelling Methods to Low‐level Grid Information for DSO Operations van der Veen J.S., Wijbenga J.P., Kamphuis I.G. A Low Cost Open Source‐based IEC 61850/61499 Automation Platform for Distributed Energy Resources Zanabria C., Andrén F., Leimgruber F., Bründlinger R., Strasser T. Tuesday, 30 June, 09:00‐10:30 ‐ Electric vehicle prospects and network interaction I Chair: Prof. Zita Vale, Polytechnic of Porto Energy optimization in an Eco‐district with Electric Vehicles smart charging Dang X.‐L., Codani P., Petit M. Plug‐in Electric Vehicle Charging Approaches: Centralized versus Decentralized and Strategic versus Cooperative Gonzalez Vaya M., Andersson G. Analysis of the Impacts of Plug‐in Electric Vehicle Charging on the Part of a Real Low Voltage Distribution Network Bosovic A., Sadovic S., Music M. Smart Household Operation Considering Bi‐directional EV and ESS Utilization by Real‐
Time Pricing Based DR Erdinc O., Paterakis N.G., Mendes T.D.P., Bakirtzis A.G., Catalão J.P.S. Day‐Ahead Dispatch of Distribution Feeders Considering Temporal Uncertainties of PEVs Mehboob N., Canizares C., Rosenberg C. Tuesday, 30 June, 11:00‐12:30 ‐ Applications of storage technologies II Chair: Prof. Johanna Myrzik, TU Dortmund Stochastic Dual Dynamic Programming to Schedule Energy Storage Units Providing Multiple Services Mégel O., Mathieu J.L., Andersson G. Capacity Optimization of Renewable Energy Sources and Battery Storage in an Autonomous Telecommunication Facility Dragicevic T., Pandzic H., Skrlec D., Kuzle I., Guerrero J.M., Kirschen D.S. Comparison of Flywheels and Batteries in Combination with Industrial Plants for the Provision of Primary Control Reserve Wandelt F., Gamrad D., Deis W., Myrzik J. Large‐scale PV integration strategies in distribution grids
Fuchs A., Demiray T. Impact of HP, CHP, PV and EVs on Households' Electric Load Profiles
Fischer D., Scherer J., Flunk A., Kreifels N., Byskov‐Lindberg K., Wille‐Haussmann B. 1
Accepted for publication in IEEE Transactions on Power Systems 2
IEEE Transactions on Smart Grid, Vol. 6, No. 3, May 2015, pp. 1281‐1291 IEEE Transactions on Sustainable Energy, Vol. 5, No. 4, October 2014, pp. 1367‐1378 3
Session 7 458304
462739
476533 474573 460512 Tuesday, 30 June, 11:00‐12:30 ‐ Smart energy systems in the built environment
Chair: Prof. Antonello Monti, RWTH Aachen University House thermal model parameter estimation method for Model Predictive Control applications van Leeuwen R.P., de Wit J.B., Fink J., Smit G.J.M. A Tool for Integrated Analysis of Multi‐Vector District Energy Networks
Liu X., Mancarella P., Wu J. Impact of Control Approaches for Building Energy Systems on Distribution Grid State
Schlösser T., Stinner S., Ponci F., Streblow R., Monti A., Müller D. Multi‐agent based electric vehicle charging method for smart grid‐smart building energy management Hurtado L.A., Syed A., Nguyen P.H., Kling W.L. An Equivalent Electric Circuit for the Thermal Network of the Savona Campus Smart Polygeneration Microgrid Barillari L., Bracco S., Brignone M., Delfino F., Nilberto A., Pampararo F., Pacciani C., Procopio R., Rossi M. Session 10
462922
462413
462730
462072
4
423 Session 11
Session 8 462190
460319
461936 462822 460943 Session 9 436437
438289
462751 456245 443596 Tuesday, 30 June, 11:00‐12:30 ‐ Power System Dynamics & Stability II
Prof. Thierry Van Cutsem, FNRS and University of Liege Controllable Shunt Reactor Deployment Effect on Power Station Stability Indices
Lyamov A., Makarova M., Smolovik S. Isolines of Characteristic Polynomial for Power System Static Stability Analysis
Kovalenko S., Zicmane I., Sauhats A. About the Relationship of Line Overload Cascading and Loss of Synchronism in Electric Power Systems Kubis A., Rehtanz C., Xu J., Li Y. Evaluating the Performance of Decentralized Analyses of Voltage Stability and Power Flows Robitzky L., Müller S.C., Häger U., Rehtanz C. Tractable and Scalable Algorithm for Dynamic Voltage Stability Assessment in Large‐
Scale Power Systems Sarić A.T., Stanković A.M. 456825
254
5
462909
461685
476666
Session 12
Tuesday, 30 June, 11:00‐12:30 ‐ ICT applications in smart energy systems II
Chair: Prof. René Kamphuis, Eindhoven University of Technology / TNO Smart Meters using the Architecture of Future Internet Simonov M., Daltoè G., Zanetto G., Conti R. Visualization Approach for analytical energy metering
Simonov M. Energy Management with TRIANA on FPAI Toersche H.A., Hurink J.L., Konsman M.J. A Step‐by‐Step Data Processing Guideline for Load Model Development Based on Field Measurements Hasan K.N., Milanovic J.V., Turner P., Turnham V. Optimal Resource Allocation and Load Scheduling for a Multi‐Commodity Smart Energy System Blaauwbroek N., Nguyen P.H., Shi H., Kamphuis I.G., Kling W.L., Konsman M.J. 474136
435800
476543
462853
455241
4
Tuesday, 30 June, 11:00‐12:30 ‐ Electric vehicle prospects and network interaction II Chair: Prof. Zita Vale, Polytechnic of Porto Component‐Based Modelling of EV Battery Chargers
Xiao X., Molin H., Kourtza P., Collin A., Harrison G., Djokic S., Meyer J., Müller S., Möller F. Multiterminal electrical charging station for LV networks
García‐López F.P., Barragán‐Villarejo M., Maza‐Ortega J.M., Gómez‐Expósito A. Economic operational scheduling of a Smart distribution network considering demand response, Electric vehicles and Network reconfiguration Anand M.P., Ongsakul W., Singh J.G., Golshannavaz S. MicroGrid DER control including EVs in a Residential Area
Soares J., Silva M., Canizes B., Vale Z., Optimal Bidding Strategy of a Plug‐In Electric Vehicle Aggregator in Day‐Ahead Electricity Markets Under Uncertainty Vayá G., Andersson G. Tuesday, 30 June, 13:30‐15:00 ‐ Power system modeling, simulation and analysis I Chair: Prof. Math Bollen, Luleå University of Technology Resonant Overvoltages in Wind Turbine Transformers
Banda C.A., van Coller J.M. Temperature Dependent Signal Propagation Velocity: Possible Indicator for MV Cable Dynamic Rating Li Y., Wouters P.A.A.F., Wagenaars P., van der Wielen P.C.J.M., Steennis E.F. Statistical Top‐Down Approach for Energy Loss Estimation in Distribution Systems Armaulia Sanchez V., Lima D.A., Ochoa L.F., Oliveira M.E. Contemplation of Transformer Loss Evaluation Methods in Vertically Integrated and Decentralized Energy Systems Lazari A.L., Charalambous C.A. Applicability of Nonlinear Reluctance Model to a Closed Core Fault Current Limiter Gunawardana S.M., Commins P.A., Moscrop J.W., Perera S. Tuesday, 30 June, 13:30‐15:00 ‐ Power system interoperability, standards and codes Chair: Prof. Mario Paolone, EPFL DESL Modern Voltage Regulation Methods For Network Planning And Operation In Low Voltage Grids Eilenberger S., Groß D., Rudion K., Tenbohlen S., Berber I. IEC61850 GOOSE Performance in Real Time and Challenges Faced by Power Utilities Amjadi S., Kalam A. Architecture and Characterization of a Calibrator for PMUs Operating in Power Distribution Systems Colangelo D., Zanni L., Pignati M., Romano P., Paolone M., Braun J.P., Bernier L.‐G. Frequency control using thermal loads under the proposed ENTSO‐E Demand Connection Code Tindemans S.H., Trovato V., Strbac G. Requirement to enlarge interface protections frequency ranges for generators connected to distribution networks : study of alternatives and solution proposal Gabrion V., Klaja D., Emelin S., Grenard S., Minaud A. Accepted for publication in IEEE Transactions on Power Systems IEEE Transactions on Dielectrics and Electrical Insulation, Vol. 22, No. 2, April 2015, 665‐672 5
Session 13 462814
443365
464325 460915 433344 Tuesday, 30 June, 13:30‐15:00 ‐ Demand side management and Demand response I
Chair: Prof. Sid Suryanarayanan, Colorado State University Impact of Large‐Scale Demand Side Response on System Frequency– A Case Study Qazi H.W., Rather Z.H., Flynn D. A Multi‐Agent Model and Strategy for Residential Demand Response Coordination
Roche R., Suryanarayanan S., Hansen T.M., Kiliccote S., Miraoui A. Voltage Dependent Demand Response with Dynamic Hysteresis Thresholds in DC Microgrids Mackay L., Kolios P., Ramirez‐Elizondo L., Bauer P. Distribution System Operation Enhancement through Household Consumption Coordination in a Dynamic Pricing Environment Paterakis N.G., Medeiros M.F., Catalão J.P.S., Erdinc O. PV Integration in Low‐Voltage Feeders with Demand Response
Li X., Borsche T., Andersson G. 461633
459194
476627
462604
Session 17
476884
Session 14 458461
462916
477024 471847 459703 Tuesday, 30 June, 13:30‐15:00 ‐ RES integration I
Chair: Prof. Ian Hiskens, University of Michigan Frequency Control of Energy Storage System based on Hierarchical Cluster Structure
Lee S.J., Choi J.Y., Won D.J., Choi I.S., An G.H., Choi Y.J. Economic Impact of Wind Integration on Primary Frequency Response
Farrokhseresht N., Chávez H., Hesamzadeh M.R. Reactive Power Limitation due to Wind‐Farm Collector Networks
Martin J.A., Hiskens I.A. Evaluation of a very large scale PV power system with energy storage for capacity firming Marinopoulos A., Bakas P. Integration of Renewable Energy into Grid System – The Sabah Green Grid
Hashim A.H., Khairuddin A.K., Ibrahim J.B. 462373
463203
462267
462976
462065
Session 15 458030
456398 463725 460458 430695
Tuesday, 30 June, 13:30‐15:00 ‐ Network protection and distribution automation I
Chair: Dr. Edward Coster, Eindhoven University of Technology / STEDIN Modified algorithm for directional earth‐fault protection without voltage inputs
Žarkovic M.D, Stojanovic Z.N. An Adaptive Overcurrent Protection in Smart Distribution Grid
Bhattarai B.P., Bak‐Jensen B., Chaudhary S., Pillai J.R. Signal extraction from inrush current for inter‐winding fault protection of power transformers Dolgicers A., Kozadajevs J. Fundamentals of Detectability and Detection Methods of Unintentional Electrical Islands Palm S., Schegner P. An Enhanced Adaptive Data Processing Technique for Computing Synchrophasor Measurements under Power System Frequency Variation Almasalma H., Albuquerque R.J., Caire R., Hadjsaid N. 6
Session 18
457402
475973
461727
7
1028 462965
Session 16 461731
469061
460685 Tuesday, 30 June, 15:30‐17:40 ‐ Active distribution network
Chair: Prof. Mario Paolone, EPFL DESL Switching State Optimization Influences on Active Distribution Systems Operation
Hemdan N.G.A., Deppe B., Pielke M., Kurrat M., Schmedes T., Wieben E. Control strategies for a decentralized, real‐time operation of distribution grids
Drayer E., Meyer F., Hegemann J., Braun M. Rules based voltage control for distribution networks combined with TSO‐ DSO reactive power exchanges limitations Morin J., Colas F., Guillaud X., Grenard S., Dieulot J.Y. 462926
6
Uncontrolled islanding operations of MV/LV active distribution networks Cerretti A., D'Orazio L., Pezzato C., Sapienza G, Valvo G., Cammalleri N, Mattavelli P., Sgarbossa R., Turri R., De Berardinis E. Dynamic Virtual Reactive Power Plant in Active Distribution Networks Muuß F., Hemdan N.G.A., Kurrat M., Unger D., Engel B. A Hardware‐in‐the‐Loop Test Platform for the Performance Assessment of a PMU‐
based Real‐Time State Estimator for Active Distribution Networks Sarri S., Pignati M., Romano P., Zanni L., Paolone M. Security Constrained Optimal Power Flow for Mixed AC and Multi‐Terminal HVDC Grids Saplamidis V., Wiget R., Andersson G. Tuesday, 30 June, 15:30‐17:20 ‐ Electricity markets design and regulatory issues Chair: Prof. Andrej Gubina, University of Ljubljana Economic Cost‐Benefit Analysis for Power System Operations with Environmental Considerations Lamadrid A.J., Shawhan D.L., Murillo‐Sanchez C.E., Zimmerman R.D., Zhu Y., Tylavsky D.J., Kindle A., Dar Z. European Market Coupling Algorithm incorporating clearing conditions of block and complex orders Dourbois G.A., Biskas P.N. An Innovative Probabilistic Methodology for Net Transfer Capacity Evaluation Adinolfi F., Massucco S., Saviozzi M., Silvestro F., Ciapessoni E., Cirio D., Pitto A. Strategic Bidding by a Risk‐Averse Firm with a Portfolio of Renewable Resources Moiseeva E., Hesamzadeh M.R. Policy Framework Conditions for Provision of Ancillary Services in a Distribution Network by Distributed RES Generation Gubina A.F., Tuerk A., Pucker J., Taljan G. A Stochastic Multi‐Layer Agent‐Based Model to Study Electricity Market Participants Behavior Shafie‐Khah M., Catalão J.P.S. Tuesday, 30 June, 15:30‐17:20 ‐ Demand side management and Demand response II Chair: Prof. João Abel Peças Lopes, INESC PORTO OS4ES: Increasing awareness of DG‐RES and demand response processes by registry enabled services Venekamp G.M., Kamphuis I.G., Laarakkers J.A.W., van den Berge L.J.M. Assessment of an Algorithm to Utilize Heat Pump Flexibility ‐ Theory and Practice Klaassen E.A.M., Asare‐Bediako B., de Koning C.P., Frunt J., Slootweg J.G. A Valuation Method for Demand Side Management with Heat Supply Systems and the Influence of Optimization Strategies Haase B., Rehtanz C. Decentralised control of thermostatic loads for flexible demand response Tindemans S.H., Trovato V., Strbac G. Integrating Large Shares of Heterogeneous Thermal Loads in Power System Frequency Control Vrettos E., Ziras C., Andersson G. EHP in Low Voltage Networks: Understanding the Effects of Heat Emitters and Room Temperatures Navarro‐Espinosa A., Good N., Zhang L., Mancarella P., Ochoa L.F. IEEE Transactions on Power Systems, Vol. 30, No. 2, March 2015, pp. 867‐881 Accepted for publication in IEEE Transactions on Control Systems Technology 7
Session 19 462537
462401
462531 462840 461371 461908 Session 20 462871
462771
476523 462296 462955 460847
143
8
Tuesday, 30 June, 15:30‐17:20 ‐ RES integration II
Chair: Dr. Raphael Caire, Institut Polytechnique de Grenoble Flexible Resource Optimization to Mitigate Operational Problems from Variable Generation Sakis Meliopoulos A.P., Polymeneas E., Huang R. Inertia Considerations within Unit Commitment and Economic Dispatch for Systems
with High Non‐Synchronous Penetrations Daly P., Cunniffe N., Flynn D. Investigation of Different Fault Ride Through Strategies for Renewable Energy Sources
Hadjidemetriou L., Demetriou P., Kyriakides E. Inverse time overcurrent protection scheme for fault location in multi‐terminal HVDC
Torres‐Olguin R.E., Høidalen H.K. Impact of Increased Penetration of Wind Power on Damping of Low Frequency Oscillations in Different Network Topologies Garmroodi M., Hill D.J., Ma J., Verbic G. Assessment of the Resilience of Transmission Networks to Extreme Wind Events
Panteli M., Mancarella P., Wilkinson S., Dawson R., Pickering C. Tuesday, 30 June, 15:30‐17:40 ‐ Network protection and distribution automation II
Chair: Dr. Johan Morren, Eindhoven University of Technology / Enexis Recloser application possibilities and the related benefits at a Hungarian MV network
Andras D., Hartmann B., Kiss J., Vokony I. Protection System Studies for ENEL Distribuzione’s MV Loop Lines
Lauria S., Codino A., Calone R. Volt/VAR Optimization Function with Load Uncertainty for Planning of MV Distribution Networks Rahimi S., Massucco S., Silvestro F., Hesamzadeh M.R., Tohidi Y. Protection Coordination in Modern Distribution Grids Integrating Optimization Techniques with Adaptive Relay Setting Papaspiliotopoulos V.A., Korres G.N., Hatziargyriou N.D. Service Restoration in Large‐Scale Distribution Systems Considering Three Levels of Priority Customers Marques L.T., Delbem A.C.B., Camillo M.H.M., London Junior J.B.A. Hybrid and Pi‐Circuit Approaches for Grounding System Lightning Response
Araneo R., Maccioni M., Lauria S., Geri A., Gatta F., Celozzi S. Coordinated Control for an Offshore Wind Power Plant to Provide Fault Ride Through Capability Aragues Penalba M., Gomis‐Bellmunt O., Martins M. 9
145 Session 22
462156
464124
464114
462186
462356
Session 23
462587
460460
457318
472441
458887
Session 24
462801
462864
Session 21 460494
461034
462636 462374 8
Wednesday, 1 July, 09:00‐10:30 ‐ Power system modeling, simulation and analysis II
Chair: Prof. Sonja Berlijn, Statnett The role of spatial correlations in Monte Carlo studies on power system
Seguinot B., Zani A. Defensive Islanding Using Self‐Organizing Maps Neural Networks and Hierarchical Clustering Mahdi M., Genc I. Novel Crowbar System in Doubly Fed Induction Generators
Lafferte D., Dias M., Zacharias P. New Operation Scheme and Control of Smart Grids using Fuzzy Cognitive Networks
Kottas T., Stimoniaris D., Tsiamitros D., Kikis V., Boutalis Y., Dialynas E. IEEE Transactions on Sustainable Energy, Vol. 5, No. 4, October 2014, pp. 1253‐1261 462625
469095
461315
9
Reliability Analysis of Substation Monitoring Systems Based on Branch PMUs Gómez O., Portilla C., Rios M. Wednesday, 1 July, 09:00‐10:30 ‐ Advanced diagnostics and asset management I Chair: Prof. Johan Smit, Delft University of Technology Modelling for On‐Line Partial Discharge Monitoring on MV Cables by Using a Modified Universal Line Model Milioudis A.N., Labridis D.P. Insulation Condition Assessment of Power Transformer Bushings by Utilizing High Voltage Lightning Impulses Nikjoo R., Taylor N., Edin H. Surface Discharge Analysis at Trapezoidal Testing Voltage Waveforms Wang X., Taylor N., Edin H. Remote Diagnosis of Insulator Strings using Radiated Emission
Leonida T., Baran I., Costea M. Weather‐Based Assessment of the OHL Thermal State
Sidea D., Baran I., Leonida T. Wednesday, 1 July, 09:00‐10:30 ‐ Voltage control I Chair: Prof. Alberto Borghetti, University of Bologna An Affine Arithmetic Method to Identify Voltage Control Areas for Secondary Voltage Control La Gatta P.O., Passos Filho J.A., Pereira J.L.R, Henriques R.M. Voltage control in MV distribution networks through coordinated control of tap changers and renewable energy sources Jakus D., Vasilj J., Sarajčev P. Investigation of voltage level control in electric power systems
Belyaev N.A., Korovkin N.V., Chudny V.S., Frolov O.V. Optimal Real‐Time Control of Multiple Battery Sets for Power System Applications Fortenbacher P., Mathieu J.L.., Andersson G. Frequency Dependent Voltage Control by DER Units to Improve Power System Frequency Stability Korai A.W., Erlich I. Wednesday, 1 July, 09:00‐10:30 ‐ Power system operation I Chair: Prof. Istvan Erlich, University Duisburg‐Essen Innovative methodology for observability improvement of distribution networks Bovo C., Ilea V., Subasic M., Rochira I., Arrigoni C. Optimal energy management for an island microgrid by using Dynamic programming method Luu N.A., Tran Q.‐T., Bacha S. Performance Assessment of Evolutionary Algorithms in Power System Optimization Problems Rueda J.L., Erlich I., González‐Longatt F. Real‐Time Control of Microgrids with Explicit Power Setpoints: Unintentional Islanding Bernstein A., Reyes‐Chamorro L., Le Boudec J.‐Y., Paolone M. A Novel Measure to Characterize the Bus Type Assignments of Realistic Power Grids Wang Z., Elyas S.H., Thomas R.J. IEEE Transactions on Power Systems, Vol. 30, No. 2, March 2015, pp. 962‐969 Session 25 462666
461037
476385 457759 461381 Session 26 469948
459722
459148 462262 10
644 Session 27 438623
462876
450675 461602 462419 10
Wednesday, 1 July, 09:00‐10:30 ‐ Smart energy markets I
Chair: Prof. Gerard Smit, University of Twente Techno‐Economic Assessment of Demand Response Aggregation under Different Market Price Conditions Schachter J.A., Mancarella P. Optimized Demand Response Bidding in the Wholesale Market under Scenarios of Prices and Temperatures Iria J.P., Soares F.J., Bessa R.J. The Development of Demand Elasticity Model for Demand Response in the Retail Market Environment Babar M., Nguyen P.H., Cuk V., Kamphuis I.G. Demand Side Management using Profile Steering
Gerards M.E.T., Toersche H.A., Hoogsteen G., van der Klauw T., Hurink J.L., Smit G.J.M. The Influence of the Consumer Modelling Approach in Demand Response Programs Implementation Pereira F., Faria P., Vale Z. Wednesday, 1 July, 11:00‐12:30 ‐ Power system modeling, simulation and analysis III
Chair: Prof. Costas Vournas, ICCS/NTUA The Role of Aggregation in Power System Simulation
Deml S., Ulbig A., Borsche T., Andersson G. Application of the Adomian Decomposition Method for Semi‐Analytic Solutions of Power System Differential Algebraic Equations Duan N., Sun K. Power Flow Method Using a Dedicated Mixed‐Signal Hardware Platform
Lanz G., Kyriakidis T., Cherkaoui R., Kayal M. Performance Assessment of IMF‐Based Passive Islanding Detection Method in Various Islanding and Non‐Islanding Events Mohammadzadeh Niaki A.H., Afsharnia S. Advanced Network Management Systems: A Risk‐Based AC OPF Approach
Alnaser S.W., Ochoa L.F. Session 28
461413
462622
460717
461634
11
411 Session 29
460413
455436
448558
460939
455770
Session 30
Wednesday, 1 July, 11:00‐12:30 ‐ Advanced diagnostics and asset management II
Chair: Dr. Peter Wouters, Eindhoven University of Technology Dynamic Line Rating of Overhead Transmission Lines under Natural Convective Cooling Rodriguez J., Franck C.M. Estimation of the Influence of Direct strokes on the Lightning Performance of Overhead Distribution Lines Tossani F., Napolitano F., Borghetti A., Nucci C.A., Lopes G.P, Martinez M.L.B., Dos Santos G.J.G. Transformer Incipient Inter‐turn Fault detection based on No‐load Current Harmonic Analysis Venikar P.A., Ballal M.S., Umre B.S., Suryawanshi H.M. Optimal Geometric Configurations for Mitigation of Magnetic Fields of Underground Power Lines Hernández Jiménez V.J., Castronuovo E.D. Lightning Performance of Overhead Hybrid Transmission Line
Mackow A., Kizilcay M., Malicki P. IEEE Transactions on Power Systems, Vol. 30, No. 1, January 2015, pp. 409‐418 462919
462606
462068
429024
461949
11
Wednesday, 1 July, 11:00‐12:30 ‐ Voltage control II Chair: Prof. Grigoris Papagiannis, Aristotle University of Thessaloniki Reactive power control of photovoltaic units over wireless cellular networks Bottura R., Borghetti A., Barbiroli M., Nucci C.A. Dynamic Voltage Regulator Operation with Demand Side Management for Voltage Control Mufaris A.L.M., Baba J., Yoshizawa S., Hayashi Y. Optimised Voltage Control for Distributed Generation
Murphy C., Keane A. A Random Forest‐Based Approach for Voltage Security Monitoring in a Power System Negnevitsky M., Tomin N., Panasetsky D., Rehtanz C., Kurbatsky V., Zhukov A. Volt‐VAR Multiobjective Optimization to Peak Load Relief and Energy Efficiency in Distribution Networks Padilha‐Feltrin A., Quijano Rodezno D.A., Mantovani J.R.S. Wednesday, 1 July, 11:00‐12:30 ‐ Power system operation II Chair: Prof. Istvan Erlich, University Duisburg‐Essen Vulnerability Analysis related to Extraordinary Events in Power Systems Kjølle G.H., Gjerde O. Uncertainty Margins for Probabilistic AC Security Assessment
Qu H., Roald L., Andersson G. Influence of Voltage Support by Converter Based Distributed Generation on the Short‐
Circuit Power Wijnhoven T., Tant J., Neumann T., Erlich I., Deconinck G. Irish Power System Primary Frequency Response Metrics during Different System Non Synchronous Penetration Iswadi H.R., Best R.J., Morrow J.D. Some Pecularities of the Fault Current Contribution by Dispersed Generation Janssen A., Steentjes N. Wednesday, 1 July, 11:00‐12:30 ‐ Smart energy markets II Chair: Prof. Gerard Smit, University of Twente Adaptive Thermostat Control in Residential Buildings through Uniform Clearing Price Mechanism Bhattacharya S., Kar K., Chow J.H. Addressing Demand Response Concentration under Dynamic Pricing Papadaskalopoulos D., Fatouros P., Strbac G. Optimal Operational and Economical Coordination Strategy for a Smart Neighborhood Paterakis N.G., Pappi I.N., Catalão J.P.S., Erdinc O. Improving the efficiency of a hydro‐thermal power system utilizing demand‐side flexibility Song M., Amelin M. Demand Response Clustering – How do Dynamic Prices affect Household Electricity Consumption? Waczowicz S., Reischl M., Klaiber S., Konotop I., Hagenmeyer V., Mikut R., Bretschneider P., Westermann D. IEEE Transactions on Power Delivery, Vol. 30, No. 2, April 2015, pp. 618‐626 Session 31 1022
12
461334
449224
446451 469161 Wednesday, 1 July, 13:30‐15:00 ‐ Developments in power system planning I
Chair: Dr. Gianluigi Migliavacca, Ricerca sul Sistema Energetico ‐ RSE SpA An Adjustable Robust Optimization Approach for Contingency‐Constrained Transmission Expansion Planning Moreira A., Street A., Arroyo J.M. Optimal Location and Sizing of HVDC Converters for Same‐Tower AC‐DC Overhead Lines Alizadeh‐Mousavi O., Evrenosoglu C.Y., Zima‐Bočkarjova M. Unit Commitment Model including Detailed Modeling of Combined Cycle Gas Turbine concerning Weather Impacts Geng Z., Chen Q., Chen X., Xia Q., Li J., Wang Y., Chen Y. Hydrothermal scheduling in Norway using stochastic dual dynamic programming; a large‐scale case study Gjerden K.S., Helseth A., Mo B., Warland G. Optimal Reserve Grid Planning Considering Reliability
La Fauci R., Bader J., Andersson G. Session 34
462204
448510
448346
461762
461558
Session 35
457259
Session 32 464965
475890
464501 459750 461964 Wednesday, 1 July, 13:30‐15:00 ‐ Future power system infrastructure
Chair: Prof. Gerard Doorman, Statnett / NTNU European Electricity Market Simulation for Future Scenarios with High Renewable Energy Production Spieker C., Teuwsen J., Liebenau V., Müller S.C., Rehtanz C. Evaluation of interactions between multiple grid operators based on sparse grid knowledge in context of a smart grid co‐simulation environment Vogt M., Marten F., Löwer L., Horst D., Brauns K., Fetzer D., Menke J.‐H., Troncia M., Hegemann J., Töbermann C., Braun M. Application of new grid‐impacting technologies towards RES exploitation: the GridTech pan‐European analysis L'Abbate A., Calisti R., Careri F., Rossi S. Aggregated Effect of Demand Response on Performance of Future Grid Scenarios
Marzooghi H., Verbic G., Hill D.J. Monte Carlo Simulation Applied to Support Risk‐based Decision Making in Electricity Distribution Networks Goerdin S.A.V., Mehairjan R.P.Y., Smit J.J. 460205
441921
459071
459608
Session 36
460497
Session 33 475940
462139
460581 460686 13
1055 Wednesday, 1 July, 13:30‐15:00 ‐ HVDC I
Chair: Prof. Mart van der Meijden, Delft University of Technology Dynamic Simulation of a Combined AC and MTDC Grid with Decentralized Controllers to Share Primary Frequency Control Reserves Wiget R., Andreasson M., Andersson G., Dimarogonas D.V., Johansson K.H. On‐line control of Multi‐Terminal HVDC Systems Connected to Offshore Wind Farms using the OPF‐based Multi‐Agent Approarch Nazari M., Baradar M., Hesamzadeh M.R., Ghandhari M. Power Flow Analysis of Meshed AC‐DC Super Grid
Chowdhury N.U.A., Yanushkevich A. Damping of Electromagnetic Transients in a Superconducting VSC Transmission System Doukas D.I., Blatsi Z.D., Milioudis A.N., Labridis D.P., Harnefors L., Velotto G. Advanced Hybrid Transient Stability and EMT Simulation for VSC‐HVDC Systems
van der Meer A.A., Gibescu M., van der Meijden M.A.M.M., Kling, W.L., Ferreira J.A. 440931
469916
462784
456708
Session 37
459066
458982
12
IEEE Transactions on Power Systems, Vol. 30, No. 4, July 2015, pp. 2013‐2022 IEEE Transactions on Power Delivery, Vol. 30, No. 3, June 2015, pp. 1057‐1066 13
Wednesday, 1 July, 13:30‐15:00 ‐ State estimation and situational awareness II Chair: Prof. Antonio Simões Costa, Federal University of Santa Catarina The Effect of Time‐Delayed Measurements on a PMU‐Based State Estimator Asprou M., Kyriakides E. A Modified Chi‐Squares Test for Improved Bad Data Detection
Göl M., Abur A. Modification of Boundary Zone Measurements to Avoid Spreading of Errors Ren P., Abur A. A new formulation of state estimation in distribution systems including demand and generation states Rousseaux P., Toubeau J.‐F., De Grève Z., Vallée F., Glavic M., Van Cutsem T. Optimization based method to consolidate European Transmission Data Ruiz M., Gabay M., Maeght J., Lefevre M., Panciatici P. Wednesday, 1 July, 13:30‐15:00 ‐ Power quality issues and mitigation techniques I Chair: Prof. Sjef Cobben, Eindhoven University of Technology Mitigation of Power Flow Congestion in a Meshed DC Grid with Controllable DC Series Voltage Auddy S., Mukherjee S., Bopparaju G., Jonsson T.U., Callavik M. Harmonic Resonances in Wind Power Plants: Modeling, Analysis and Active Mitigation Methods Freijedo F.D., Chaudhary S.K., Teodorescu R., Guerrero J.M., Bak C.L., Kocewiak L H., Jensen C.F. Observability Reliability Evaluation in Power Systems Considering Data Uncertainty Khalafi Z., Dehghani M., Goel L., Li W. Malfunction Operation of LVRT Capability of Wind Turbines under Islanding Conditions Hoseinzadeh B., Faria da Silva F., Bak C.L., Mirehbaygi M. Global Assessment of Power Quality Performance of Networks using the Analytic Hierarchy Process Model Abdelrahman S., Liao H., Guo T., Guo Y., Milanovic J.V. Wednesday, 1 July, 15:30‐17:00 ‐ Developments in power system planning II Chair: Dr. Gianluigi Migliavacca, Ricerca sul Sistema Energetico ‐ RSE SpA Snapshot Selection based on statistical clustering for Transmission Expansion Planning Agapoff S., Pache C., Paniatici P., Warland L., Lumbreras S. Development of grid security forecasting processes at TenneT TSO B.V. van Waes J.B.M., van de Ploeg P.J., Fadriansyah T., Almeida de Graaff S. Multi‐Stage Power Distribution Planning to Accommodate High Wind Generation Capacity Koutsoukis N.C., Georgilakis P.S, Hatziargyriou N.D. Planning open and closed‐Loop feeders with efficiency analysis
Morillo J.L., Pérez J.F., Quijano N., Cadena A. Weather Data‐based Load Profile Modeling for Grid Expansion Planning Wiest P., Rudion K., Probst A. Wednesday, 1 July, 15:30‐17:20 ‐ Transient Stability & Control Chair: Prof. Claudio Canizares, University of Waterloo Transient Stability Analysis of Series Unbalanced Conditions using Dedicated Mixed‐
Signal Hardware Lanz G., Kyriakidis T., Cherkaoui R., Kayal M. A Technique to Reduce Electric Power System Models for Dynamic Investigations using Generator Coherency Zimmer H., Hanson J. 472230 456593 462808 459746 Session 38 457355
462740
461918 460386 461835 448581 Circulating current suppression control dynamics and impact on MMC converter dynamics Jamshidi Far A.A., Jovcic D. Impact of high level penetration of Wind Turbines on Power System Transient Stability Kalogiannis T., Müller Llano E., Hoseinzadeh B., Faria Da Silva F. Improving Transient Stability of Photovoltaic‐Hydro Microgrids Using Virtual Synchronous Machines Tamrakar U., Galipeau D., Tonkoski R., Tamrakar I. PSS Phase Shaping and Coordinated Gain Tuning in a Large Longitudinal Power System
De Marco F.J., Martins N., Libonati F., Castellanos J.M. Wednesday, 1 July, 15:30‐17:20 ‐ HVDC II
Chair: Dr. Dirk van Hertem, KU Leuven Modular modelling of combined AC and DC systems in dynamic simulations
Aristidou P., Papangelis L., Guillaud X., Van Cutsem T. Comparison of PI and PR Current Controllers applied on Two‐Level VSC‐HVDC Transmission System Manoloiu A., Pereira H.A., Teodorescu R., Bongiorno M., Eremia M., Silva S.R. Distributed Ancillary Service Support for Independent AC‐Areas through HVDC Grid
Babazadeh D., Freizadeh F., Nordström L. A Comprehensive Methodology for Assessing Power Oscillation Damping Controllers for HVDC‐based System Stabilization Zhang Y., Preece R. A fundamental study on the impact of HVDC lines on transient stability of power systems Sigrist L., Echavarren F., Rouco L., Panciatici P. Coupling between the Frequency Droop and the Voltage Droop of an AC/DC Converter in an MTDC System Akkari S., Dai J., Petit M., Guillaud X. Session 40
462602
463367
462486
462000
432206
460890
Session 41
459336
461923
462581
462799
Session 39 458463
462824
441904 464171 458234 443841 461345
Wednesday, 1 July, 15:30‐17:40 ‐ State estimation and situational awareness III
Chair: Prof. Ali Abur, Northeastern University – Boston Linear State Estimation in Low Voltage Grids based on Smart Meter Data
Waeresch D., Brandalik R., Wellssow W.H., Jordan J., Bischler R., Schneider N. Two‐Stage Hierarchical State Estimation Based on Local Substation Modeling
Salame da Silva N., Simões Costa A. Integrity Attack Detection in PMU Networks Using Static State Estimation Algorithm
Dehghani M., Khalafi Z., Khalili A., Sami A. A PMU‐Based State Estimator for Networks Containing FACTS Devices
Li W., Vanfretti L. Enhancing the Observability of Traditional Distribution Grids by Strategic Meter Allocation Kouzelis K., De Cerio Mendaza I., Bak‐Jensen B., Pillai J.R., Katsavounis K. The Innovation Concept Applied to the Processing of Measurements and Parameters Errors in Power Systems State Estimation Bretas N.G., Carvalho B.E.B., Albertini M.R.C. Integrated State & Topology Estimation Based on A Priori Topology Information
Freitas V., Costa A.S. 462697
Session 42
462288
473725
457385
457958
462724
Wednesday, 1 July, 15:30‐17:20 ‐ Applications of storage technologies III Chair: Prof. Johann Hurink, University of Twente Optimal Siting and Sizing of Energy Storage System for Power Systems with Large‐
scale Wind Power Integration Zhao H., Wu Q., Huang S., Guo Q., Sun H., Xue Y. Impact Analysis of Distributed PV and Energy Storage Systems in Unbalanced LV Networks Lamberti F., Calderaro V., Galdi V., Piccolo A., Graditi G. Power‐to‐Gas Potential Assessment of Portugal Under Special Consideration of LCOE Heymann F., Bessa R. Evaluation of Flexible Demand‐Side Load‐Following Reserves in Power Systems with High Wind Generation Penetration Paterakis N.G., Catalão J.P.S., Ntomaris A.V., Erdinc O. An Aging‐Aware Life Cycle Cost Comparison between Supercapacitors and Li‐ion Batteries to Smooth Direct Wave Energy Converter Production Kovaltchouk T., Ben Ahmed H., Multon B., Aubry J., Venet P. Storage units in active Distribution Networks: advanced Voltage Regulation with multi‐objective optimization Viganò G., Moneta D., Stein D., Consiglio L. Thursday, 2 July, 09:00‐10:30 ‐ Developments in power system planning III Chair: Prof. Han Slootweg, Eindhoven University of Technology A review of multi‐energy system planning and optimization tools for sustainable urban development van Beuzekom I., Gibescu M., Slootweg J.G. Flex‐Grid: A Dynamic and Adaptive Configurable Power Distribution System Sun H., Wang Y., Nikovski D., Zhang J. Matching PV Array Output With Residential Load by Optimisation of Array Orientation Ashok V.V., Onwudinanti C., Mouli C., Ram G., Bauer P. System Level Cost and Environmental Performance of Integrated Energy Systems: An Assessment of Low‐Carbon Scenarios for the UK Wang H., Saint‐Pierre A., Mancarella P. Optimization of Transmission Technology and Routes for Pan‐European Electricity Highways Considering Spatial Aspects Ergun H.E., Rawn B.G., Belmans R., Van Hertem D. Thursday, 2 July, 09:00‐10:30 ‐ Risk assessment
Chair: Prof. Christian Rehtanz, TU Dortmund Risk Assessment Tool for Operation: from Threat Models to Risk Indicators Vefsnmo H., Kjølle G., Jakobsen S.H., Ciapessoni E., Cirio D., Pitto A. A Net Balance‐Based Approach in Risk Assessment of Distributed Generation Curtailment Faghihi F., Labeau P.‐E., Maun J.‐C., Vergnol A., De Wilde V. Short‐term Operational Reliability Evaluation for Power Systems under Extreme Weather Conditions Liu Y. Risk‐Constrained AC OPF with Risk Limits on Individual System States Shchetinin D., Hug G. Validation of ICT‐Based Protection and Control Applications in Electric Power Systems Kubis A., Robitzky L., Kuech M., Müller S.C., Jablkowski B., Georg H., Dorsch N., Krey S., Langesberg C., Surmann D., Mayorga D., Rehtanz C., Häger U., Spinczyk O., Wietfeld C., Weihs C., Ligges U., Myrzik J., Götze J. Session 43 459469
456631
460002 464272 458768 Session 44 456847
431513
494109 461991 460604 Session 45 462731
460900
14
6 462671 434059 Thursday, 2 July, 09:00‐10:30 ‐ Real time monitoring and PMUs
Chair: Prof. Carlo Alberto Nucci, University of Bologna ‐ DEI Comparison of Ensemble Decision Tree Methods for On‐line Identification of Power System Dynamic Signature Considering Availability of PMU Measurements Guo T., Papadopoulos P., Mohammed P., Milanovic J.V. Real‐Time Estimation of Transmission Losses from PMU Measurements
Tuttelberg K., Kilter J. Real‐Time Power System Oscillation Monitoring using Synchrophasor Measurements
van Rooyen T., Rens J. Assessment of Time Synchronization Requirements for Phasor Measurement Units
Singh R.S., Hooshyar H., Vanfretti L. Estimation of the Rotor Angle of a Synchronous Generator by using PMU Measurements Jha M., Chakrabarti S., Kyriakides E. Thursday, 2 July, 09:00‐10:30 ‐ Power quality issues and mitigation techniques II
Chair: Prof. Peter Schegner, Technische Universität Dresden Experimental Investigation on the Sensitivity of an Industrial Process to Voltage Dips
Weldemariam L.E., Gärtner H.J., Cuk V., Cobben J.F.G., Kling W.L. Distributed Underfrequency Load Shedding Using a Multi‐Agent System
Xie J., Liu C.‐C., Sforna M. Study on Reactive Power Control of Large‐Scale Photovoltaic System for Voltage Regulation with Long Distribution Line Kouno K., Sogabe T., Itou K., Hojo M. Mitigation of Cascading Failures by Selective Inter‐subnetwork Power Shifts under Multi‐objective Decision Making Li B., Sansavini G. Adaptive Threshold for Segmentation of Combined Power Quality Disturbances de Andrade L.C.M, Oleskovicz M., Souza Fernandes R.A. Thursday, 2 July, 09:00‐10:30 ‐ Power system scheduling I
Chair: Prof. Tran Quoc Tuan, CEA‐INES Reinforcement Learning for the Unit Commitment Problem
Dalal G., Mannor S. A Framework for Analyzing and Optimizing Renewable Energy Portfolios
Chakraborty S.V., Shukla S.K., Thorp J. Nonlinear Medium‐Term Hydro‐Thermal Scheduling With Transmission Constraints
Martins L.S.A., Azevedo A.T., Soares S. Optimizing PV Self‐Consumption through Electric Water Heater Modeling and Scheduling Heleno M., Rua D., Gouveia C., Madureira A., Matos M.A., Peças Lopes J., Silva N., Salustio S. Co‐Optimizing Sales of Energy and Capacity in a Hydropower Scheduling Model
Helseth A., Mo B., Fodstad M., Hjelmeland M.N. Session 46
462663
461888
15
213 462660
461891
Session 47
476680
462595
469706
462977
460874
Session 48
449896
470162
459204
450157
461872
14
IEEE Transactions on Power Systems, Vol. 29, No. 4, July 2014, pp. 1623‐1633 15
Thursday, 2 July, 11:00‐12:30 ‐ Power system modeling, simulation and analysis IV Chair: Prof. Grigoris Papagiannis, Aristotle University of Thessaloniki An Equivalent Circuit Formulation of the Power Flow Problem with Current and Voltage State Variables Bromberg D.M., Jereminov M., Li X., Hug G., Pileggi L. Out‐of‐Step Protection for Multi‐Machine Power Systems Using Local Measurements Paudyal S., Gokaraju R. Optimal Allocation and Sizing of Dynamic Var Sources Using Heuristic Optimization Wildenhues, S., Rueda, J.L., Erlich, I. Development of Steady State and Dynamic Energy Storage Models for DIgSILENT PowerFactory Hartmann B., Lipták S. A Scheme for Optimal Coordination of Reactive‐Power Reserves in a Large Power System Kalemba L., Uhlen K., Hovd M. Thursday, 2 July, 11:00‐12:30 ‐ Hybrid AC/DC distribution technologies Chair: Prof. Math Bollen, Luleå University of Technology Frequency‐Based Overload Control of Smart Transformers
De Carne G., Buticchi G., Liserre M., Vournas C. Stability of DC Voltage Droop Controllers in VSC HVDC Systems
Thams F., Suul J.A., D'Arco S., Molinas M., Fuchs F.W. Advanced Control of Inverter‐interfaced Generation Behaving as a Virtual Synchronous Generator Rubino S., Mazza A., Chicco G., Pastorelli M. Subsynchronous Oscillatory Stability Analysis of an AC/DC Transmission System Joseph T., Ugalde‐Loo C.E., Liang J. Low Frequency AC Transmission as an Alternative to VSC‐HVDC for Grid Interconnection of Offshore Wind Ruddy J., Meere R., O'Donnell T. Thursday, 2 July, 11:00‐12:30 ‐ Power system control I Chair: Prof. Jovica Milanovic, University of Manchester Control Strategy for Optimal Participation of Wind Farms in Primary Frequency Control Ahmadyar A.S., Verbic G. Quasi Generalized Hamiltonian Model of Power Systems Considering the Reference Node Under Stochastic Excitations Li H., Ju P., Yu Y., Wu F., Liu Y. Controlled Islanding Using VSC‐HVDC Links to Reduce Load Shedding Imhof M., Valgaev O., Andersson G. Control of VSC‐HVDC in offshore AC islands with wind power plants: comparison of two alternatives Zeni L., Hesselbæk B., Sørensen P.E., Hansen A.D., Kjær P.C. Robust Fallback Sheme for the Danish Automatic Voltage Control System Qin N., Dmitrova E., Lund T., Lund P., Abildgaard H., Bak C.L., Chen Z. Accepted for publication in IEEE Transactions on Power Systems Session 49 462089
426033
462669 462093 456296 Session 50 458984
462576 462634 462410
Session 51 1017
16
476701
459943 444504 462003 16
Thursday, 2 July, 11:00‐12:30 ‐ Power quality issues and mitigation techniques III
Chair: Prof. Sjef Cobben, Eindhoven University of Technology / Alliander Harmonic Emission of Household Devices in Presence of Typical Voltage Distortions
Yanchenko S.A., Meyer J. Voltage Sags Tolerance and Responsibility Curves
Dos Santos A., Correia de Barros M.T. Stochastic harmonic load model of residential users based on measurements
Blanco A.M., Grevener A., Müller S., Meyer J., Schegner P. A Shunt Active Compensation Strategy With Zero Neutral Current in Two‐phase Three‐wire Systems Furtado P.C. de S., Rodrigues M. do C.B.P., Barbosa P.G. Microgrid Management in Emergency Scenarios for Smart Electrical Energy Usage
Oliveira D.Q., Zambroni de Souza A.C., Almeida A.B., Santos M.V., Lopes B.I.L., Marujo D. Thursday, 2 July, 11:00‐12:30 ‐ Power system scheduling II
Chair: Prof. Tran Quoc Tuan, CEA‐INES Hybrid Stochastic/Deterministic Unit Commitment with Wind Power Generation
Tan W.‐S., Shaaban M. Optimum Scheduling of Non‐utility Facility with Battery Storage Under a Price‐taking Scheme Nuchprayoon S. Coping with Wind Power Uncertainty in Unit Commitment: a Robust Approach using the New Hybrid Metaheuristic DEEPSO Pinto R., Carvalho L.M., Sumaili J., Pinto M.S.S, Miranda V. Stochastic Optimization applied to Brazilian Hydroelectric Seasonalization of Assured Energy Lorey L.F., Iha F.H., Hoffmann L., Ferreira Pereira I., Chaves da Silva Junior I., Henriques Dias B., Marques Marcato A.L. Thursday, 2 July, 13:30‐15:00 ‐ Power system modeling, simulation and analysis V
Chair: Prof. Han Slootweg, Eindhoven University of Technology A Hybrid MILP and Benders Decomposition Approach to Find the Nucleolus Quota Allocation for a Renewable Energy Portfolio Freire L., Street A., Lima D.A., Barroso L.A. Development of Measurement‐Based Generic Load Models for Dynamic Simulations
Kontis E.O., Chrysochos A.I., Papadopoulos T.A., Papagiannis G.K. Modelling the Charging Probability of Electric Vehicles as a Gaussian Mixture Model for a Convolution Based Power Flow Analysis Gödde M., Findeisen T., Sowa T., Schnettler A., Nguyen P.H. Maximization of the feed‐in of renewable energy into high‐voltage grids by optimal switching Scheel J., Dib R., Westermann D., Wirtz F. Aspects of Power System modeling, Initialization and Simulation using the Modelica Language León G., Halat M., Sabaté M., Heyberger J.‐B., Gómez F.J., Vanfretti L. Accepted for publication in IEEE Transactions on Power Systems Session 52
462076
461916
467282
462114
462276
Session 53
461107
462875
462561
462719
459689
Session 54
461062
476948
462453
462571
459997
Thursday, 2 July, 13:30‐15:00 ‐ System Reliability
Chair: Prof. Christian Rehtanz, TU Dortmund On Quantification of Flexibility in Power Systems
Bucher M.A., Delikaraoglou S., Heussen K., Pinson P., Andersson G. Contribution of Microgrids to Distribution Network Reliability
Syrri A.L.A, Martínez Ceseña E.A., Mancarella P. Proposed Future Ancillary Services in Electric Reliability Council of Texas Matevosyan J., Sharma S., Huang S.‐H., Woodfin D., Ragsdale K., Moorty S., Wattles P., Li W. Reliability Assessment of Microgrids with Renewable Generation by an Hybrid Model Borges C.L.T., Costa M. Development of Software for Modelling Decentralized Intelligent Systems for Security Monitoring and Control in Power Systems Panasetsky D., Tomin N., Zhukov A., Kurbatsky V., Voropai N., Sidorov D. Thursday, 2 July, 13:30‐15:00 ‐ Power system control II Chair: Prof. Jovica Milanovic, University of Manchester Evaluation of Droop‐Based Controls in an Islanded Microgrid with Electronically Interfaced Distributed Energy Resources Farrokhabadi M., Canizares C.A., Bhattacharya K. Frequency‐Response Coupling between Synchronous Areas in Europe Scherer M., Zolotarev P. How Future‐Proof Is the Continental European Frequency Control Structure? Scherer M., Andersson G. Parallel Operation of Two Adjacent Steam Power Plants Under Coordinated Q‐V Control Dragosavac J., Janda Ž., Gajic T., Arnautovic D., Milanovic J.V. Actions Generation for Online Power System Control
Glazunova A.M., Aksaeva E.S. Thursday, 2 July, 13:30‐15:00 ‐ Advanced methods in optimal power flow calculation Chair: Dr. Dan Molzahn, University of Michigan Mixed SDP/SOCP Moment Relaxations of the Optimal Power Flow Problem Molzahn D.K., Hiskens I.A. Analytical Reformulation of Chance‐Constrained Optimal Power Flow with Uncertain Load Control Li B., Mathieu J.L. Implementation of Bus Bar Switching and Short Circuit Constraints in Optimal Power Flow Problems van Acker T., van Hertem D., Bekaert D., Karoui K., Merckx C. Asynchronous Distributed Approach for DC Optimal Power Flow
Mohammadi J., Hug G., Kar S. On Efficient Computation of Time Constrained Optimal Power Flow in Rectangular Form Meyer‐Huebner N., Suriyah M., Leibfried T. Session 55 462125
434851
459224 463286 461088 Thursday, 2 July, 13:30‐15:00 ‐ Forecasting Methods in Power System
Chair: Prof. Geert Verbong, Eindhoven University of Technology A Two‐Stage Random Forest Method for Short‐term Load Forecasting
Wu X., He J., Yip T., Zhang P. Local Learning‐ARIMA Adaptive Hybrid Architecture for Hourly Electricity Price Forecasting Vaccaro A., El‐Fouly T.H.M., Canizares C.A., Bhattacharya K. Short‐Term Load Forecasting at the Local Level using Smart Meter Data
Hayes B.P., Gruber J.K., Prodanovic M. Analyzing the Impact of Forecasting Errors on Redispatch and Control Reserve Activation in Congested Transmission Networks Kloubert M.‐L., Schwippe J., Müller S.C., Rehtanz C. Predictive Decision Support to Protect Power Systems against Wind Farm Drop Outs
Münz U., Sollacher R., Heyde C., Klein W., Pilgram P.T. 473079
458393
475117
461644
476965
462094
Session 1B
459918
Poster sessions Session 1A 462084
459721
465528 462268 461375 461127 462499 476656 463417 461386 Tuesday, 30 June, 09:00‐10:30 ‐ RES Integration I
Inertial Frequency Response Estimation in a Power System With High Wind Energy Penetration Lara‐Jimenez J.D., Ramirez J.M. A Comparative Analysis of Intelligent Classifiers for Passive Islanding Detection in Microgrids Azim R., Sun K., Li F., Zhu Y., Saleem H.A., Shi D., Sharma R. Small and Large Signal Stability Analysis of IMPSA Wind Power Plant Integration on Vietnamese Power System Duong M.Q., Le K.H., Tran V.T., Nguyen‐Huu H., Grimaccia F., Leva S., Mussetta M. Dynamic Reserves Quantification for Variable Time Resolution Scheduling
Bakirtzis E.A., Biskas P.N., Bakirtzis A.G. The Large‐scale Wind Power Integration Using The Integrated Heating Load and Heating Storage Control Yang Y., Wu K., Yan X., Gao J., Long H. Improvement of DC and AC Side Performance of Renewable Source Inverters Under Asymmetrical Fault Conditions de Almeida P.M., Barbosa P.G., Duarte J.L., Ribeiro P.F. The Voltage Control for Reactive Power Management by Decentralized Wind Farms
Cabadag R.I., Schmidt U., Schegner P. Fair Power Curtailment of Distributed Renewable Energy Sources to Mitigate Overvoltages in Low‐Voltage Networks Viyathukattuva Mohamed Ali M.M., Nguyen P.H., Kling W.L., Chrysochos A.I., Papadopoulos T.A., Papagiannis G.K. Intelligent Day‐Ahead Scheduling for Distribution Networks With High Penetration of Distributed Renewable Energy Sources Swaminathan B.P., Debusschere V., Caire R. Hour‐ahead Energy Resource Management in University Campus Microgrid
Silva M., Fernandes F., Morais H., Ramos S., Vale Z. 462500
462448
464388
461384
463005
462280
461757
424847
462456
462794
461985
Primary Reserve Studies for High Wind Power Penetrated Systems
Das K., Altin M., Hansen A.D., Sørensen P.E., Abildgaard H. Review of Technical and Economic Challenges for Implementing Rural Microgrids in South Africa Patel H.P., Chowdhury S. Integration of PV System into LV Distribution Networks with Demand Response Application Gan C.K., Shamshiri M., Pudjianto D. Optimal Operational Planning for PV‐Wind‐Diesel‐Battery Microgrid
Moshi G.G., Bovo C., Berizzi A. Trade‐offs between energy‐environmental‐economic objectives for China’s power decarbonization policies Li Y., Lukszo Z., Weijnen M. Integration of DG Sources for Compensation of Unbalanced Loads in the Power Grid Pouresmaeil E., Shaker H.R., Veje C.T., Shokridehaki M., Rodrigues E.M.G., Catalão J.P.S. Tuesday, 30 June, 09:00‐10:30 ‐ RES Integration II
A statistical analysis of the frequency response in an isolated power system with an increasing share of photo‐voltaic generation Cardozo C., Capely L., Lacoste J., Dessante P. Multifunctional Control of an NPC Converter for the Grid Integration of Renewable Energy Sources Pouresmaeil E., Shaker H.R., Jørgensen B.N., Shokridehaki M., Rodrigues E.M.G., Catalão J.P.S. Developing a Hierarchical Scheme for Outage Management in Multi‐Microgrids Farzin H., Fotuhi‐Firuzabad M., Moeini‐Aghtaie M. PV Architectures for DC Microgrids using Buck or Boost Exclusive Microconverters Marafante E., Mackay L., Hailu T.G., Chandra Mouli G.R., Ramirez‐Elizondo L., Bauer P. Study and Analysis of Wind Curtailment Situations and Developing an Appropriated Methodology for its Management Boldt D., Faria P., Vale Z. On Determining the Control Techniques Embedded in a Commercial Single‐Phase Grid‐Tied PV Inverter Peng W., Blackstone B., Mohammad Z., Ginobbi P., Baghzouz Y. Optimal Sizing and Management of a Smart Microgrid for Prevailing Self‐Consumption Ghiani E., Vertuccio C., Pilo F. Smart design is more effective than smart grids
McKula Gutierrez L.P., Kling W.L., van Blijderveen M., Kamerbeek S., Wustmans M., van der Velde R., Bongaerts M. Spinning Reserve Computation for a Power System with WPG using Point‐Estimate Methods Achury N., Ríos M.A. Operating power reserve quantify through PV generation uncertainty analysis of a microgrid Yan X., Francois B., Abbes D. Stochastic Day‐Ahead Scheduling of Thermal and Hybrid Units in Insular Power Systems with High Wind Penetration Ntomaris A.V., Bakirtzis A.G. Smart voltage control in distribution networks with a large share of distributed renewable generation Papazacharopoulos N., Gibescu M., Vaessen P. 457168 457242 462569 461935
Power System Transient Stability Analysis in the Case of High‐Penetration Photovoltaics (Part 2) Yagami M., Ishikawa S., Ichinohe Y., Misawa K., Tamura J. Impact of a Photovoltaic Power Plant Connection on the Power System
Dulau L.I., Abrudean M., Bica D. Under Frequency Load Shedding Schemes in Systems with High PV Penetration: Impact and Improvements De Boeck S., Van Hertem D. Use of Energy Storage Systems in Low Voltage Networks with High Photovoltaic System Penetration Klabunde C., Moskalenko N., Styczynski Z., Lombardi P., Komarnicki P. 459407
478210
Session 2B
461830
462142
Session 2A 443875
461217
460697 458390 462164 462925 497529 447043 473884 461840 460843 462130 462468 461863 477012 Tuesday, 30 June, 11:00‐12:30 ‐ Advanced diagnostic and monitoring techniques
Transmission Line Parameter Error Detection, Identification, and Correction With Geometrical View: Topological Errors Bretas N.G., Martins A.C.P. A Fuzzy Approach for Disturbances Diagnosis and Fault Classification in Power Plants
Cieslak D.A.G., Moreto M. Intelligent System for Fault Detection in Wind Turbines Gearbox
Brandão R.F.M., Carvalho J.A.B., Barbosa F.P.M. Warm‐commissioning Tool of the Data Chain of Digital Measurement Systems
Aprilia E., Le T., Campfens F. On‐Line Performance Monitoring of a Transmission Line using Synchrophasor Measurements de Jager F.A., Rens A.P.J. Impact of thermal and electrical aging on Breakdown Strength of Oil‐impregnated Paper Ghaffarian Niasar M., Taylor N., Edin H., Clemence kiiza R. Expert system to support maintenance scheduling of high voltage circuit breakers
dos Santos D.T., Gisèle Rolim J. A New Method of Fault Loop Resistance Measurement in Low Voltage Systems with Residual Current Devices Czapp S., Borowski K., Dobrzynski K., Klucznik J., Lubosny Z. Underground Power Cable Diagnostics: Online Defect Positioning
Dong Z., Li Y., Wouters P.A.A.F., Wagenaars P., Steennis E.F. A Simplified Approach to Detect Undervoltage Tripping of Wind Generators
Sigrist L., Rouco L. Distribution transformer mid‐term heavy load and overload pre‐warning based on logistic regression Li M., Zhou Q., Yang Z. Comparison of IEEE and CIGRE methods for predicting Thermal Behaviour of Powerlines and their relevance to Distribution Networks Bangay J., Coleman M., Batten R. Fault Prevention by Recognition and Localization of Self‐Extinguishing Faults
Gu T., Provoost F., Bos W. A Comparative Case Study of Online Voltage Instability Monitoring
Duong D.T., Uhlen K., Taranto G.N., Løvlund S. Disturbance Detection of Wide Area Power Systems by use of Short‐term Synchrophasor Data Ota Y. 461848
467638
465892
461842
455833
459058
459365
473691
462580
463232
464715
447210
462533
461132
462049
Impact of Measurement Signals on the Accuracy of On‐line Identification of Power System Dynamic Signature Papadopoulos P.N., Guo T., Wang X., Milanovic J.V. Synchronized measurements and power quality assessment
Dumitrescu A.M., Roman R., Albu M. Tuesday, 30 June, 11:00‐12:30 ‐ Network protection and distribution automation On the Problem of Shunt Reactor Tripping during Single‐ and Three‐Phase Auto‐
Reclosing Panasetsky D.A., Osak A.B. Two‐Terminal Out‐of‐Step Protection for Multi‐Machine Grids Using Synchronised Measurements Sauhats A., Svalova I., Svalovs A., Antonovs D., Utans A., Bochkarjova G. Impact of arc impedance on earth fault currents in medium voltage cable networks Bernards R, Morren J., Slootweg J.G. Voltage Profile Analysis for Fault Distance Estimation in Distribution Network Teninge A., Pajot C., Raison B., Picault D. Fault Distance Estimation in Distribution Network for high impedance faults Dasco A., Marguet R., Raison B. Protection Strategies for LVDC Distribution System
Satpathi K., Ukil A. Differentiation of Fault and Load Change in HVDC System using Amplitude Tracking Square Wave Yeap Y.M., Ukil A. A Fault Location Method for Double‐circuit HVDC Transmission Lines on the Same Tower Based on Mixed Modulus Qiu Y., Li H., Guo L., Wu J., Liang Y. Influence of Ion Current on Current Transformers of AC Systems in near vicinity of DC Systems Romeis C., Jaeger J., Steckler K., Keil T. Reduced DC Circuit Breaker Requirement on Mixed Converter HVDC Networks Chaffey G., Green T.C. Distribution Automation System for Service Restoration Involving Simultaneous Disconnection and Reconnection of Distributed Generators Kawano S., Fujimoto Y., Wakao S., Hayashi Y., Takenaka H., Irie H., Nakajima T.Y. Test Bed: 4G LTE Pertinence for Power Distribution Networks
Sanchez J., Braconnier T., Caire R., Sibileau N., Chotard L. Voltage‐controlled Overcurrent Relay for a Wind Farm Having Looped Collection Circuits Kim T., Kang S., Seo W., Kim M. Optimal Number, Type and Location of Remotely Controlled and Supervised Devices in Distribution Networks Popovic Z., Knezevic S., Brbaklic B. Precise Impedance Based Fault Location Algorithm with Fault Resistance Separation Washer M., Maun J., Dzienis C., Kereit M., Yelgin Y., Blumschein J. Elimination of transmission system overloads through branch switching Pinheiro D.C., Castro C.A. Systematic Method for the Development of Future Active Distribution Network Automation Architectures Riccobono A., Angioni A., Ponci A., Monti A., Giustina D.D., Dedé A., Repo S. Session 3A 463479
462415
424843 424416 460015 460742 462804 462073 462657 425227 462608 462695 462827 470119 462846 361
17
Tuesday, 30 June, 13:30‐15:00 ‐ Electric vehicle prospects and network interaction
Reactive Power Support of Electrical Vehicle Charging Station Upgraded with Flywheel Energy Storage System Sun B., Dragicevic T., Savaghebi M., Vasquez J.C., Guerrero J.M. Improving and Handling Electric Vehicle Penetration Level by Different Smart Charging Algorithms in Distribution Grids Kordkheili R.A., Bak‐Jensen B., Pillai J.R., Bhattarai B.P. Demand Forecasting Associated with Electric Vehicle Penetration on Distribution Systems Botero A.F., Rios M.A. Grid Impact of Charging Electric Vehicles; Study Cases in Denmark, Germany and The Netherlands van der Burgt J., Vera S.P., Wille‐Haussmann B., Andersen A.N., Tambjerg L.H. Investigation of the impact of electric vehicles on the German market for control reserve Wolfram M., Schlegel S., Westermann D. Impact of Peak Electricity Demand in Distribution Grids: A Stress Test
Hoogsteen G., Molderink A., Hurink J.L., Smit G.J.M., Schuring F., Kootstra B. Integration of traffic and grid simulator for the analysis of e‐mobility impact on power distribution networks Bedogni L., Bononi L., Borghetti A., Bottura R., D’Elia A., Salmon Cinotti T. Quantum‐based PSO applied to Hour‐Ahead Scheduling in the Context of Smart Grid Management Soares J., Silva M., Vale Z., de Moura Oliveira P.B. Hierarchical Approach for Optimal Operation of Distribution Grid and Electric Vehicles
Paudyal S., Bharati G.R. System Frequency Control by LFC Signal Equipartition Method Based on Slow Smart Charging of Electric Vehicle Adachi T., Yokoyama A. Optimal Allocation of PHEV Parking Lots to Minimize Distribution System Losses
Mazidi M., Fotuhi‐Firuzabad M., Abbaspour A., Rastegar M. Modeling the PEV Traffic Pattern in an Urban Environment with Parking Lots and Charging Stations Neyestani N., Damavandi M.Y., Shafie‐khah M., Catalão J.P.S. Impacts of Different Renewable Energy Resources on Optimal Behavior of Plug‐in Electric Vehicle Parking Lots in Energy and Ancillary Services Markets Gil F.A.S, Shafie‐khah M., Bizuayehu A.W., Catalão J.P.S. The Car as Power Plant: Towards socio‐technical systems integration
Park Lee E., Chappin E, Lukszo Z., Herder P. Multi‐objective Distribution Planning Approach for Optimal Network Investment with EV Charging Control Dias A., Carvalho P.M.S., Almeida P., Rapoport S. Fuzzy Approach for Online Coordination of Plug‐In Electric Vehicle Charging in Smart Grid Masoum A., Deilami S., Abu‐Siada A., Masoum M. Session 3B
493908
462120
462856
462930
462273
461706
443552
424442
460789
477561
462135
462928
460736
460832
461341
469002
474026
17
IEEE Transactions on Sustainable Energy, Vol. 6, No. 3 July 2015, pp. 1112‐1121 Tuesday, 30 June, 13:30‐15:00 ‐ Applications of storage technologies Smart energy systems in the built environment Assessing Distributed Storage Management in LV Grids with the Smart Grid Metrics Framework Rui H., Wellssow W.H. Option Value of Soft Open Points in Distribution Networks
Giannelos S., Konstantelos I., Strbac G. Day‐ahead Primary Power Reserve Planning and Day‐D Primary Frequency Control of a Li‐Ion Battery Amamra S., Francois B., Lugaro J. Impacts of future residential electricity demand and storage systems on ‘classic’ LV‐
network design Coumans D.J.S., Grond M.O.W., Coster E.J. Agent Based Coordination of Distributed Energy Storage Devices in Future Distribution Grids Unger D., Myrzik J.M.A. Battery Energy Storage Efficiency Calculation Including Auxiliary Losses: Technology Comparison and Operating Strategies Gatta F.M., Geri A., Lauria S., Maccioni M., Palone F. Optimal Operation of Combined Cooling Heat and Power Microgrid With PEVs Wu T., Mai W., Qin M., Zhang C., Li J., Nie Y., Liu J., Chung C.Y. Demonstration of the Smart Energy Neighbourhood Management System in the VIMSEN Project van der Burgt J., Sauba G., Varvarigos E., Makris P. Energy Hub Modelling and Optimisation: An Analytical Case‐Study
Beccuti G., Demiray T., Batic M., Tomasevic N., Vranes S. Benchmarking algorithms for resource allocation in smart buildings
Markidis S., Mocanu E., Gibescu M., Nguyen P.H., Kling W.L. Model Analysis of a Residential Building for Demand Response
Zhao Z., Verbic G., Fiorito F. PV Penetration Scenario Generator based on Maximum Hosting Capacity and Statistic Data Stifter M., Zehetbauer P., Bletterie B. Quantifying the Flexibility of Residential Electricity Demand in 2050: a Bottom‐Up Approach van Stiphout A., Engels J., Guldentops D., Deconinck G. A Framework for Grid‐Edge Resilience Improvement Using Homes and Microgrids Coordination Roche R., Celik B., Bouquain D., Miraoui A. Optimal Power Flow with Energy Storage Systems: Single‐period Model vs. Multi‐
period Model Nguyen N.T.A., Le D.D., Bovo C., Berizzi A. Hourly Electricity Load Modelling of non‐residential Passive Buildings in a Nordic Climate Lindberg K.B., Doorman G., Chacon J.E., Fischer D. Control of a Battery Energy Storage System Accounting for the Charge Redistribution Effect to Dispatch the Operation of a Medium Voltage Feeder Sossan F., Torregrossa D., Namor E., Cherkaoui R., Paolone M. Session 4A 501917
456270 459255 462812 441352 461913 461342 460271 455946 449325 462829 475865 474082 462819 456724 433334 Tuesday, 30 June, 15:30‐17:00 ‐ Power system dynamics and stability
DREAM: an ICT architecture framework for heterarchical coordination in power systems Kamphuis I.G., Wijbenga J.P., van der Veen J.S., Macdougall P., Faeth M. Impact of Penetration of Non‐Synchronous Generators on Power System Dynamics
Papadopoulos P.N., Milanovic J.V. A Novel Approach for Analytical Modeling of Line Commutated Converter based HVDC Systems for Electromagnetic Transient Analysis Probst L., Hahn C., Luther M. Direct Methods for Stability Assessment of Two‐Time‐Scale Electrical Power System Models Pillco E.C., Alberto L.F.C. Effect of DG modeling and controllers on the transient stability of micro‐grids in EMT simulation Amiri M., Vega T.Y., Gole A.M. Development of Phasor Type Model of PMSG based Wind Farm for Dynamic Simulation Analysis Rosyadi M., Umemura A., Takahashi R., Tamura J., Konda S., Ide K. Transient Stability of Doubly‐Fed Induction Machine in parallel to Synchronous Machine Azbe V., Mihalic R. Examination of different voltage asymmetry norms under transient behavior of three‐
phase low voltage power systems containing small domestic power plants Neukirchner L., Görbe P., Magyar A. Power System Instability Prevention and Remedial Measures with Online Dynamic Security Assessment Chychykina I., Styczynski Z.A., Heyde C.O., Krebs R. Network‐Free Voltage Stability Assessment of Power Systems using Phasor Measurements Giraldo J.S., Castrillón J.A., Castro C.A. Enhancing Power System Voltage Stability Through a Centralized Control of Renewable Energy Sources Hadjidemetriou L., Asprou M., Demetriou P., Kyriakides E. A parametric investigation on the effects of inertia on the stability of power systems
Roberts L.G.W., Kafanas G., Champneys A., di Bernardo M., Bell K. Wind farms generation limits and its impact in real‐time voltage stability assessment
Perez A., Johannsson H., Østergaard J. A Multi‐Step Optimization Approach for Power Flow with Transient Stability Constraints Alamo A.C.M., Alberto L.F.C. Estimation, Control and Prediction of Voltage Level and Stability at Receiving Node
Brusilowicz B., Szafran J. A New Technique for Improving the Performance of Active Power Filter in Power Systems with Isolated Neutral Point Fereidouni A., Masoum M.A.S. 460796
476211
455867
425242
457450
461734
498348
462652
459704
462480
461986
462459
462388
485431
461511
455457
475536
462901
Session 4B 458105
Tuesday, 30 June, 15:30‐17:00 ‐ Power systems modeling, simulation, and analysis I
Probabilistic Estimation of Rated Demand at Bulk Supply Point
Xu Y., Milanovic J.V. On Reverse Operating Conditions Identification
Marujo D., Zambroni de Souza A.C., Prada R.B. Model Development and Validation of Brushless Exciters
Bertes T. 3‐Phase 4‐Wire Hybrid Calculation ‐ Analysis Method for Clustering Power Systems Philosophy Wirasanti P., Ortjohann E. Platform Based on Hybrid Real‐Time Power System Simulator for Development and Research of Intelligent Power Systems with Active‐Adaptive Networks Andreev M., Sulaymanov A. Identification of Small Signal Oscillation Mode Parameters from Simulated and Actual PMU Ringdown Data Iswadi H.R., Best R.J., Morrow D.J. A Test Distribution Grid for Study of Slow Coherency Concept
Preda T.N., Uhlen K. A Toolbox for Efficient Parameter and Structure Variation of Time Domain Power System Simulation Models in Simulink Wippenbeck T., Bertram R., Schnettler A. Stochastic Unit Commitment via Progressive Hedging ‐ Extensive Analysis of Solutions Methods Ordoudis C., Zugno M., Pinson P., Morales J.M. Approach to Choice of Controls for Probabilistic Constrained Load Flow in the Electric Power System Golub I.I., Boloev E.V., Voitov O.N. Component Importance Driven Test Scheduling for Circuit Breakers and Protective Relays Lamponen J., Haarla L., Hirvonen R. Sumatra‐Java HVDC Transmission System Modelling And System Impact Analysis Faizal R., Pack S., Plesch J., Nurdin M., Hariyanto N. Dynamic Study Model for the Interconnected Power System of Continental Europe in Different Simulation Tools Semerow A., Höhn S., Luther M., Sattinger W., Abildgaard H., Garcia A.D., Giannuzzi G. A simplified steady‐state characterization of long AC transmission lines del‐Pino‐López J.C., Cruz‐Romero P., Gómez‐Expósito A. Non‐Convex Economic Dispatch using Trelea Particle Swarm Optimization Oliveira E.S., Silva Junior I.C., de Oliveira L.W., Dias B.H., Oliveira E.J. Modelling of corrective actions in power system reliability analysis
Sperstad I.B., Jakobsen S.H., Gjerde O. Specialized Genetic Algorithm of Chu‐Beasley Applied to the Distribution System Reconfiguration Problem Considering Several Demand Scenarios Souza S.S.F., Romero R., Saraiva J.T., Pereira J.C. A simulation tool for extended distribution grids with controlled distributed generation Kryonidis G.C., Kontis E.O., Chrysochos A.I., Demoulias C.S., Bozalakov D., Meersman, B., Vandoorn T.L., Vandevelde L. Non‐Technical Losses Identification Using Optimum‐Path Forest and State Estimation Trevizan R.D., Rossoni A., Bretas A.S., Gazzana D.D.S., Martin R.P., Bretas N.G., Bettiol A.L., Carniato A. Session 5A 462781
462207
461603 473386 461142 462867 475820 462083 462764 444236 427533 18
48 Session 5B 447677
466557
462698 493918 460528 18
Wednesday, 1 July, 09:00‐10:30 ‐ State estimation and situational awareness
Bad Data Detection and Handling in Distribution Grid State Estimation Using Artificial Neural Networks Cramer M., Goergens P., Schnettler A. Load Pseudomeasurements in Distribution System State Estimation
Pieri G., Asprou M., Kyriakides E. Improving Operation of Medium Voltage Grid with State Estimator and Advanced Metering System Xiang Y., Cobben J.F.G. Impact of Synchrophasor Measurement Types and Uncertainties on the Accuracy of Distribution System Linear State Estimators Zanni L., Colangelo D., Cherkaoui R., Paolone M. Observability, Redundancy and Gross Error Processing in State Estimation Using SCADA and Synchronized Phasor Measurements Fantin C.A., Massignan J.A.D., Castillo M.R., London Jr J.B.A. An ELM‐AE State Estimator for Real‐Time Monitoring in Poorly Characterized Distribution Networks Pereira Barbeiro P.N., Teixeira H., Pereira J., Bessa R. A structured approach to increase situational awareness in low voltage distribution grids Helmholt, K.A., Groote Schaarsberg M., Broersma T., Morren J., Kruizinga B., Wouters P.A.A.F., Steennis E.F., Baldinger F. Three Phase Distribution State Estimation Utilizing Common Information Model
Magnago F, Zhang L., Nagarkar R. Nodal Load Approximation in Sparsely Measured 4‐Wire Electrical Low‐Voltage Grids by Stochastic Optimization Huppertz P., Schallenburger M., Zeise R., Kizilcay M. Robust Self Healing Two‐level State Estimation in Systems with Optimally Allocated PMUs Müller H.H., Castro C.A. Phasor estimation under transient conditions Paternina M.R.A., Zamora A., Vázquez M.E., Ramirez J.M. Enhanced Bad Data Processing by Phasor‐Aided State Estimation
Do Coutto Filho M.B., Stacchini de Souza J.C., Guimaraens R. Wednesday, 1 July, 09:00‐10:30 ‐ Power quality issues and mitigation techniques
Developments in power system planning I Model‐Based Volt‐Var Optimization Using Advanced Metering Infrastructure in Distribution Networks Zhang C., Dai B., Wu T., Mai W., Qin M., Li J., Nie Y., Liu J., Chung C.Y. Power system optimal wide area control based on identified models
Nieto J.D., Mauricio J.M. Harmonic Study in LV networks with high penetration of PV systems
Kouveliotis‐Lysikatos I., Kotsampopoulos P., Hatziargyriou N. Evaluation and Updating of Harmonic Voltage Limits
Cobben J.F.G., Geldtmeijer D.A.M., Almering A.F.J., van Waes J.B.M. Seasonal Variations in Long‐Term Measurements of Power Quality Parameters
Domagk M., Meyer J., Schegner P. IEEE Transactions on Power Systems, Vol. 29, No. 5, September 2014, pp. 2200‐2209 462297
463255
463212
464499
462550
462542
460805
476156
458301
476556
460450
462147
462429
462828
464270
462849
465037
460880
Voltage‐Current and Harmonic Characteristic Analysis of Different FC‐TCR Based SVC Shawon M.H., Hanzelka Z., Dziadecki A. Multiobjective MILP Model for Optimal Allocation of Automated Switching Devices in Electric Power Distribution Systems Ferreira G.D., Gazzana D.S., Bretas A.S., Bettiol A.L., Carniato A., Passos L.F.N., Homma R.Z., Molina F.H. A Fuzzy‐Based Approach for Harmonic Contribution Determination at Points of Common Coupling Silva C.B.S., Silva I.N., Aravechia J.V.P., Fernandes R.A.S. Mitigation of Transformer Inrush Current Associated with DER Facilities connected on the Distribution grid Lacroix M., Taillefer P., Mercier A. The Study of Supercapacitor’ Transient Power Quality Improvement on Microgrid Zheng D., Wei D., Zhang W., Meng Z.J. Power quality measurements and analysis for a Romanian WPP
Sava G.N., Costinas S., Porumb R., Golovanov N. Power Converters in Distribution Grids ‐ New Alternatives for Grid Planning and Operation Schnelle T., Schmidt M., Schegner P. Stability Assessment of VSC‐HVDC Connected Large‐Scale Offshore Wind Power: a North‐Sea Region Case Study van der Meer A.A., Ndreko M., Bos J.A., Gibescu M., van der Meijden M.A.M.M., Kling W.L. Transmission Line Reinforcements Considering Security Constraints
de Oliveira E.J., Crisafulli V.M., Poubel R.P., Honorio L.M., Marcato A.L.M. Preemptive Network Reinforcement at LV Level Considering Uncertainty in Prediction of PV Penetration Scenarios Idlbi B., Scheidler A., Stetz T., Braun M. Stochastic Optimization of Power Line Design
Sauhats A., Beryozkina S., Petrichenko L., Neimane V. Transmission Expansion Planning Based on Hybrid EDA/DE Algorithm Considering Wind Power Penetration Liu W., Li H., Xu H., Zhang J., Zheng D. Using Stochastic Dual Dynamic Programming and a Periodic Autoregressive Model for Wind‐Hydrothermal Long‐Term Planning Pereira I.F., Hoffmann L., de Oliveira L.W., Silva Junior I.C., de Oliveira E.J., Ramos T.P., Marcato A.L.M. Technical and economic impact on the DG insertion rate of storage system facilities in LV network planning Hadj‐said A., Alvarez‐Herault M., Debusschere V., Caire R. Assessing the Impacts of Distribution Grid Planning Rules on the Integration of Renewable Energy Sources Dutrieux H., Delille G., Francois B. A Modular AC Optimal Power Flow Implementation for Distribution Grid Planning Hauswirth A., Summers T., Warrington J., Lygeros J., Kettner A., Brenzikofer A. Involving residual load intraday forecast for network reconfiguration Shapovalov A., Spieker C., Rehtanz C., Engelmeyer T. Power System Planning Benefits of Hybrid Heating Technologies
Heinen S., O'Malley M. Session 6A 439634
460723
456700 462307 459760 462525 462788 467455 462574 491063 461352 475007 514553
428176 Wednesday, 1 July, 11:00‐12:30 ‐ Electricity markets design and regulatory issues
Reformulation for Nash‐Cournot Equilibrium in Pool‐based Electricity Market Supported by Introducing the Potential Function Zou P., Chen Q., Zhong H., Xia Q., Kang C., Ge R. Balancing Energy Market Integration Considering Grid Constraints
Gebrekiros Y., Doorman G., Jaehnert S., Farahmand H. A new electricity market design for power systems with large share of hydro: Improving flexibility and ensuring efficiency and security in the Brazilian case Calabria F.A., Tome Saraiva J., Rocha A.P. Clustering Approach for Determination of Congestion Zones on Nodal Electricity Markets in Long Term Periods Volodin D.V., Vaskovskaya T.A. Embracing Renewables – Overcoming Integration Challenges from Malaysia’s Utility Perspective Zainol‐Abidin N.Z., Ibrahim J.B. Security‐Constrained Nodal‐Based Clearing of the European Day‐Ahead Electricity Market Formulated as a MILP Model Chatzigiannis D.I., Biskas P.N., Bakirtzis A.G. A Top‐Down Market Model for Demand Response Procurement via Aggregators
Wei M. A Balancing Market under Uncertainty with a Rolling Horizon for European Market Structure Abbaspourtorbati F., Cherkaoui R., Zima M. Bi‐Level Approach for Modeling Multi‐Energy Players’ Behavior in a Multi‐Energy System Damavandi M.Y., Bahramara S., Moghaddam M.P., Haghifam M.‐R., Shafie‐khah M., Catalão J.P.S. Implementation and evaluation of an electricity market operated at district level
Ampatzis M., Nguyen P.H., Kling W.L. Optimal Generic Energy Storage System Offering in Day‐Ahead Electricity Markets
de la Nieta A.A.S., Tavares T.A.M., Martins R.F.M., Matias J.C.O., Catalão J.P.S., Contreras J. Market clearing model for microgrids with probabilistic reserve
Luna L.E., Torres H., Pavas A. Supply and Demand Balance Control of Power System with Renewable Energy Integration by Introducing Congestion Management Bae H., Tsuji T., Oyama T., Uchida K. Improving offering strategies for wind farms enhanced with storage capability
Ding H., Hu Z., Song Y., Pinson P. 456980
464259
440921
460542
460806
462964
462100
462837
483250
476597
462283
442039
Session 7A
462002
461996
462042
461774
Session 6B 461947
458639
501921 Wednesday, 1 July, 11:00‐12:30 ‐ Power system interoperability, standards and codes
Facilitating Distribution Grid Network Simulation Through Automated Common Information Model Data Conversion Armendariz M., Saleem A., Nordström L., Brugeron M. Comparison of current and future voltage regulation measures on German low voltage grids Arnold M., Friede W., Myrzik J. Frequency Response using MTDC Grids: A Comparative Study of Common Methods
Bucurenciu A., Ndreko M., Popov M., Meijden M.A.M.M. 462529
476823
460706
462715
Security Constraints for Wind Power Operation
de Oliveira E.J., Mayrink S.M., Rodrigues M.L., Dias B.H., de Oliveira L.W., Silva Junior I.C. Automatic Voltage and Reactive Power Regulator for Wind Farms participating to TSO Voltage Regulation Chiandone M., Campaner R., Arcidiacono V., Sulligoi G., Milano F. Ensuring a reliable operation of modern power systems
Bricman Rejc Z., Cepin M. On Grid Code Compliance of Offshore MTDC grids: Modeling Needs and Analysis Ndreko M., Bucurenciou A., Popov M., van der Meijden M.A.M.M. Network Redundancy versus Generation Reserve in Combined Onshore‐Offshore Transmission Networks Tuinema B.W., Rueda J.L., van der Meijden M.A.M.M. Identification of observables for future grids ‐ the framework developed in the ELECTRA project Visscher K., Marinelli M., Morch A.Z., Hofsmo Jakobsson S. Estimation of the Flexibility Range in the Transmission‐Distribution Boundary Heleno M., Soares R., Sumaili J., Bessa R.J., Seca L., Matos M.A. Preliminary Study on Voltage level Standardization of DC Grid based on VSC‐HVDC Technology in China Yao M., Cai X. Experimental Sensitivity Analysis of Low Voltage Control Strategies on Communication Properties Faschang M., Schwalbe R., Kupzog F. Integration of an IEEE Std. C37.118 Compliant PMU into a Real‐Time Simulator Romano P., Pignati M., Paolone M. Asset‐management decision‐support modeling, using a health and risk model Vermeer M., Wetzer J., van der Wielen P., de Haan E., de Meulemeester E. Synchronously rotating onshore wind turbines analysis
Dobric G., Kotur D., Djurisic Z. Wednesday, 1 July, 13:30‐15:00 ‐ Power systems modeling, simulation, and analysis II Equation‐Based Modeling of Three‐Winding and Regulating Transformers using Modelica Murad M.A.A., Gómez F.J., Vanfretti L. Equation‐Based Modeling of FACTS using Modelica
Murad M.A.A., Gómez F.J., Vanfretti L. Analytical Approach to Large‐Scale System Splitting for the Regulation of Fault Levels Vovos P., Song H. Assessment of Model Parameters to Identify an Equivalent Wind Power Plant Cari E.P.T., Alberto L.F.C., Erlich I. Mutual Information based Bayesian Analysis of Power System Reliability Khuntia S.R., Rueda J.L., van der Meijden M.A.M.M. Optimization of microgrids short term operation based on an enhanced genetic algorithm Nemati M., Bennimar K., Tenbohlen S., Tao L., Mueller H., Braun M. Resonances due to Long HVAC Offshore Cable Connections: Studies to verify the Immunity of Dutch Transmission network Jansen K., van Hulst B., Engelbrecht C., Hesen P., Velitsikakis K., Lakenbrink C. Integrated Scheduling Model for Central Dispatch Systems in Europe Marneris I.G., Biskas P.N. 462773 478274 462630 462020 462097 477007 490487 462941 19
57 Session 7B 464372 474089 476131 462099 460027 463988 462001 462745 Assessment of load shifting potential on large insular power systems
Vagropoulos S.I., Katsolas I.M.D., Bakirtzis A.G. Temperature‐based Instanton Analysis: Identifying Vulnerability in Transmission Networks Kersulis J., Hiskens I., Chertkov M., Backhaus S., Bienstock D. Approaching the Diversity of Unbalanced Residential Load in Low‐Voltage Grids by Probabilistic Load‐Flow Simulation of Cross‐Sectional Data Huppertz P., Kopczynski L., Zeise R., Kizilcay M. Effects of Nuclear Power Phase‐out in Germany on the Austrian Power System
Holzer A., Tuan L.A. Smart Grid and Electricity Market joint Simulation using complementary Multi‐Agent platforms Pinto T., Silva M., Santos G., Gomes L., Canizes B., Vale Z. Aggregated Wind Power Plant Models Consisting of IEC Wind Turbine Models
Altin M., Göksu O., Hansen A.D., Sørensen P.E. Evaluation of scenario reduction methods for stochastic inflow in hydro scheduling models Larsen C.T., Doorman G.L., Mo B. Optimal Power Flows with Voltage Stability Constraint Based on Voltage Stability Indices and Artificial Neural Networks Lage G.G., Fernandes R.A.S., da Costa G.R.M. On Control Actions Effects by Using QV Curves Marujo D., Zambroni de Souza A.C., Lima Lopes B.I., Santos M.V., Lo K.L. Wednesday, 1 July, 13:30‐15:00 ‐ Power systems modeling, simulation, and analysis III
Laboratory Test Set‐up for the Assessment of PMU Time Synchronization Requirements Singh R.S., Hooshyar H., Vanfretti L. Improved method for considering PMU’s uncertainty and its effect on real‐time stability assessment methods based on Thevenin equivalent Perez A., Johannsson H., Østergaard J., Martin K. Simplified Dynamic Modelling of Variable Speed Wind Turbine Generators Based on Capability Diagrams Raoofsheibani D., Schneider M., Loitz S., Wellssow W.H., Spanel U., Roggatz C. Impact of Value of Lost Load on Performance of Reliability Criteria and Reliability Management Heylen E., Deconinck G., Van Hertem D. Factor influence and correlation of short term demand for control reserve
Wolfram M., Bokhari H., Westermann D. Assessment methods for the targeted reconfiguration in distribution networks
Touré S., Vanet E., Caire R., Bésanger Y. Automating, monitoring, and control of an ICE based micro‐CCHP system using LabVIEW and Android Rey G., Arce M.E., Ulloa C., Cacabelos A., Míguez J.L. Identification of critical States regarding Voltage Stability by using a Continuation Power Flow combined Contingency Analysis Mittelstaedt M., Barrios H., Schnettler A. 462558
456591
462586
460693
445179
462545
494107
462706
514898
470587
Session 8A
443543
461759
462241
462650
462954
462469
461383
459453
19
IEEE Transactions on Power Systems, Vol. 30, No. 3, May 2015, pp. 1298‐1305 Analysis of the Maximum Available Time to Switch the Operation Control Mode of a Distributed Generation During an Islanding Occurrence Neves R.V.A., Agnoletto E.J., Reis G.B., Machado R.Q., Oliveira V.A. Framework for sensitivity Analysis of Stability of Torsional Modes
Adrees A., Milanovic J.V. Dynamic line rating forecasting based on numerical weather prediction Fernandez E., Albizu I., Buigues G., Valverde V., Etxegarai A., Olazarri J.G. Distribution System Short‐term Operation Loss Analysis with Stochastic Wind Integration Bizuayehu A.W., Sanchez de la Nieta A.A., Catalao J.P.S., de Quevedo P.M., Contreras J. Identification and Monitoring Inter‐area Oscillations in Power Systems Calderón‐Guizar J.G., Ramirez‐González M., Castellanos‐Bustamante R. Investigation of Suitability of Cascading Outage Assessment Methods for Real‐Time Assessment Petersen P.F., Jóhannsson H., Nielsen A.H. Voltage stability analysis using Newton method
Chusovitin P., Pazderin A., Shabalin G., Tashchilin V., Bannykh P. Cost‐benefit analysis of unreliable system protection scheme operation Calvo de Miguel J.L., Ramírez P.J., Tindemans S.H., Strbac G. Evaluation of Substation Configurations and Distribution Automation with the Aid of Reliability Calculations Coster E.J., Boender D., Staarink B. Energy and Reserve Scheduling for Electric Railway Power System using Stochastic Optimization Bozorg M., Cherkaoui R. Wednesday, 1 July, 15:30‐17:00 ‐ Smart metering, demand side management and demand response Change Detection of Electric Customer Behavior Based on AMR Measurements Chen T., Mutanen A., Jarventausta P., Koivisto H. Economics of Distributed Flexibilities for the Grid Considering Local Short‐Term Uncertainties Marinho N., Phulpin Y. A Contribution to the Load Forecast of Price Elastic Consumption Behaviour Klaiber S., Bretschneider P., Waczowicz S., Mikut R., Konotop I., Westermann D. Analysis of load shedding strategies for battery management in pv‐based rural off‐
grids Sridhar J., Chandra Mouli G.R., Raaijen E., Bauer P. Evaluating cooling zonal set point temperature operation strategies for peak load reduction potential: case based analysis of an office building Aduda K.O., Vink W., Boxem G., Zhao Y., Zeiler W. Scheduling Demand Response and Smart Battery Flexibility in a Market Environment: Results from the Reflexe Demonstrator Project Siebert N., Ammari S., Cao X., Delaplagne T., Mamadou K., Chouiter M., Buttin H., Gaci O., Lagorse J., Bertone Y. Scheduling and Aggregation of Distributed Generators and Consumers Participating in Demand Response Programs Spinola J., Faria P., Vale Z. Quantifying the Demand‐Side Response Capability of Industrial Plants to Participate in Power System Frequency Control Schemes Mohd Noor I., Thornhill N.F., Fretheim H., Thorud E. 470791 476085 460412 428022 462969 461871 462050 462482 461378 464300 462624 462134 462590 Session 8B 462604 457846 476682 468917 462414 Demand Flexibility Time Intervals for Aggregate Residential Load Patterns
Sajjad I.A., Chicco G., Napoli R. Open Source Hardware and Software to Support Energy Efficiency and Demand Response in LV Installations Andreou G.T., Chatzigeorgiou I.M. Effective dynamic tariffs for price‐based Demand Side Management with grid‐
connected PV systems Philippou N., Hadjipanayi M., Makrides G., Efthymiou V., Georghiou G.E. Optimized Energy Management of a Single‐House Residential Micro‐Grid With Automated Demand Response Anvari‐Moghaddam A., Monsef H., Rahimi‐Kian A., Guerrero J.M., Vasquez J.C. Distributed and Coordinated Demand Response for Frequency‐controlled reserve supply Lebel G., Wang D., Caire R., Hadjsaid N., Bediou S., Glatigny A. Effect of Demand Response on Residential Energy Efficiency with Direct Load Control and Dynamic Price Control Basnet S.M.S., Aburub H., Jewell W. Electricity market model for demand response stability analysis based on structural approach to electricity price modelling Hlava J., Tuma L. Field test on multiple Smart Meter switching to study the effect on power quality at customers level Arafat Y., Bertling Tjernberg L., Gustafsson P. Geospatial visualization of Smart data for improved network management Poursharif G., Brint A., Holliday J., Black M., Marshall M. Quantification of Variable Effects of Demand Response Resources on Power Systems with Integrated Energy Storage and Renewable Resources Santoro P., Galdi V., Calderaro V., Gross G. Benefits of Demand Response on a Wind Power Producer Bidding Strategy
Simoglou C.K., Kardakos E.G., Bakirtzis A.G. Time‐Horizont Distributed Energy Resources Scheduling Considering the Integration of Real‐Time Pricing Demand Response Silva M., Morais H., Sousa T., Faria P., Vale Z. Real‐Time Load Estimation for Distribution Feeders
Massignan J.A.D., Fantin C.A., London Jr J.B.A., Camillo M.H.M. Wednesday, 1 July, 15:30‐17:00 ‐ New energy conversion and (hybrid AC/DC) distribution technologies Security Constrained Optimal Power Flow for Mixed AC and Multi‐Terminal HVDC Grids Saplamidis V., Wiget R., Andersson G. Dynamic Thermal Rating of a Modular Multilevel Converter HVDC Link with Overload Capacity Judge P.D., Green T.C. Coordinated Frequency and Voltage Overload Control of Smart Transformers
De Carne G., Buticchi G., Liserre M., Marinakis P., Vournas C. Flux pump for HTS rotating machinery applications
Kulkarni R., Prasad K., Lie T.T. Control of DC bus voltage with a Modular Multilevel Converter
Samimi S., Gruson F., Guillaud X., Delarue P. 462375
477976
462088
462043
462948
498370
460533
20
143 462722
462947
Session 9A
450562
458322
449294
461391
470173
463712
462973
A Comparison of Backstepping and LQG control for stabilizing MVDC Microgrids with Constant Power Loads Cupelli M., Mirz M., Monti A. Investigation of the impact of embedded VSC‐HVDC active and reactive power control on power system stability Chodura P., de Graaff R.A.A., Gibescu M., Kling W.L. Phase Compensation Scheme to Improve the Accuracy of a Power Hardware‐in‐the‐
Loop Experiment Based on a Synchronous Generator Castro Lopez A., Zuñiga P., Uribe F.A., Barocio E. A Mixed‐Integer Linear Model for Optimal Operation of Hybrid AC‐DC Microgrid Considering Renewable Energy Resources and PHEVs Teimourzadeh Baboli P., Bahramara S., Parsa Moghaddam M., Haghifam M.R. Feasibility of geographically distributed real‐time simulation of HVDC system interconnected with AC networks Stevic M., Vogel S., Monti A., D'Arco S. Mixed AC/DC OPF using Differential Evolution for Global Minima Identification Marten A.K., Sass F., Westermann D. Impact of Offshore Wind and Conventional Generation Outages on the Dynamic Performance of AC‐DC Transmission Systems Ndreko M., Popov M., Rueda‐Torres J.L., van der Meijden M.A.M.M. Coordinated Control for an Offshore Wind Power Plant to Provide Fault Ride Through Capability Aragues Penalba M., Gomis‐Bellmunt O., Martins M. Designing a fuel cell model in application of a CHP‐system
Balzarek S., Kröger K., Haubrock J. Cooperative Frequency Control for Autonomous AC Microgrids
Shafiee Q., Vasquez J. C., Guerrero J.M., Nasirian V., Davoudi A. Thursday, 2 July, 09:00‐10:30 ‐ Power system control Activation Schemes of Synthetic Inertia Controller for Full Converter Wind Turbine Generators Gonzalez‐Longatt F. Effect of Reactive Power Control by Photovoltaic Power Generation on Short‐Term Voltage Stability Kawabe K., Tanaka K. Dynamic Control Interaction Assessment in Power Systems with Wind Energy Conversion Systems Sotelo‐Martínez J.A., Fuerte‐Esquivel C.R. Nonlinear Control for PMSG Wind Turbine via Port‐Controlled Hamiltonian System Gui Y., Kim C., Chung C.C. A Coordinated Control Method to Smooth Short‐Term Power Fluctuations of Hybrid Offshore Renewable Energy Conversion System (HORECS) Qin C., Ju P., Wu F., Jin Y., Chen Q., Sun L. SVC and power transformers controllers coordination
Malkowski R., Kowalak R., Klucznik J. The coordinating control of voltage and reactive power between SVC and DFIG after LVRT Ding R., Meng C., Qiao Y. 20
IEEE Transactions on Sustainable Energy, Vol. 5, No. 4, October 2014, pp. 1253‐1261 462092 462282 462133 461662 461715 461395 462530 467515 433335
462389
Session 9B 462898
462472
477422 456042 462479 462199 461980 462490 459824 Reliability and Stability Analysis of Corrective Topology Control Actions
Korad A.S., Hedman K.W. Flexible Automatic Generation Control System for Embedded HVDC Links Gonzalez‐Longatt F., Steliuk A., Hinojosa V.H. Model Predictive Control for Non‐Linear Delayed Power Systems
Molina‐Cabrera A., Rios M.A., Velasquez M.A. Smart Grid: Algorithms for Control of Active‐ Adaptive Network Components Suslov K., Gerasimov D., Solodusha S. Reactive Power Control Strategy for Voltage Regulation and Power‐Factor Correction in MV Distribution Networks Gatta F.M., Geri A., Maccioni M., Mantineo A., Cresta M., Paulucci M. Payoff Function and Nash Equilibrium in the Game of Automatic Voltage Control
Zhang Y., Hu X., Li Q. Multi‐objective Model Predictive Control Strategy for Damping Inter‐area Power Oscillations Mäki O., Turunen J., Seppänen J., Zenger K., Haarla L. A Hybrid Optimization Method for Reactive Power and Voltage Control Considering Power Loss Minimization Liu C., Qin N., Xu Y., Leth Bak C. A New Space‐Vector Hysteresis Current‐Control Modulation for Active Power Filter Applications Fereidouni A., Masoum M.A.S. Dynamic Power Sharing Control among Converter‐Interfaced DERs in an Autonomous Microgrid Hosseinimehr T., Shahnia F., Ghosh A. Thursday, 2 July, 09:00‐10:30 ‐ Power systems modeling, simulation, and analysis IV
Simulation for the evaluation of energy management algorithms at the district level –
Example of use case from the AMBASSADOR project Bourry F., Wantier A., Ha D.L., Beguery P., Rousset N., Pflaum P. An Innovative Method to Develop Power System Equivalents with Focus on Inter‐Area Oscillations and Primary Control Representation Semerow A., Hohn S., Bauer B., Luther M. Power Loss Investigation in HVDC for Cascaded H‐Bridge Multilevel Inverters
Alamri B., Darwish M. EHV Transmission Lines Wires Location on Line Operation Issues – Case Studies
Klucznik J., Lubosny Z., Dobrzynski K., Czapp S. Network Usage with Probabilistic Distribution Factors Method
Oros C., Barbulescu C., Pop O., Kilyeni S. The Transient Stability Analysis Based on WAMS and Online Admittance Parameter Identification Zhou H., Tang F., Jia J., Ye X. Including Forecasting Error of Renewable Generation on the Optimal Load Dispatch
Osório G.J., Lujano‐Rojas J.M., Matias J.C.O., Catalão J.P.S. Effects of power‐to‐gas on power systems: A case study of Denmark
Heinisch V., Tuan L.A. Dispatch of Wind‐Thermal Power System Containing Heat Storage Units with Fast Ramping Capabilities Zou X., Li M., Wang W., Niu Y., Liu J. 499362
458313
462960
425692
458789
460385
450649
462118
Analytical Characterization of Nonlinear Modal Interaction in Power Systems with UPFC Rodríguez Villalón O., Medina Rios J.A., Andersson G. Comparison between the Improved Sequence Network Model of wind turbines and the Classical Model based on Sequence Networks for short‐circuit studies González‐Vásquez J.A., Toro N., Gutierrez J.F. Sea‐wave power converter modeling for fault conditions analysis
de Bosio F., Pastorelli M., Mazza A., Chicco G., Bracco G., Giorcelli E., Mattiazzo G., Raffero M. Induction Converters: PLL‐Less Converters with Induct ion MachinesCharacter ist ics Ashabani M. Wind Forecasting Using Kriging and Vector Auto‐Regressive Models for Dynamic Line Rating Studies Fan F., Bell K., Hill D., Infield D. Cost‐Benefit Analysis of a Coordinated Grid Development in the North Sea Cole S., Martinot P., Rapoport S., Papaefthymiou G. Optimal Power Flow in MTDC systems based on a DC‐Independent System Operator Objective Gonzalez‐Longatt F. Voltage Regulation for Active Distribution Network: A Generalized Nash Game Approach Zhang J., Zhao T., Liu W., Tang Q., Zheng D. Session 10A
Thursday, 2 July, 11:00‐12:30 ‐ Power system operation 458608
Increasing the Performance of the P/V‐Analysis as a System Security Assessment Tool Acker H., Jacobs J., Bloemker M., Vanzetta J., Loitz S., Wellssow W.H. Frequency Containment Reserves with large deadband
460654
Jomaux J., De Jaeger E. A Probabilistic Indicator of the Optimal Operator Action Time under Short‐time 476995
Emergency Line Loadings Tumelo‐Chakonta C., Kopsidas K. Real‐Time Identification of Coherent Generator Groups
462618
Demetriou P., Hadjidemetriou L., Kyriacou A., Kyriakides E., Panayiotou C. Optimisation of the bidding strategy for wind power trading
456132
Hamilton D.I., McMillan D., Catterson V.M. Software Architecture Development and Implementation of a Synchrophasor‐based 449298
Real‐Time Oscillation Damping Control System Eldrich R., Vanfretti L., Almas M.S. Smart Grid Control and Communication: the SmartC2net Real‐Time HIL Approach 462927
Ciontea C.I., Pedersen R., Kristensen T.L.F., Sloth C.E., Olsen R.L., Iov F. Managing Cascade Transformers Equipped with On‐Load Tap Changers in Bidirectional 462155
Power Flow Environment Azimzadeh‐Moghaddam F., Kulmala A., Repo S. Swiss TSO experience with an ac security‐constrained optimal power flow application 461367
for real‐time security management Centeno López P., Sadikovica R., Pinto H., Magnago F. One Rank Cuckoo Search Algorithm for Short‐Term Hydrothermal Scheduling with 496516
Reservoir Constraint Nguyen T.T., Vo D.N., Ongsakul W. 462104 462638 462670 462477 439150 476997 462137 Multi‐Agent System Based Solution of the Optimal Reactive Power Dispatch Problem in Autonomously Operated Multi‐Area Systems Pham H.V., Ahmed S.N., Erlich I. Sensitivity analysis of local flexibilities for voltage regulation in unbalanced LV distribution system Vanet E., Touré S., Kechagia N., Caire R., HadjSaid N. Reconstruction of Transient Waveforms from Phasors Sampled at the Fundamental Frequency Salunkhe K., Kulkarni A.M. Generator to grid adaptive synchronization technique based on reference model
Belyaev N.A., Khrushchev Y.V., Svechkarev S.V., Prokhorov A.V., Li W. Integration of Line Switching in Energy and Market Management Systems
Cheung K.W., Hwang D., Wu J. Congestion Management with the Introduction of Graceful Degradation
Haque A.N.M.M., Nguyen P.H., Kling W.L., Bliek F.W. Effects of DFIG Wind Power Generation on Vietnam Power System Operation
Nguyen H.H., Le H.L., Cao T.L., Tran Quoc T. Session 10B Thursday, 2 July, 11:00‐12:30 ‐ Developments in power system planning II
461948 Swiss TSO Integrated Operational Planning, Optimization and Ancillary Services System
Tchoubraev D., Wiczynski D. Assessment of Suitability of Different Reliability Importance Measures for Prioritising 450753 Replacement of Transmission System Components Awadallah S.K.E., Milanovic J.V., Jarman P.N., Wang Z.D. Elimination of Structural Bottlenecks in Transmission Systems by an Automated 473167 Network Planning Process Pluntke H., Wellssow W.H. Improvement of methods for long‐term transmission systems expansion in current 462962 conditions Drachev P.S., Trufanov V.V. Static Transmission Expansion Planning using Heuristic and Metaheuristic Techniques
459982 Gomes P.V., Tome Saraiva J. Operational vs. Structural Strategies for Distribution Grid Planning in Smart Grids 462932 Context Gouin V., Alvarez‐Hérault M.C., Raison B. A Benchmark Case for Network Expansion Methods
462552 Barrios H., Roehder A., Natemeyer H., Schnettler A. Power Distribution Systems Planning With Distributed Thermal and Wind Generation
497548 Oliveira L.W., Gomes F.V., Oliveira E.J., Oliveira Â.R., Variz A.M., Silva H.A. Optimal Restoration of Power Distribution System Through Particle Swarm 497553 Optimization Oliveira L.W., Oliveira E.J., Silva Jr. I.C., Gomes F.V., Borges T.T., Marcato A.L.M., Oliveira A.R. Scenario analysis of generic feeders to assess the adequacy of the LV‐grid in the coming 458319 decades Nijhuis M., Gibescu M., Cobben J.F.G. A MILP approach to plan an electric urban distribution network with an H‐shaped 462768 layout Bosisio A., Amaldi E., Berizzi A., Bovo C., Fratti S. Network Partition Based on Critical Branches for Large‐Scale Transmission Expansion 458563 Planning 461983
477981
462515
464375
Lumbreras S., Ramos A., Olmos L., Echavarren F., Banez‐Chicharro F., Rivier M., Panciatici P., Maeght J., Pache C. Fractal Geometry for Distribution Grid Topologies
Barakou F., Koukoula D., Dimeas A., Hatziargyriou N. Network Design Tool for the Optimal Design of Offshore Ocean Energy Array Networks Collin A.J., Nambiar A.J., Kiprakis A.E, Rea J., Whitby B. Distribution System Expansion Planning with Renewable Sources. Case study: IEEE 33 Test System Barbulescu C., Kilyeni S., Simo A., Vernica A. Energy Storage and DSM Opportunities in the Future European Power System Wiernes P.E., Moser A. Note: The IEEE Transaction papers are available through the IEEE Xplore Digital Library (including those accepted for inclusion in a future issue of an IEEE journal) Information for Presenters Oral presentation Session rooms are equipped with a computer and projector. Microsoft PowerPoint and Adobe Reader software are available for presentations. Authors will have 18 minutes for their presentations, which includes a minimum of 3 minutes for discussion. Authors are requested to be present in their session room at least 15 minutes before the start of the session to meet the session chair and provide their final presentations by means of a USB stick. Further, a brief biography of the presenting author should be prepared and handed over to the session chair. The biography should include the presenters’ affiliation, position and main scientific interests. Oral presentations are scheduled for rooms 2, 3, 6, 7 on floor 0 and Blauwe zaal on floor 1 of the Auditorium. Poster presentation Poster boards are available suited for A0 (841 x 1189 mm) format. The posters should include the author’s names and affiliation on top. There will be two poster sessions in the morning and two in the afternoon. All posters presented in one of the morning sessions should be placed before 8:45 and removed before 13:00. Posters presented during the afternoon session should be placed before 13:15 and removed before 17:30. During the assigned time presenters are expected to be with their posters. Poster sessions are scheduled for room 11 and the area in front of it on floor 2 of the Auditorium. Basil Papadias award The IEEE‐PES Greece chapter sponsors the “Basil Papadias” best student paper award, named after the founder of the PowerTech conference series. The award will be presented during the Conference Dinner. Exhibition In conjunction with the PowerTech 2015 conference an exhibition is organized. The contributing parties are listed in alphabetical order below. The booths are situated on the first floor of the Auditorium building. ‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
‐
ABB Alstom City of Eindhoven
DNV GL Dutch Power Energyville
HyTEPS IEEE PES
KIC InnoEnergy KIEN Opal RT‐Technologies Prysmian
SMIT Transformers
TenneT TNO Triphase
booth 4 booth 1 booth 15 booth 3 booth 9 booth 8 booth 13 booth 16 booth 7 booth 6 booth 12 booth 5 booth 10 booth 2 booth 11 booth 14 General Information for Participants Technical tours Participants are requested to carry their badges clearly visible during the whole duration of the conference. Badges will allow you to join coffee breaks, lunches and the Welcome Reception. Four technical tours will be organized. Participants have the possibility to register through the conference web site. Participants should arrange their own insurance for these activities. Buses will depart from the east side of the Auditorium. Language Bulletin boards The official language of the conference is English. Bulletin boards are located near the registration desk (first floor, close to the “Blauwe zaal” and the “Senaatszaal”). Last‐minute conference updates will be posted there. You can post general messages there as well. Registration desk On Monday from 11:00 a sandwich lunch will be served in conjunction with registration and the conference exhibition in the foyer of the Auditorium. Each registered participant will receive a USB stick with all conference papers. To reduce paper use, no hard copies of the proceedings are made available. Campus maps Maps of the Auditorium building are provided towards the end of this program book. Digital versions of the campus map can be found at: http://www.tue.nl/en/university/about‐the‐university/accessibility‐tue‐
campus/accessibility‐route‐and‐map‐tue‐science‐park/ Coffee breaks and lunches Refreshments (tea and coffee) and daily lunch will be provided in the main hall which allows you to have a look at the posters and exhibition in the meantime. We try to provide for special requirements (indicated with clearly visible signs) as well, please ask the staff if you are uncertain. Mobile phones Please switch mobile phones off or have them in ‘silent’ mode while present at any of the sessions during the conference. Internet access Welcome reception The welcome reception will take place in the covered area in front of the MetaForum building, a few minutes’ walk from the Auditorium. The reception starts directly after the opening session on Monday. Conference dinner If registered for the conference diner, you will receive a ticket in your registration package. The conference dinner on Wednesday evening will be in the city center: MUZIEKGEBOUW FRITS PHILIPS EINDHOVEN, Heuvelgalerie 140, 5600 DK Eindhoven. It is about 10 ‐ 15 minutes’ walk from the Auditorium and a few minutes’ walk from most hotels in the center. Please do not forget to bring your ticket for admission. Will be provided. For participants from academia, access to eduroam is provided all throughout the campus with the username and password from your home institution. Technical visit: Maasvlakte Technical visit: KEMA Laboratories TenneT: TenneT is a leading European electricity transmission system operator (TSO) with its main activities in the Netherlands and Germany. With approximately 21,000 kilometres of high‐voltage lines it ensures a secure supply of electricity to 41 million end‐users. KEMA Laboratories is DNV GL’s world renowned Testing, Inspection & Certification organization. Located at several sites across the globe, traditional with state of‐the‐art facilities are combined to ensure every kind of grid equipment, from medium‐ to ultra high‐voltage, can be tested, satisfying today’s increasingly demanding criteria for performance and safety. In Arnhem we will visit the following laboratories. BritNed: BritNed, a joint venture between TenneT and National Grid, is a merchant HVDC interconnector connecting the British market with the Dutch market. Stedin: STEDIN is one of the three largest grid operators in the Netherlands, serving 2.1 million electricity customers and 1.8 million gas customers. STEDIN serves the three largest cities in the Netherlands: Rotterdam, The Hague and Utrecht, and also the special area of the main port Rotterdam Harbor which requires high performance in terms of power quality and reliability. We will visit one of STEDIN’s substations where we show you the latest substation automation technology and extensive replacement of switchgear in a complex environment. Maasvlakte: The port of Rotterdam is one of the key transportation hubs of Europe. The Maasvlakte was created in the 1960’s by reclaiming land from the North Sea through dykes and sand suppletion. The sand was largely taken from the North Sea and the Lake of Oostvoorne (created by the construction of the Maasvlakte). In September 2008 work started to expand the harbor by creating the “second Maasvlakte”. This project extends the port of Rotterdam by some 2,000 hectares. If you would like to know more about dredging at sea, rainbowing (sand spraying) on a new port site or loading and unloading at the ultra‐modern quays of the largest port in Europe, come to FutureLand and experience history in the making during this visit. KEMA High‐Power Laboratory: The world’s first facility for testing extreme high‐voltage (1200 kV) high power equipment. It has the industry’s highest short‐circuit power (8800 MVA) delivered by four generators in parallel.
The 2014‐15 expansion will raise short‐circuit power in the test bed to 13000 MVA. 
KEMA High‐Voltage Laboratory: It performs medium‐, high‐ and ultra high‐voltage testing using state‐of‐the‐art equipment and computerized control systems within several flexible test bays. 
KEMA Metering, Protection and Substation Automation Laboratory: It provides complete range of testing for metering, protection and substation automation (MPSA) equipment. KEMA is a Notified Body for energy meter type testing according to the EU’s Measuring Instruments Directive (MID) and accredited for testing according to many other standards. 
Flex Power Grid (FPG) laboratory: This laboratory is dedicated to testing smart grid components (including power electronics converters) at real‐life distribution voltages and power levels. The FPG laboratory offers a unique insight into how grids will perform in the future. Departure from TU/e: 30 June, 7:30 – 17:00 
Departure from TU/e: 1 July, 9:00 – 16:30 Technical visit: STRIJP‐S, Creative & Cultural Center of Eindhoven What used to be the Philips estate will become a rural area that is unique in every respect. No less than 66 acres are turned into an inspiring environment with a mix of living, working and recreation. The Final Urban Development Plan provides for the preservation and renovation of historic buildings combined with new estate. With creativity and culture being made visible and tangible in all facets, Strijp‐S becomes The Creative City with an unequalled character, ambiance and personality, both in the Netherlands and abroad. This city is a platform for designers and design‐driven companies, organizations and research institutions in the Brainport Eindhoven region. The city stimulates and connects creative initiatives to strengthen the (inter)national reputation in the fields of high‐end technology and design. All the projects developed originating from or in collaboration with the organization are intended to be a tangible contribution to the improvement of the economic, cultural, and social climate. Departure from TU/e: 30 June, 13:00 – 16:00 Technical visit: HyTEPS, Power Quality Laboratoria In the fast changing world of electrical energy HyTEPS improves safety, reliability and continuity. Because of the ever increasing use of power electronics, we constantly face new challenges related to Power Quality. Creating a network with acceptable low harmonic distortions, mitigating voltage dips and limiting reactive power are just a few of them. HyTEPS continues to bring new high tech solutions and services, to help improve the safety, reliability and continuity of electrical installations. Monitoring the Power Quality is of great importance in order to minimize the risks of overloading installations, equipment failures, fire and production losses. The monitoring of Power Quality requires the use of measurement equipment with a high accuracy and specialized software. HyTEPS has many years of experience in monitoring and measuring Power Quality by using state of the art equipment and techniques. Over the years we have performed Power Quality surveys within various companies and industries. Results showed that improvements in Power Quality and Energy Efficiency were both necessary and possible. HyTEPS introduces its customers to high accurate measuring and monitoring equipment as well as the second generation 3‐level topology active harmonic filters. These harmonic filters not only reduce harmonic distortion but also take care of reactive power, fast voltage variations and phase unbalance issues. We would like to invite you to join us in the Power Quality laboratory for a sparkling session on measurement techniques and we will show you the newest developments on harmonic mitigation through live demonstration. Departure from booth HyTEPS, TU/e: 30 June – 2 July, 10:00 – 11:30 30 June – 1 July, 14:00 – 15:30 Practical Information Time zone Central European Time Zone + Daylight Savings Time (CEST; UTC+2 hours). Currency The currency in The Netherlands is Euro (€). Exchange facilities can be found at airports and railway stations. However, service is limited and often expensive. The easiest way to obtain Euro currency is to use one of the many ATMs. There is one ATM on campus, located in the MetaForum (MF, building 5 on campus map). Credit cards are generally accepted in larger stores. Electricity supply Electricity supply is 230 V, 50 Hz. Electricity outlets in The Netherlands take type C and F 220/240V plugs. Transport The conference venue, the city center and the railway station are all located within walking distance of each other. So within the city you most probably will not need any additional transportation. For travelling from Schiphol airport to Eindhoven the train will be your best option. Detailed information on buying train tickets is described at: http://www.amsterdamtips.com/tips/train‐tickets‐in‐netherlands.php. In your case most probably a single‐use ticket will be the best option. You need to go to a NS ticket machine with the blue sign and white NS logo across the top. Tickets can be bought with cash (coins) or debit (Maestro) and credit cards (Mastercard/Visa). Direct trains between Schiphol and Eindhoven leave every half hour. This connection will take one‐and‐half hour and gives you a nice view on the Dutch country side. One‐way tickets costs around €20,‐. More information can be found at: http://www.ns.nl/en/travellers/home. If you fly into Eindhoven airport, there are taxis or buses that can take you to the city center in about 20 minutes. Parking The campus has parking spaces available for a fee: http://www.tue.nl/en/university/about‐the‐university/accessibility‐tue‐
campus/accessibility‐route‐and‐map‐tue‐science‐park/on‐tue‐science‐
park/parking‐on‐tue‐science‐park/. As the venue is located close to the railway station we advise you to use public transport instead of driving in. Hotels generally are located within walking distance from the conference venue. Shopping hours Most shops are open between about 09:00 and 18:00, from Monday to Saturday. On Sunday most shops in the city center are open from 12:00 to 17:00. Weather The average daily high temperature in the Eindhoven region in June‐July is between 20 °C and 24 °C. The sun may shine all day, or it may be raining. The daily high and low average with 25th to 75th and 10th to 90th percentile A
B
C
D
E
F
G
H
I
J
VROUWESTRA
Su
ma
tra
laa
n
AT
YLA
AN
ONZE LIEVE
ED
49
KE
NN
SPORTCENTRUM
F.
2
45
De
Het Eeuwsel
3, 4, 152, 153
156, 157, 184
JO
HN
el
mm
Do
ad
lap
a
utm
D
m
30
5a
De Lampendriessen
De Zaale
Laplace
Construction
area
Construction
area
4
88
De Wielen
83
KEN
23
72
71
Horsten
De Rondom
19
87
11
n
aa
erl
ow
nh
e
Eis
DIFFER
Construction
area
De Wielen
De Rondom
24
20
14
16
104
10
28
12
6
6, 121, 122
12
Li m
pa
bo
ELOLAAN
. DORG
d
PROF. DR
LEGENDA
ORD
ENO
FELL
CAMPUSPLATTEGROND
TU/e gebouwen
TU/e buildings
Straat en weg
Street and road
Informatie
Information
In aanbouw
Under construction
Overige gebouwen
Other buildings
Fietspad
Cycle path
Parkeerplaats
Parking
Bouwterrein met hek
Fenced construction area
Voetgangerspad
Pedestrian area
Betaalautomaat
Ticket machine
Water
Water
7
Sportveld
Sports field
1 minuut
1 minute
NS en BUSSTATION
CENTRUM
A
5
70
Avenue
du Cygne
Het Kranenveld
JOHN F.
12
85
25
15
10
Horsten
6
7
2
Horsten
73
5
4
6
DIFFER
Construction
area
104
3
10
Vincent van den
Heuvellaan
75
DIFFER
LAPLACE
PLEIN
2x
GROENE LOPER
6
76
74
De Zaale
104
3
laan
Java
55
4
Het Veken
Den Dolech
Dutmalapad
N
2x
77
54
31
1
YLAA
8
N
AA
EL
NED
59
57
37
32
1
De Lismortel
De Rondom
5c
2
3
Het Eeuwsel
36
Laplace
2
42
5b
De Lampendriessen
Do
le
ch
el
De
n
9
104
De Lismortel
IND
UL
Bisschopsmolen
62
INS
13
64
60
7
Vestide
Construction
area
De Lismortel
2x
5
66
TEMAVELD
De Zaale
Hooidonks
emolen
1
AN
LA
DE
Cascade
Catalyst
Ceres
Connector
Corona
Cyclotron
DIFFER
Flux
Fontys garages
Fontys H3
Fontys H4
Fontys S1
Fontys S2
Fontys S3
Gaslaboratorium
Gebouw G
Gemini Noord
Gemini Zuid
Helix
Hoofdgebouw
Impuls
IPO gebouw
Kennispoort
Koepel
Laboratorium voor akoestiek
Laplace gebouw
Matrix
MetaForum
Meulensteen Art Centre
Multimediapaviljoen
Parkeergarage Catalyst
Paviljoen
Paviljoen NP
Potentiaal
Reststoffencentrum
Spectrum
Sportcentrum
Tennis paviljoen
TNO industrie
Traverse
Twinning center
Vertigo
Woontoren Vestide
Zwarte doos
LIN
SU
4
E6
C4/C5
G5
G5
H3
E5
F3
D3
F6
G4
FLX
F5
FG
H5
H3
H5
H4
H5
S1
F4
S2
F4
S3
G3
GL
D6
GG
F3
GEM-N E5
GEM-Z E5
ST
D4/D5
HG
D6
IM
D4
IPO
F3
KP
B6
KB
I4
LvA
G6
LG
E4
MA
D6
MF
D5
MAC
G5
MMP
G3
PCA
H3
PAV
G3
PAVNP G2
PT
D4
RSC
G5
SPEC G5
SSC
E2
TP
C2
TNO
E6
TR
E4
TWC
H3
VRT
C6
VE
E3
ZD
C6
IN
3
ATH
AUD
BBC
CC
CA
CE
CNT
CR
CYC
Do
m
2
Athene
Auditorium
De
1
16
1
70
23
76
7
60
36
24
73
19
85
83
87
54
55
59
12
64
15
15
14
3
30
57
2
88
28
32
10
5
72
74
75
62
66
31
71
25
49
45
20
37
77
6
42
4
Dominee Theodor
Fliednerstraat
GEBOUWEN / BUILDINGS
B
C
D
E
F
Toegang campus TU/e
Entrance campus TU/e
Bushalte
Busstop
(Hoofd-)ingang gebouw
(Main) entrance building
Oplaadpunt elektrische auto
Charging point electric car
G
H
77
Wayfindingnummer
Wayfinding number
I
7
J
Layout Auditorium floor 1 with Blauwe zaal and Senaatszaal Layout Auditorium floor 0 with lecture rooms 1 ‐ 8 Layout Exhibition, hall Auditorium floor 1 Layout Auditorium floor 2, with lecture rooms 9 ‐ 16 Audi‐
torium
Zwarte
doos
Contact Information Meta‐
Forum
Eindhoven University of Technology Den Dolech 2, 5612 AZ Eindhoven, The Netherlands +31 (0)40 2479111, powertech2015@tue.nl Hotels recommended by the Conference Office Holiday inn ‐
‐
‐
Art hotel Hampshire Crown
‐
Crown Queen
Inn Muziek gebouw ‐
‐
Sandton
HOLIDAY INN EINDHOVEN Veldmaarschalk Montgomerylaan 1, 5612 BA Eindhoven +31 (0)40 2358235, info@hieindhoven.com HAMPSHIRE HOTEL ‐ CROWN EINDHOVEN Vestdijk 14‐16, 5611 CC Eindhoven +31 (0)40 8444000, info.crown@hampshire‐hotels.com ART HOTEL EINDHOVEN Lichttoren 22, Mathildelaan 1, 5611 BJ Eindhoven +31 (0)40 7513500, infoeindhoven@inntelhotels.nl CROWN INN HOTEL EINDHOVEN Markt 35, 5611 EC Eindhoven +31 (0)40 2454545, info@crowninn.nl QUEEN EINDHOVEN Markt 7, 5611 EB Eindhoven +31 (0)40 2452480, info@queeneindhoven.nl SANDTON EINDHOVEN CENTRE Stratumsedijk 23d, 5611 NA Eindhoven +31 (0)40 2121330, eindhoven@sandton.eu Emergency _____________________________________________________________ Please contact the Conference office if you have an emergency, medical or first aid need: +31 (0)40 2474000. Lost and found _____________________________________________________________ Please contact the Conference office first: +31 (0)40 2474000. Disclaimer _____________________________________________________________ While we aim to ensure that all information provided is correct and the conference program will take place as scheduled, the organization reserves the right to make changes at any time if this is deemed necessary. Liability The organization will not be liable for any personal accident and/or loss or damage to the property of participants during the conference. Participants should make their own arrangements with respect to personal insurance. _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ _____________________________________________________________ ADRIAAN GIVES
POWER TO
THE PEOPLE
Providing efficient, reliable and safe energy
is not as simple as it used to be. Today,
energy comes from a range of sources and
has to be transmitted over great distances,
calling for ever higher standards of
reliability and safety. Adriaan Hofstee at
DNV GL is working to create the energy
transmission model of the future. He and
his team are building the world’s most
advanced test station, where we can test
and certify high voltage power equipment
needed in the super grids of tomorrow –
SAFER, SMARTER, GREENER
under the most rigorous conditions.
The goal is to provide the energy industry
with standards that reduce outages and
energy loss and increase security.
Following the merger between DNV KEMA
and GL, we are now 16,000 employees
worldwide dedicated to enabling
businesses to meet their challenges in a
safer, smarter and greener way.
DNV KEMA is now DNV GL.
Discover our broader view at dnvgl.com
EnergyVille brings together three research
institutions - KU Leuven, VITO and imec - to
conduct research in the field of sustainable
energy and smart energy systems. Our
researchers provide expertise to the industry
and governments in the area of smart
energy systems in the urban environment -
such as smart grids, renewable energy systems
and advanced heating networks. EnergyVille
brings together research, development,
training and industrial innovation under one
name, in close cooperation with local, regional
and international partners.
Taking Cable Monitoring
to the next level.
KIC InnoEnergy
Prysmian introduces innovative products for Cable Diagnostics
and Monitoring solutions. Make your Cable Grid SMARTER!
Accelerating your business idea on its route to success
KIC InnoEnergy invests in research, innovation and education,
offering a complete support package to entrepreneurs in
the commercialisation and development of their companies
and products. Our overall goal is to secure Europe’s global
competitiveness in the field of sustainable energy
technologies. We do this by creating future game changers
with a different mind-set, and bringing innovative products,
services and successful companies to life. Furthermore we
can bring your business idea or innovation to the market, and
accelerate it on it’s route to success.
With our headquarters in the Netherlands, we develop our
activities across a network of offices located in Belgium, France,
Germany, the Netherlands, Spain, Portugal, Poland and Sweden.
Our consortium consists of 27 shareholders and an additional
100+ partners: companies, research institutes, universities and
business schools covering the whole energy mix. These partners
contribute to KIC InnoEnergy’s activities, forming a first class and
dynamic network that is always open to new entrants.
So do you have a technological business idea linked to
sustainable energy that you want to launch in the market? Or
do you have a business proposal and want to transform it into a
successful venture? Then KIC InnoEnergy is the answer. We can
bring your innovation to the market!
Meet us at the Prysmian
stand at IEEE PowerTech
Pry-CamΠPortable for
spot PD Measurements
www.kic-innoenergy.com
Pry-CamΠGrids for
continuous monitoring
Pry-CamΠDLog for
Pry-CamΠWings Sensor
itoring of analog signals
mon
ture
pera
tem
and
for PD
We connect knowledge
and technical innovation
Dutch Power, Stichting Kien en Fedet at IEEE PowerTech 2015
Developing
sustainable
power grids,
with Alstom
CONTROL ROOM TECHNOLOGY
ŷˆ‹‰ develops the leading mission-critical control room solutions for the
Žˆ…}~ˆĊ‚ų…Š}Š€}‚€ˆ…’Ž•‹‚ˆŽ……•Ċ“}Ž}Š€‚‘ˆ‚‹Ž‘…ˆ……}ˆˆ
‹’Ž„“‹Žˆ€č}Ž}ˆ‹„ƒˆ‹~}ˆˆ}€Ž‹‚ŠŽƒ•}Ž‡}Š}ƒ‰Š
‹ˆ‘…‹Š€ˆ…’Ž…ŠƒŴ”…~ˆ„Š‹ˆ‹ƒ•‹‰}Š}ƒ‰}Ž‡ˆ}Ž…Šƒ}Š€ˆ‰Šč
www.alstom.com