Technical Committee
Sessions: PEEC, PSACE
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. (Sessions
marked with *SG* indicate there were Smart Grid related papers in the session.)
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Session Name |
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Power Engineering
Education Committee |
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Mon PM |
*SG* |
Synchronized Measurements in Power System Operation:
International Practices and Research Issues |
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Mon PM |
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Tues AM |
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NSF-Sponsored US-African Collaborative Research and
Education |
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Tues AM |
*SG* |
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Thur PM |
*SG* |
Research and Education for Integration of Renewable
Resources into Power Systems |
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Power System Analysis,
Computing, and Economics Committee |
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Mon AM |
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Mon PM |
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Mon PM |
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Tues AM |
*SG* |
New Applications of Intelligent Data Mining in Power
Systems |
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Tues AM |
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Tues PM |
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Wed PM |
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Thur AM |
*SG* |
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Thur PM |
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Thur PM |
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Application of Heuristic Methods to Power System
Optimization Under Uncertainties |
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Thur PM |
*SG* |
Advanced Distribution System Modeling and Analysis
Techniques |
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Thur PM |
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Global Financial Crisis and the Interaction Between
Long- and Short-Term Electricity Markets |
*SG*
Synchronized Measurements in Power System Operation: International
Practices and Research Issues
Sponsored by: Power Engineering
Education Committee
Chairs: E.
Kyriakides, University of Cyprus
G. Heydt,
Arizona State University
This panel
aims at providing an overview of international trends, developments, research
issues, and applications of synchronous measurements in power systems. Power systems are operated largely on the basis
of information received from the field via sensors and communications channels.
The field of synchronized measurements is of critical importance in power
systems and a great research effort is observed in the field. Some of the objectives of the panel are to:
·
Examine
new, innovative sensor technologies for the enhancement of power system
security
·
Discuss
data gathering and information processing from synchronized measurement devices
·
Provide
thoughts regarding the synchronization of conventional asynchronous
measurements with synchronized measurements
·
Demonstrate
recent advances in optimal placement of synchronized measurement devices for
observability and state estimation
·
Discuss
the use of synchronized measurements for power system security, reliability and
voltage stability
·
Initiate
a discussion on wide area control using synchronized measurements versus local
area control
·
Recount
international experience in Asia, Europe and North America in the
implementation and use of synchronized measurements.
PRESENTATIONS
AND PANELISTS:
E. KYRIAKIDES, University
of Cyprus
G. HEYDT, Arizona State
University
T. BI, North China Electric
Power University
X. QIN, North China
Electric Power University
Q. YANG, North China
Electric Power University
• 09GM1502,
Enhanced State Estimation with Real-time Updated Network Parameters Using SMT
G. VALVERDE, The University
of Manchester
D. CAI, The University of
Manchester
J. FITCH, National Grid, UK
V. TERZIJA, The University
of Manchester
• 09GM0942,
The North American SynchroPhasor Initiative (NASPI)
J. DAGLE, Pacific Northwest
National Laboratory
• 09GM1225,
Practical Synchronized Phasor Solutions
E. SCHWEITZER, III,
Schweitzer Engineering Laboratories, Inc.
D. WHITEHEAD, Schweitzer
Engineering Laboratories, Inc.
G. ZWEIGLE, Schweitzer
Engineering Laboratories, Inc.
• 09GM0277,
Awareness System Based on Synchronized Phasor Measurements
W. SATTINGER, swissgrid
• 09GM0837, Network-Security Measurements for
Highly Loaded Power Systems
R. KREBS, Siemens AG,
Energy
M. WACHE, Siemens AG,
Energy
Channeling Sponsored Research into Classroom Education
Sponsored by: Power Engineering
Education Committee
Chair: B.
Chowdhury, Missouri University of Science & Technology
An important
mission of university-based research that often gets overlooked is the
education component. Based on the 2005-2006 Electric Power Engineering
Education Resources report produced by PES, hundreds of millions of dollars
worth of research is being conducted annually by university faculty throughout
North America. While such sponsored
research almost always produces Master’s and PhD dissertations, how much
of that is channeled into creating a broader impact of educating undergraduate
and graduate students is of concern to many sponsoring agencies. This panel
will look into examples of how some faculty members have brought their research
experiences into the classroom to highlight core principles of power and
energy.
PRESENTATIONS
AND PANELISTS:
• 09GM1212, Channeling University-Based
Sponsored Research into Classroom Education
B. CHOWDHURY, Missouri
University of Science & Technology
• 09GM0353, Channeling Research into Education:
Synergy Between Research and Education
N. MOHAN, University of
Minnesota
K. MOHAPATRA, University of
Minnesota
• 09GM0490, Integrating Distribution Automation
and Control Techniques into Power System Curriculum
K. MIU, Drexel University
A. DEESE, Drexel University
X. YANG, Entergy
V. CECCHI, Drexel
University
M. KLEINBERG, Drexel
University
C. SCHEGAN, Drexel
University
• 09GM0988, NSF’s Activities in Electric
Power and Energy Research and Education
D. NIEBUR, NSF
W. XU, University of
Alberta
• 09GM1435,
Integrating Today’s Research to Prepare Tomorrow’s Power Engineers
N. SCHULZ, Mississippi
State University
• 09GM1402, Research Teaching Nexus - An
Australian Experience
S. ISLAM, Curtin University
of Technology
• 09GM1219, Using Research Results for Power
System Classroom Education: A Power Flow and Transient Stability Case Study
T. OVERBYE, University of
Illinois at Urbana-Champaign
NSF-Sponsored US-African Collaborative Research and
Education
Sponsored by: Power Engineering
Education Committee
Chair: J. Momoh,
Howard University
The panel will
provide an overview of research and education work sponsored by NSF for
collaboration between several US and African universities in the area of power
system operation, planning and markets.
Paper 1
provides models to understand the long-term interactions between investment and
performance in the electric power system.
Results demonstrate the impact of the interconnection on the local
system prices and investments.
Paper 2
studies frequency dynamics of a relative small power system. The Frequency Disturbance Recorder (FDR)
implementation enhances the dynamics and control of the structurally weak and
rapidly growing power systems of developing countries.
Paper 3
discusses research in the computation of a Voltage Stability Index (VSI) and
margin based on real-time system parameters obtained using PMUs for bulk power
networks control and mitigation.
Paper 4
discusses outcomes of a cooperative project over a long-term collaboration in
areas of power system control and computational intelligence.
PRESENTATIONS
AND PANELISTS:
• 09GM0304,
System Frequency Monitoring in the Nigerian Power System
L. VANFRETTI, Rensselaer
Polytechnic Institute
U. ALIYU, Abubakar Tafawa
Balewa University
J. CHOW, Rensselaer
Polytechnic Institute
J. MOMOH, Howard University
• 09GM1200, Use of System Dynamics for Studying
a Restructured West African Power Pool
M. GEBREMICAEL, Washington
State University
H. YUAN, Washington State
University
K. TOMSOVIC, University of
Tennessee
• 09GM1533, Advanced Computational Methods
Applied to the Nigerian Power System
G. VENAYAGAMOORTHY, Missouri
University of Science and Technology
• 09GM0943, Engineering Research and Education
in Power System Voltage Stability Enhancement
J. MOMOH, Howard University
C. GAUNT, University of
Cape Town
S. ONOHAEBI, Univerity of
Benin
*SG*
Integrating Plug-In Hybrid Vehicles to the Grid
Sponsored by: Power Engineering
Education Committee
Chairs: A. Girgis,
Clemson University
M. Crow,
Missouri University of Science & Technology
As the
potential economic and environmental benefits of plug-in hybrid electric
vehicles (PHEVs) become apparent and as strong interest develops among
automakers, seamless integration of PHEVs to the grid will be a critical step
to encourage utility support for PHEV commercialization. Technological barriers continue to fall, but
taking advantage of opportunities to increase revenue and improve power system
efficiency using PHEVs will require active participation by utilities and OEMs
in how the vehicles are introduced to customers. PHEVs are transformational in that they
introduce electricity as a meaningful automotive fuel to a potentially very
large market. This panel will focus on
some of the most pressing technical issues associated with the act of plugging
these vehicles into the electric grid. Topics that will be covered in this
panel include smart charging infrastructure, smart grid concepts, communication
technologies. T&D impact assessment, pilot programs currently underway,
etc.
PRESENTATIONS
AND PANELISTS:
• 09GM0334,
Electric Vehicles: Holy Grail or Fool’s Gold
P. MOHSENI, Duke Energy
R. STEVIE, Duke Energy
• 09GM1015, Vehicle Fleet as a Distributed
Energy Storage System for the Power Grid
M. FERDOWSI, Missouri
University of Science and Technology
• 09GM1308, Evaluation of the Impact of Plug-in
Electric Vehicle Loading on Distribution System Operations
J. TAYLOR, EPRI
A. MAITRA, EPRI
M. ALEXANDER, EPRI
D. BROOKS, EPRI
M. DUVALL, EPRI
• 09GM1600, On the Suitability of Plug-In
Hybrid Electric Vehicle (PHEV) Charging Infrastructures Based on Wind and Solar
Energy
X. LI, Concordia University
L. LOPES, Concordia
University
S. WILLIAMSON, Concordia
University
*SG* Research
and Education for Integration of Renewable Resources into Power Systems
Sponsored by: Power Engineering
Education Committee
Chair: A. Pahwa,
Kansas State University
Advances in
technology and the need for cleaner energy sources have pushed the growth of
renewable energy in recent years. Efforts are on-going to integrate these
resources into power systems both at the bulk system level and at the
distribution level. Large-scale integration of such resources places enormous
challenges for which new systems and technologies are needed. Panelists in this session will address many
key research and education issues to allow the optimal integration of renewable
resources into power systems.
PRESENTATIONS
AND PANELISTS:
• 09GM0321, Integration of Renewable Energy in
Electrical Engineering Curriculum
M. EL-SHARKAWI, University
of Washington
• 09GM0989, Renewable Energy System Research
and Education at the NSF FREEDM Systems Center
A. HUANG, NC State
University
• 09GM1226, Electricity, Resources, and
Building Systems Integration at the National Renewable Energy Laboratory
D. MOONEY, National
Renewable Energy Laboratory
B. KROPOSKI, National
Renewable Energy Laboratory
• 09GM1240, Operation of Dispersed Synchronous
Generators when Region of Distribution Network is Islanded from Main Utility
Grid
P. CROSSLEY, University of
Manchester
C. TEN, University of
Manchester
• 09GM1266, Large-Scale Photovoltaic Solar
Power Integration in Transmission and Distribution Networks
R. VARMA, The University of
Western Ontario
M. SALAMA, University of
Waterloo
R. SEETHAPATHY, Hydro One
Networks Inc.
C. CHAMPION, Ontario
Centres of Excellence, Centre of Energy
• 09GM1325, Future of Renewable Energy
Development & Deployment
T. KEY, EPRI
Advances in Distribution System Modeling and Analysis
Sponsored by: Power System
Analysis, Computing and Economics
Chair: K.
Schneider, Pacific Northwest National Laboratory, Richland, WA
Over the past
two decades the study of distribution system analysis has made significant
progress. This progress has been in part
due to the development of a set of common distribution feeder models that
researches could use to test new analytic methods, the IEEE Radial Test
Feeders. The Radial Test Feeders were
originally designed as a common set of models for researchers to test new, and
existing, power flow algorithms. While
the Radial Test Feeders were widely accepted there continues to be a need for
additional distribution feeder model to address the wide range of issues being
faced in distribution analysis. This
panel presents four papers which discuss the need for new models, and presents
possible candidates for new test systems.
PRESENTATIONS
AND PANELISTS:
• 09GM1107, Developing Benchmark Models for
Low-voltage Distribution Feeders
K. STRUNZ, TU Berlin
R. FLETCHER, Snohomish PUD
R. CAMPBELL, University of
Washington
F. GAO, TU Berlin
• 09GM1437, Behavioral Models of DR
Technologies for Feeder-Level Analysis
T. MCDERMOTT, EnerNex
Corporation
• 09GM0355, A Taxonomy of North American Radial
Distribution Feeders
K. SCHNEIDER, Pacific
Northwest National Laboratory
Y. CHEN, Pacific Northwest
National Laboratory
D. ENGLE, Pacific Northwest
National Laboratory
D. CHASSIN, Pacific
Northwest National Laboratory
• 09GM0589, Harmonic Analyses of Power
Distribution Neutral-to-Earth Voltage (NEV) Test Case Using the Four-Wire
Three-Phase Harmonic Current Injection Method
A. VARIZ, Federal
University of Juiz de Fora
J. PEREIRA, Federal
University of Juiz de Fora
S. CARNEIRO JR., Federal
University of Rio de Janeiro
P. BARBOSA, Federal
University of Juiz de Fora
Interaction Between Electricity and Gas Markets
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chairs: J. Barquín,
Universidad Pontificia Comillas Madrid
L.
Barroso, PSR, Rio de Janeiro, Brasil
Natural gas
logistics and procurement is becoming an issue of increasing relevance for
power system operations. As in the power systems case, natural gas operation
and control is a complex engineering task that requires sophisticated
tools. Generation and transmission
companies are increasingly modeling gas systems in order to economically
operate electricity systems, while keeping adequate reliability levels. Likewise, regulatory agencies are also drafting
regulations and commissioning models that address gas-electricity
interfaces. The Panel will address
natural gas-electricity resource adequacy and operations planning, including
institutional and operational arrangements, the planning of integrated electricity
and gas systems and other issues. Focus will be given on the interaction
between these two markets.
PRESENTATIONS
AND PANELISTS:
• 09GM0448, The Integrated Operation and
Expansion Planning of Natural Gas and Electricity Systems: Technical and Economical
Aspects
C. UNSIHUAY-VILA, UNIFEI
J. MARANGON-LIMA, UNIFEI
A. ZAMBRONI DE SOUZA,
UNIFEI
• 09GM1068,
Electricity and Gas Interaction: A UK Perspective and Risk Assessment
J. WHITEFORD, The
University of Edinburgh
G. HARRISON, The University
of Edinburgh
J. BIALEK, The University
of Edinburgh
• 09GM0299, Linear Models for Optimization of
Interconnected Gas and Electricity Networks
B. BAKKEN, SINTEF Energy
Research
S. MINDEBERG, SINTEF Energy
Research
• 09GM0480, Interdependence of NG and
Electricity Infrastructures in Turkey
C. SAHIN, Illinois
Institute of Technology
M. SHAHIDEHPOUR, IIT
• 09GM0946, Power and Gas Integration: The
Spanish Experience
E. PARRILLA, Iberdrola S.A.
• 09GM1295, The Need for Resource Diversity in
New England
M. HENDERSON, ISO New
England
W. COSTE, ISO New England
P. WONG, ISO New England
J. PLATTS, ISO New England
Auction Theory for Power Industry Applications
Sponsored by: Power System Analysis,
Computing and Economics Committee
Chairs: L.
Tesfatsion, Iowa State University, Ames, IA
J.
Garcia-Gonzalez, Universidad Pontificia Comillas, Madrid, Spain
Power systems
have distinctive features that greatly complicate the development of auction market
designs. This auction panel will stress the theory and practice of auction
design as it relates specifically to power industry applications. In the first two introductory talks, basic
auction market design concepts such as reservation value, buyer surplus, seller
surplus, demand bids, supply offers, and market equilibrium will be explained
and illustrated using simple power-market examples. Subsequent talks will focus on design
concepts and modeling tools suitable for the development and evaluation of
power industry auctions for demand and supply procurement. The potential use of these tools will be
concretely illustrated by means of empirically-grounded case studies reflecting
international experiences. These case
studies will also be used to clarify the various objectives that that can
motivate the use of auctions, taking into account the perspectives of
generation companies, load-serving entities, marketeers, distributors,
retailers, and regulatory agencies.
PRESENTATIONS
AND PANELISTS:
• 09GM0233,
Auction Basics for Wholesale Power Markets: Objectives and Pricing Rules
L. TESFATSION, Iowa State
University
• 09GM0297, Alternative Auction Objectives and
Pricing Schemes for Short-Term
E. LITVINOV, ISO New
England
F. ZHAO, ISO New England
T. ZHENG, ISO New England
• 09GM1155, Nonconvex Electricity Market Design
R. O’NEILL, FERC
• 09GM0930, Analyzing the Temporal Effects of
Ex Ante Mechanism Designs in Power Markets
D. BUNN, London Business
School
M. MARTOCCIA, London
Business School
R. MORENO, Imperial
College/Systep Ingenieria y Diseños
B. BEZERRA, PSR
L. BARROSO, PSR
S. MOCARQUER, Systep
Ingeniería y Diseños
H. RUDNICK, Pontificia
Universidad Católica de Chile
• 09GM0171, Optimal Strategies for Selling Wind
Power in Mid-term Energy Auctions
J. GARCÍA-GONZÁLEZ,
Universidad Pontificia Comillas
T. GÓMEZ SAN ROMÁN,
Universidad Pontificia Comillas
J. RIVIER, Iberdrola
Renovables
P. OSTOS, Iberdrola
Renovables
*SG* New
Applications of Intelligent Data Mining in Power Systems
Sponsored by: Power System
Analysis, Computing and Economics
Chair: G.
Lambert-Torres, Universidade Federal de Itajubá, Itajuba, Brasil
This section
details new applications with advanced technologies on intelligent data mining.
Information processing techniques to extract rules and knowledge from large
database will be presented in order to solve complex problems. Data mining has many applications in
different areas of the power industry.
PRESENTATIONS
AND PANELISTS:
• 09GM0580,
Power Systems Reliability Calculation Based on Fuzzy Data Mining
S. RAMOS, ISEP - GECAD
H. KHODR, ISEP - GECAD
F. AZEVEDO, ISEP - GECAD
Z. VALE, ISEP - GECAD
• 09GM0518, Fraud Detection System for High and
Low Voltage Electricity Consumers Based on Data Mining
J. CABRAL, UFMS
J. PINTO, UFMS
A. PINTO, Health Agency of
Mato Grosso do Sul State
• 09GM1036,
An Overview of Forecasting Problems and Techniques in Power Systems
M. NEGNEVITSKY, University
of Tasmania
P. MANDAL, University of
Tasmania
A. SRIVASTAVA, Mississippi
State University
• 09GM0449, Innovative Applications of
Diagnosis, Forecasting, Pattern Recognition and Knowledge Discovery in Power
Systems
M. MEJIA-LAVALLE, Instituto
de Investigaciones Electricas
G. ARROYO-FIGUEROA,
Instituto de Investigaciones Electricas
E. F. MORALES, INAOE
Sustainable Energy Systems for Developing Communities
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chairs: C.
Mensah-Bonsu, California ISO, Folsom, CA
J. Mutale,
The University of Manchester, Manchester, UK
Present day
estimates indicate that over 1.6 billion people, more than a quarter of the
World population, have no access to electricity. Most of these people live in rural areas of
developing countries. Unless dramatic changes in electrification are
implemented, it is projected that even by 2030 there will still be some 1.4
billion people without electricity. As
electricity plays a critical role in poverty eradication and has the potential
to improve the life chances of many rural folk, the present “business-as-usual”
approach to electrification is neither sustainable nor no longer acceptable.
This panel session will provide the opportunity to listen and learn from rural
electrification experts from around the world as well as discuss the challenges
and possible solutions to a speedy, cost effective and sustainable delivery of
electricity to rural communities.
PRESENTATIONS
AND PANELISTS:
• 09GM0763, Electricity Supply Industry
Arrangements and Policies on Rural Electrification
J. MUTALE, The University
of Manchester
C. MENSAH-BONSU, California
ISO
• 09GM1258, Clean Energy and Extreme Poverty:
The Cost Burden of Donated Solar Home Lighting Systems
H. CORSAIR, The Johns
Hopkins University
• 09GM1095, Sustainable Development of the
Indian Private Power Industry Meeting Corporate, Social and Climate Objectives
A. MUKERJEE, Tata Quality
Management Systems
S. KHAPARDE, I I T Bombay
• 09GM1259, Renewable Energy as a Tool to
Assure Continuity of a Low Emission Brazilian Electric Power Sector-Results of
an Aggressive Renewable Energy Policy
O. SOLIANO PEREIRA,
Universidade Salvador-UNIFACS
Requirements for Automated Fault Reporting
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chair: M.
Kezunovic, Texas A&M University, College Station, TX
Fault analysis
is a well defined task in the utilities. It is performed primarily manually
today. This session is focused on
automated fault analysis and related reporting requirements. This topic has gained its importance with the
latest standards development by NERC where the reporting of major disturbances
is required. Several issues will be
discussed by panelists from industry and academia: detection and classification
of disturbances, automated fault location, utility requirements for automated
analysis systems, implementation requirements that allow open system design,
and requirements addressed through R&D.
Besides accommodating the panel presentations, sharing different
experiences from the audience will also be encouraged.
PRESENTATIONS
AND PANELISTS:
• 09GM0952, Automated Fault Data Collection,
Analysis, and Reporting
D. MARAGAL, New York Power
Authority (NYPA)
B. FARDANESH, New York
Power Authority (NYPA)
• 09GM1156, Substation Fault Analysis
Requirements
M. KEZUNOVIC, Texas A&M
University
• 09GM1151, An Automated Fault Analysis System
for SP Energy Networks: Requirements, Design and Implementation
G. NAPIER, University of
Strathclyde
E. DAVIDSON, University of
Strathclyde
S. MCARTHUR, University of
Strathclyde
J. MCDONALD, University of
Strathclyde
• 09GM1389, Overview of an Automatic
Underground Distribution Fault Location System
D. SABIN, Electrotek
Concepts, Inc.
C. DIMITRIU, Consolidated
Edison Company of New York, Inc.
D. SANTIAGO, Consolidated
Edison Company of New York, Inc.
G. BAROUDI, Consolidated
Edison Company of New York, Inc.
• 09GM1087, Automated Fault Analysis: From
Requirements to Implementation
T. POPOVIC, Test
Laboratories International, Inc.
M. KUHN, Test Laboratories
International, Inc.
Use of Simulators in Testing New Electricity Markets
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chair: E. Haq,
California ISO, Folsom, CA
The objective
of this panel is to share the experiences on the use of simulators in testing
new electricity markets. The main focus of panelists will be on the following
topics:
a) Market simulation model of forward
and real-time reserve simulation.
b) Simulation tool to model the
behavior of distributed resources in new electricity market environment.
c) How a grid operator training
simulator can be used for testing new real-time electricity market.
d) Forecasting of LMP by market
simulation.
e) Multi agent based simulator for
testing electricity market.
f) Use of simulator for research,
teaching and training of new electricity market.
PRESENTATIONS
AND PANELISTS:
• 09GM1201, Simulating Demand Participation in
Market Operations
D. CHASSIN, Pacific
Northwest National Lab
S. WIDERGREN, Pacific
Northwest National Lab
H. LI, Iowa State
University
L. TESFATSION, Iowa State
University
• 09GM0774, Use of an Operator Training
Simulator in Testing New Real-Time Market of California ISO
E. HAQ, CAISO
M. ROTHLEDER, CAISO
B. MOUKADDEM, CAISO
S. CHOWDHURY, CAISO
K. ABDUL-RAHMAN, Siemens
J. FRAME, Siemens
A. MANSINGH, Siemens
T. TEREDESAI, ABB
N. WANG, ABB
• 09GM1257, Market Simulation for LMP
Forecasting
R. FROWD, ECCO
International
A. PAPALEXOPOULOS, ECCO
International
R. ENTRIKEN, EPRI
M. DEPILLIS, ISO New
England
• 09GM1221, Using Multi-Agent Simulation to
Test European Electricity Markets
G. CONZELMANN, Argonne
National Laboratory
A. BOTTERUD, Argonne
National Laboratory
P. THIMMAPURAM, Argonne
National Laboratory
J. WANG, Argonne National
Laboratory
*SG* World Wide
Usage of CIM Standard by Electric Utilities
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chair: E. Haq,
California ISO, Folsom, CA
This panel
session is organized by the task force on “Power System Modeling in CIM,”
sponsored by PSACE subcommittee to promote awareness of the Common Information
Model (CIM) standard among the PES members.
The panelists from different countries will share their experiences and
challenges faced in implementing CIM standard in different Electric Utilities.
The main focus of this panel will be on the process of standardizing CIM,
application of CIM standard in utility asset management and the adaptation of
CIM standard by the European, Chinese and Indian Utilities in the areas of
network model exchange and integration issues of power system applications.
PRESENTATIONS
AND PANELISTS:
• 09GM0673,
Role of Interoperability Tests in Standardizing CIM
M. GOODRICH, Project
Consultants, LLC
• 09GM0782,
Use of the CIM Standard for Managing Assets at the Long Island Power Authority
P. VUJOVIC, LIPA
G. ROBINSON, Xtensible
Solutions
C. IVANOV, UCTE - Union for
the Co-ordination of Transmission of Electricity
D. CHURY, UCTE - Union for
the Co-ordination of Transmission of Electricity
• 09GM1048,
Applications and Extension of CIM Standard in Chinese Electrical Power Control
Centers
H. SUN, Tsinghua University
B. ZHANG, Tsinghua
University
W. WU, Tsinghua University
• 09GM0601,
CIM and IEC 61850 Integration Issues: Application to Power Systems
Y. PRADEEP, Indian
Institute of Technology Bombay
P. SESHURAJU, Indian
Institute of Technology Bombay
S. KHAPARDE, Indian
Institute of Technology Bombay
V. WARRIER, KALKI
Communication Technologies Limited
S. CHERIAN, KALKI
Communication Technologies Limited
• 09GM0181,
First EMS Experience Building, Validating and Maintaining a Network Model Using
CIM
E. MARGALEJO, NSTAR
Electric
P. LOF, NSTAR Electric
X. LIU, NSTAR Electric
P. PICARD, SNC-Lavalin
T&D
• 09GM0541,
CIM Extensions for ERDF Information System Projects
J. FREMONT, EDF R&D
E. LAMBERT, EDF R&D
C. BOUQUET, ERDF
O. CARRE, ERDF
D. ILHAT, EDF R&D
P. METAYER, EDF R&D
• A
Methodology for Managing CIM Extensions
T. NIELSEN, UISOL
L. KING, EPRI
S. NEUMANN, UISOL
Open Source Software for Power Systems
Sponsored by: Power System
Analysis, Computing and Economcis Committee
Chair: F. Milano,
University of Castilla-La Mancha, Ciudad Real, Spain
The goal of
the panel session is to illustrate the benefits that the OSS can offer to the
power engineering community at any level (industrial applications, teaching,
and research). The panel will include a
general introductory talk on the potential usefulness of OSS as it relates to
power systems analysis. The panel also includes talks by different types of
developers/users of OSS (e.g., academic research, teaching/training, and
commercial vendors) elaborating on the usefulness of OSS from different vantage
points. All presentations are about
concrete applications. There will be six panelists, all of whom have provided
relevant open source and/or free software applications for power system
analysis.
PRESENTATIONS
AND PANELISTS:
• 09GM0333, State of the Art and Future of OSS
for Power Systems
F. MILANO, University of
Castilla-La Mancha
L. VANFRETTI, Rensselaer
Polytechnic Institute
• 09GM1027,
Power Education Toolbox (P.E.T): An Interactive Software Package for State
Estimation
A. ABUR, Northeastern
University
• 09GM0970, An Example of Integrating Open
Source Modelling Frameworks: The Integration of GIS in PSAT
M. STIFTER, Arsenal
Research
F. MILANO, University of
Castilla-La Mancha
• 09GM0224,
MATPOWER’s Extensible Optimal Power Flow Architecture
R. ZIMMERMAN, Cornell
University
C. MURILLO-SANCHEZ,
Universidad Autonoma de Manizales and Universidad Nacional de Colombia
R. THOMAS, Cornell
University
• 09GM0217, Open Model for Exchanging Power
System Data
F. MILANO, University of
Castilla-La Mancha
M. ZHOU, InterPSS
G. HOU, South China
University of Technology
Application of Heuristic Methods to Power System
Optimization Under Uncertainties
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chairs: I. Erlich,
University of Duisburg-Essen, Duisburg, Germany
K. Y. Lee,
Baylor University, Waco, TX
The objective
of this panel is to identify optimization areas and new approaches taking into
account uncertainties such as those present in load forecasts, energy price
forecasts, weather, fuel, etc. Many conventional power system parameters are
also uncertain: parameters of generators, exciters, governors, etc. It may also change over time without our
being aware of it. Therefore there is need for better control (e.g., PSS
design) taking into account these uncertain variables. The panel will discuss
applications, approaches, and examples.
PRESENTATIONS
AND PANELISTS:
N. PINDORIYA, Indian
Institute of Technology Kanpur
S. SINGH, Indian Institute
of Technology Kanpur
• 09GM0750, Optimizing Economic/Environmental
Dispatch with Wind and Thermal Units
A. AL-AWAMI, University of
Washington
E. SORTOMME, University of
Washington
M. EL-SHARKAWI, University
of Washington
• 09GM0350, Optimal Operational Planning
Considering Uncertainties for Energy Plants
S. KITAGAWA, Fuji Electric
Advanced Technology Co., Ltd.
T. MATSUI, Fuji Electric
Advanced Technology Co., Ltd.
K. KIKUCHI, Fuji Electric
Systems Co., Ltd.
K. MATSUMOTO, Fuji Electric
Systems Co., Ltd.
Y. FUKUYAMA, Fuji Electric
Systems Co., Ltd.
• 09GM0941, Optimization Techniques for
Distribution Planning: A Comparative Study
H. KHODR, Institute of
Engineering – Polytechnic Institute of Porto
Z. VALE, Institute of
Engineering – Polytechnic of Porto
C. RAMOS, Institute of
Engineering – Polytechnic Institute of Porto
P. FARIA, Institute of
Engineering – Polytechnic Institute of Porto
• 09GM1067,
Uncertainties in Real-time External Modeling for State Estimation: A Heuristic
Practice
J. LIU, PJM Interconnection
LLC
J. LIU, PJM Interconnection
LLC
H. CHEN, PJM
Interconnection LLC
• 09GM1072, An Efficient Multi-objective
Memetic Algorithm for Uncertainties in Distribution Network Expansion Planning
H. MORI, Meiji University
T. YOSHIDA, Meiji
University
*SG* Advanced
Distribution System Modeling and Analysis Techniques
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chair: K. Miu, Drexel
University, Philadelphia, PA
Towards
supporting improved distribution system operations, advanced distribution
system analysis and modeling tools are required. With the integration of new analysis tools,
the realization of effective and predictable control schemes will be
enabled. This panel addresses system
analysis tools including distribution state estimation and tools to analyze
system properties such as energy efficiency and fault analysis tools for systems
including distributed energy installations. Finally, an example online
application of service restoration will be illustrated.
PRESENTATIONS
AND PANELISTS:
• 09GM0813, State Estimation for Real Time
Monitoring of Distribution Feeders
M. BARAN, North Carolina
State University
T. MCDERMOTT, EnerNex
• 09GM1278, Techniques for Analyzing
Distribution System Efficiency Alternatives
R. ARRITT, EPRI
R. DUGAN, EPRI
D. BROOKS, EPRI
T. SHORT, EPRI
K. FORSTEN, EPRI
• 09GM0955, Decentralized Operating Modes for
Electrical Distribution Systems with Distributed Energy Resources
N. HADJSAID, IDEA
R. CAIRE, IDEA
B. RAISON, IDEA
• 09GM0965, Overcurrent Protection Issues for
Radial Distribution Systems with Distributed Generators
K. BUTLER-PURRY, Texas
A&M University
H. FUNMILAYO, CenterPoint
Energy
• 09GM1056, Constructive Back-Feed Algorithm
for Online Power Restoration in Distribution Systems
S. ADHIKARI, The University
of Tennessee
F. LI, The University of
Tennessee
Z. WANG, ABB
Global Financial Crisis and the Interaction Between
Long- and Short-Term Electricity Markets
Sponsored by: Power System
Analysis, Computing and Economics Committee
Chairs: L. Jones,
AREVA T&D, Bethesda, MD
J.
Contreras Sanz , University of Castilla
The current
financial crisis is already changing the way in which electricity markets are
operating. Uncertainty in fuel costs, hydrology, tradable emission caps and
permits and load growth are signals that will affect both the short- and
long-term markets, as well as electric delivery infrastructure and
networks. Modeling the impact of these
signals in market equilibria and future investments is of interest both for
regulators, market participants and utilities.
This panel will present different views from industry and academia as
regards current experience and mathematical models to deal with the
complexities of finding market equilibria both in daily and long-term
markets. Perspectives on the impact of
volatility and the efforts to renew confidence in the international financial
markets, as well as new regulations will
be discussed.
The panel is
composed of the following:
1 S.
Van Vactor (Economic Insights, Inc, USA) The Impacts of the Financial Crisis on
Energy Trading.
2 G.
Gross (University of Illinois at Urbana-Champaign, USA), The Impacts of the
Financial Crisis on Electricity Asset Investment Decisions.
3 Y.
Smeers (Universite Catholique Louvain, Belgium), Disentangling the Impact of
the Economic and Financial Crisis on Investments in Generation Capacities in a
Competitive Electricity Market.
4 J.
Contreras Sanz (University of Castilla, Spain), Short– and
Long–term Nash Equilibria in Electricity Markets.
5 L.
Jones (AREVA T&D Inc., USA), Worldwide Economic Recovery Policies and the
Impacts on Electricity Infrastructure and Markets.
PRESENTATION
AND PANELISTS:
• 09GM0264, Short- and Long-Term Nash
Equilibria in Electricity Markets
J. CONTRERAS, University of
Castilla - La Mancha
D. POZO, University of
Castilla - La Mancha