Super Sessions
Click on a session title in the table
below to be connected to a description of the session from the printed program and
links for each available presentation.
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Session Name |
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Tues AM |
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Tues PM |
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Wed AM |
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Wed AM |
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Wed AM |
Integration of Plug-In Hybrid and Electric Vehicles:
International Experience |
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Wed PM |
Flexible Distribution Network Planning to Accommodate
DG Integrations |
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Wed PM |
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Wed PM |
Smart Grid Technology
Integration
Sponsored by: Intelligent Grid
Coordinating Committee
Chair: E. Gunther,
EnerNex
The
session will review:
– The various US and International Smart Grid Efforts including NIST,
SGIP, P2030, IEC SG3, IEC 8/1283/AC use case development, and others. Included
in the review will be status of the efforts and how to get involved.
– Smart Grid Grants globally with a focus on what they will deliver
and where.
– Cover the top pilots and demonstrations.
– Status of the Intelligent Grid Coordinating Committee (IGCC).
Speakers
– E. Gunther (MC), S. Pullins, D. Von Dollen, D. Houseman, M. McGranaghan
Smart Grid Technology
Integration
Sponsored by: Intelligent Grid
Coordinating Committee
Chair: E. Gunther,
Enernex
This
session will go deeper into:
– The architecture of smart grid and the Smart Grid Architecture
Committee (SGAC). Example existing and planned architectures for a smart grid.
– Status of the various new laws and government efforts including the
EU’s 20/20/20, the US Energy Act of 2009 and emerging efforts by various
governments around the world.
– Smart Grid Communications (enterprise to the field) overview
– Emerging Technology for Smart Grid
– The role of technology in managing consumer information privacy
Speakers
– E. Gunther (MC), D. Houseman, D. McDonald, D. Nichols, D. Von Dollen
Optimal Methods for DG
Integration
Sponsored by: Power System
Analysis, Computing, and Economics Committee
Power System
Planning and Implementation Committee
Chairs: A. Keane,
University College Dublin
L. Ochoa,
University of Edinburgh
This
panel session will cover the main aspects that need to be considered in the DG
planning problem (optimisation of DG size, location, mode of operation and/or
type); provide a critical review of the state-ofthe-art techniques available
in the literature discussing their specific applicability and shortcomings;
and, characterize the future research trends based on the challenges imposed by
new network participants and technologies, such as storage, renewable energy
sources, and responsive loads, with particular regard for the requirements of
Distribution System Operators.
PRESENTATIONS
AND PANELISTS:
• 2010GM0361, Multi-Objective Planning of
Distributed Energy Resources with Probabilistic Constraints
A. ALARCON-RODRIGUEZ,
University of Strathclyde
G. AULT, University of
Strathclyde
• 2010GM0441, Probabilistic Generation and
Interruption Costs and Other Economic Aspects Related to Distributed Generation
Integration
C. BORGES, Federal
University of Rio de Janeiro
L. ROCHA, Federal
University of Rio de Janeiro
• 2010GM0644, Using AC Optimal Power Flow for
DG Planning and Optimisation
L. OCHOA, University of
Edinburgh
G. HARRISON, University of
Edinburgh
• 2010GM0811, Ireland’s Approach for the
Connection of Large Amounts of Renewable Generation
P. SMITH, Electricity
Research Centre, UCD
P. CUFFE, Electricity
Research Centre, UCD
S. GRIMES, EirGrid
T. HEARNE, ESB Networks
• 2010GM1453, Multi-Objective Programming for
Optimal DG Integration in Active Distribution Systems
F. PILO, University of
Cagliari
G. CELLI, University of
Cagliari
S. MOCCI, University of
Cagliari
G. SOMA, University of
Cagliari
• 2010GM1460, Integration of Energy Storage in
Distribution Grids
F. GETH, K.U.Leuven
J. TANT, K.U.Leuven
E. HAESEN, K.U.Leuven
J. DRIESEN, K.U.Leuven
R. BELMANS, K.U.Leuven
• 2010GM1478, Smarter Ways to Provide Grid
Connections for Renewable Generators
R. CURRIE, Smarter Grid
Solutions
G. AULT, Smarter Grid
Solutions
C. FOOTE, Smarter Grid
Solutions
N. MCNEILL, Smarter Grid
Solutions
A. GOODING, Smarter Grid
Solutions
Power System Analytics that
Empower the Smart Grid
Sponsored by: Power System
Analysis, Computing, and Economics Committee
Chairs: E. Liu,
Quanta Technologies
K. Miu,
Drexel University
The
effort of “Smart Grid” is to modernize grid infrastructure and to build-in
intelligence to power grids, power delivery systems, and their interfaces to
customer premises. However, the
perspectives range from an emphasis on infrastructure to an emphasis on new
paradigm-shifting applications. As a
general understanding, to achieve modernization in both information and power
infrastructure together with the desired applications, we believe that Smart
Grid efforts needs to integrate power system analysis, computing and economics
to enhance existing grid reliability, efficiency, and security, and also
contribute to strategic goals on climate change. Based on the theme of Smart
Grid, all subcommittees in PSACE play significant roles and have many
activities in addressing the Smart Grid relevant subject. Members are actively participating in
academic and industry research and development efforts. In this Supersession, we will present and
discuss some of our representative activities and focuses.
PRESENTATIONS
AND PANELISTS:
• 2010GM1096, Analytics and Information
Integration for Smart Grid
E. LIU, Quanta Technology
• 2010GM1288, The Challenge with Building a
Business Case for Smart Grids
F. BOUFFARD, The University
of Manchester
• 2010GM1371, Distribution System Analysis to
Support the Smart Grid
R. DUGAN, EPRI
R. ARRITT, EPRI
T. MCDERMOTT, Meltran
S. BRAHMA, NMSU
K. SCHNEIDER, PNL
• 2010GM1399, The Role of Intelligent Systems
in Delivering the Smart Grid
E. DAVIDSON, University of
Strathclyde
V. CATTERSON, University of
Strathclyde
S. MCARTHUR, University of
Strathclyde
• 2010GM1416, Distributed Generation Access and
Power Flow Management
I. KOCKAR, University of
Strathclyde
E. DAVIDSON, University of
Strathclyde
G. AULT, University of
Strathclyde
M. DOLAN, University of
Strathclyde
• 2010GM1513, Making Transmission Systems
Smart: An Opportunity which Should not be Missed
M. ILIC, Carnegie Mellon
University
• 2010GM1614, System Analytics for Smart
Microgrids
J. MITRA, Michigan State
University
S. SURYANARAYANAN, Colorado
School of Mines
• 2010GM1692, DSM Economic Marginal Demand
Bidding
G. SHEBLÉ, Quanta
Technology
Integration of Plug-In
Hybrid and Electric Vehicles: International Experience
Sponsored by: Power System
Planning and Implementation Committee
Energy
Development and Power Generation Committee
Chairs: M. L. Chan,
Quanta Technology
K. Strunz,
TU-Berlin
The
past years have seen an unprecedented rise of interest in the infrastructural
integration of plug-in hybrid and electric vehicles. In this super session, we
present the experience made, the challenges identified, and the solutions found
in countries from North and South America, from Europe, and from Asia. We
consider on-going initiatives and projects as well as the involved cooperation
of stakeholders from industry and governmental bodies.
PANELISTS:
1 L. Dow, Quanta Technology,
Preparing for the Integration of EV/PEVs into a Grid – Luther Dow
2. R. Palma-Behnke: 2010GM1539 –
Integration of PHEVs and EVs: Experience from Chile
3. G. Joos: 2010GM0115 – Integration
of PHEVs and EVs: Experience from Canada
4. Y. Song: 2010GM1256 –
Integration of Plug-in Hybrid and Electric Vehicles: Experience from China
5. B. Claas: 2010GM1306 –
Integration of Plug-in Hybrid and Electric Vehicles: Experience from Germany
6. L. Bertling: 2010GM1504 –
Integration of Plug-in Hybrid Electric Vehicles and Electric Vehicles –
Experience from Sweden
7. D. Bowermaster, Pacific Gas
& Electric: “Challenges in Integrating EV/PEVs into Electric Grid and IT
Infrastructures in a US Utility”
8. H. Asgeirsson, DTE Energy:
Infrastructural Challenges in Integrating EVs: A Case Study
9. B. Chiu, Southern California
Edison: T&D Infrastructure Impact Assessment for PEV Readiness
PRESENTATIONS
AND PANELISTS:
• 2010GM1539, Integration of PHEVs and EVs:
Experience from Chile
R. PALMA-BEHNKE, U. of
Chile
P. ESTÉVEZ, U. of Chile
• 2010GM0115, Integration of PHEVs and EVs:
Experience from Canada
G. JOOS, McGill University
M. DUBOIS, McGill
University
• 2010GM1256, Integration of Plug-In Hybrid and
Electric Vehicles: Experience from China
Y. SONG, Tsinghua
University
X. YANG, Tsinghua
University
Z. LU, Tsinghua University
• 2010GM1306, Integration of Plug-In Hybrid and
Electric Vehicles and Electric Vehicles: Experience from Germany
B. CLAAS, Technische Universität
Berlin
S. MARKER, Technische
Universität Berlin
S. BICKERT,
Forschungszentrum Jülich GmbH
J. LINSSEN,
Forschungszentrum Jülich GmbH
K. STRUNZ, Technische
Universität Berlin
• 2010GM1504, Integration of Plug in Hybrid
Vehicles and Electric Vehicles – Experience from Sweden
L. BERTLING, Chalmers
University of Technology
O. CARLSON, Chalmers
University of Technology
S. LUNDMARK, Chalmers
University of Technology
D. STEEN, Chalmers
University of Technology
Flexible Distribution
Network Planning to Accommodate DG Integrations
Sponsored by: Power System
Analysis, Computing, and Economics Committee
Power
System Planning and Implementation Committee
Chairs: Z.
Hu,University of Bath
F. Li,
University of Bath
This
panel will address the challenges that arise in the area of distribution system
reinforcement and expansion to accommodate more and more renewable energy
generation integrations. Some
distribution systems are facing problems because the DG connection capacity in
queue is out of the accommodating capability of the system, while adding new
lines is very difficult. New
distribution network planning methods and equipments are needed to solve these
problems. This panel is to discuss the
concerns and solution methods that brings from academia and industry,
especially in Europe.
PRESENTATIONS
AND PANELISTS:
• 2010GM0738, Development of a Flexible
Distribution Reference Network
R. BHAKAR, National
Institute of Technology, Jaipur
N. PADHY, Indian Institute
of Technology
H. GUPTA, Indian Institute
of Technology
• 2010GM1061, Distributed Generation on
Distribution System Voltage Regulation: An Optimization-Based Approach
W. HUANG, Zhejiang
University
D. GAN, Zhejiang University
X. XIA, Hangzhou Power
Dispatch Center
N. KOBAYASHI, Fuji Electric
Systems Co
X. XU, Hangzhou Electric
Power Company
• 2010GM1108, Conjoint Generation Management
and Load Adaption for an Optimised Power Grid Utilisation
M. TRÖSCHEL, OFFIS
O. LÜNSDORF, OFFIS
• 2010GM1387, Novel Architectures and Operation
Modes of Distribution Network to Increase DG Integration
N. HADJSAID, Grenoble
Institute of Technology
M. ALVAREZ-HERAULT,
Grenoble Institute of Technology
R. CAIRE, Grenoble
Institute of Technology
B. RAISON, Université
Joseph Fourier - IUT1
J. DESCLOUX, Grenoble
Institute of Technology
W. BIENIA, Grenoble
Institute of Technology
• 2010GM1510, Value of Integrating Distributed
Energy Resources in the UK Electricity System
D. PUDJIANTO, Imperial
College London
C. GAN, Imperial College
London
V. STANOJEVIC, Imperial
College London
M. AUNEDI, Imperial College
London
P. DJAPIC, Imperial College
London
G. STRBAC, Imperial College
London
• 2010GM1563, Distribution Network
Reinforcement Utilizing Active Management Means
Z. HU, University of Bath
F. LI, University of Bath
Deploying Intelligence to
the Smart Grid
Sponsored by: Power System
Analysis, Computing, and Economics Committee
Chair: S. McArthur,
University of Strathclyde
As
a result of the shift to renewable and distributed generation the operation and
management of the electric power system must change radically. There is a drive
towards distributing the power system control and intelligence throughout the
network, providing a new set of network control functions. While there have
been many high level discussions about deploying intelligence in the Smart
Grid, this panel session will describe practical examples of where distributed
intelligence and related technologies have been used to deliver Smart Grid
functions. It will describe fundamental platforms and technologies which are
the building blocks of the Smart Grid, and offer insight into the specification
of the functions. The panel has been organised by the PSACE Committee, whose
members are the key industrialists and researchers working in the
computational, analytical and distributed intelligence technologies required
for the Smart Grid. To deliver the Smart Grid a wide range of high level
independent functions need to be developed and integrated. These include:
active network management (encompassing voltage control, frequency control,
reactive power control, losses minimisation and thermal constraint management);
transmission/ distribution automation providing reconfiguration and
restoration; smart metering; and condition monitoring. In addition, data and
information architectures are required to support the new functions and
applications. This panel session will detail activities in all of these areas.
PRESENTATIONS
AND PANELISTS:
• 2010GM0192, Distributed Energy Resource
Management in a Smart Grid by Risk Based Auction Strategy for Profit
Maximization
B. RAMACHANDRAN, Institute
for Energy Systems, Economics and Sustainability
S. SRIVASTAVA, Center for
Advanced Power Systems
D. CARTES, Center for
Advanced Power Systems
C. EDRINGTON, Center for
Advanced Power Systems
• 2010GM0791, Integrated Retail and Wholesale
Power System Operation with Smart Grid Functionality
D. ALIPRANTIS, Iowa State
University
S. PENICK, Iowa State
University
L. TESFATSION, Iowa State
University
H. ZHAO, Iowa State
University
• 2010GM1329, Design and Deployment of a
Multi-Agent System on a Hardware Prototype
R. BELKACEMI, WVU
A. FELIACHI, WVU
• 2010GM1377, Distributed Voltage Control in
AuRA-NMS
P. TAYLOR, Durham
University
T. XU, Durham University
N. WADE, Durham University
M. PRODANOVIC, Imperial
College London
R. SILVERSIDES, Imperial
College London
T. GREEN, Imperial College
London
E. DAVIDSON, University of
Strathclyde
S. MCARTHUR, University of
Strathclyde
• 2010GM1380, Integrated ICT Framework for
Distribution Network with Decentralized Energy Resources: Prototype, Design and
Development
N. HADJSAID, Grenoble
Institute of Technology
L. LE-THANH, Grenoble
Institute of Technology
R. CAIRE, Grenoble
Institute of Technology
B. RAISON, Université
Joseph Fourier - IUT1
F. BLACHE, Grenoble
Institute of Technology
B. STÅHL, Blekinge
Institute of Technology
R. GUSTAVSSON, Blekinge
Institute of Technology
• 2010GM1388, AuRA-NMS: An Autonomous Regional
Active Network Management System for EDF Energy and SP Energy Networks
E. DAVIDSON, University of
Strathclyde
M. DOLAN, University of
Strathclyde
G. AULT, University of
Strathclyde
S. MCARTHUR, University of
Strathclyde
Z. VALE, Institute of
Engineering – Polytechnic of Porto
H. MORAIS, Institute of
Engineering – Polytechnic of Porto
H. KHODR, Institute of
Engineering – Polytechnic of Porto
• 2010GM1679, Integrating Renewable and
Distributed Resources – IIT Perfect Power Smart Grid Prototype
A. FLUECK, Illinois
Institute of Technology
C. NGUYEN, Illinois
Institute of Technology
T&D Impacts from High
Penetration of PV Solar
Sponsored by: Substations Committee
Chair: J. Randolph,
PG&E
Photovoltaic
(PV) solar generation is rapidly expanding as a promising technology to help
electric utilities meet their Renewable Portfolio Standards (RPS) target. Traditionally PV systems have been installed
at smaller levels with single inverters, typically coupled with load
connections.
Recently
though, PV generating plants have been proposed from 2–20MW on the distribution
system, and from 20–500MW on the transmission system. Yet, the reliability impacts from large-scale
inverter-based generation and intermittency are not fully known, particularly
on radial distribution systems.
This
Super Session features authors of seven technical papers that will discuss
numerous aspects of impacts on the T&D system, including transient
over-voltages, power quality, reactive power, reverse power flow, stability,
and voltage control. It is vital for
successful implementation of PV technology to earnestly address these technical
challenges, to further study possible impacts, and for our industry to provide
any required mitigation solutions.
PAPERS
AND AUTHORS:
• 2010GM1626,
Network Impacts of High Penetration of Photovoltaic Solar Power Systems
J. ENSLIN, Quanta
Technology
• 2010GM1562,
Transient Over-Voltages in High Voltage Grid-Connected PV Solar Interconnection
Y. ZHANG, CAISO
C. MENSAH-BONSU, CAISO
P. WALKE, CAISO
S. ARORA, CAISO
J. PIERCE, CAISO
K. TURITSYN, CNLS &
Theoretical Divison, Los Alamos National Lab
P. SULC, New Mexico
Consortium
S. BACKHAUS, Materials,
Physics & Applications Division, Los Alamos National Lab
M. CHERTKOV, CNLS &
Theoretical Divison, Los Alamos National Lab
H. HATTA, Central Research
Institute of Electric Power Industry
S. UEMURA, Central Research
Institute of Electric Power Industry
H. KOBAYASHI, Central
Research Institute of Electric Power Industry
• 2010GM0342,
Impact of Distribution System Quality on DG Interconnection Protection
S. CHO, Soongsil Univ.
H. SHIN, Soongsil Univ.
J. KIM, Soongsil Univ.
• 2010GM0893,
Impact of Large-Scale PV Penetration on Power System Oscillatory Stability
R. SHAH, Chittagong
University of Engineering & Technology
N. MITHULANANTHAN, The
University of Queensland
A. SODE-YOME, Siam
University
K. LEE, Baylor University
• 2010GM0836,
Increasing Distributed Generation Penetration Using Soft Normally-Open Points
J. BLOEMINK, Imperial
College
T. GREEN, Imperial College
• Modeling
PV Systems in Bulk System Studies
A. ELLIS, Sandia National
Laboratories