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. (Sessions
marked with *SG* indicate there were Smart Grid related papers in the session.)
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Mon PM |
*SG* |
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Mon PM |
*SG* |
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Tues AM |
*SG* |
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Tues AM |
*SG* |
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Tues PM |
*SG* |
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Tues PM |
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Training the Future Workforce for the Electric Power
and Energy Industry |
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Tues PM |
*SG* |
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Wed AM |
*SG* |
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Sponsored by: PES
Chair: J.
McConnach, IEEE-PES
This super
session promises to be highly stimulating, interesting and wide ranging with a
decidedly international flavour and should not be missed. The session covers some of the latest
developments, thinking and policy in renewable generation and green
sustainability. The papers presented cover not only the more common renewable
generation options such as hydro, wind and solar but also fuel cells, ocean
energy, small nuclear reactors, and waste to energy developments. The green
sustainability presentations cover green building design, hybrid electric
vehicles and sustainable energy policy.
The presenters and topics hail from as far afield as Australia and Japan
and include presenters from, Canada, Germany, India, Iran, Korea, Portugal and
the UK in addition to the USA.
PRESENTATIONS
AND PANELISTS:
• 09GM1320, Development of Renewable Energy
Sources for Indian Power Sector Moving towards Competitive Electricity Market
R. SINGH, National
Institute of Technology
Y. SOOD, National Institute
of Technology
N. PADHY, Indian Institute
of Technology, Roorkee
• 09GM1531, A Generic Outline for Dynamic
Modeling of Ocean Wave and Tidal Current Energy Conversion Systems
J. KHAN, Powertech Labs
Inc.
A. MOSHREF, Powertech Labs
Inc.
G. BHUYAN, Powertech Labs
Inc.
• 09GM0861, REX10 Interconnection and
Environmental Greenhouse Gas Reduction in South Korea
S. LEE, KESRI, Seoul
National University
J. PARK, Seoul National
University
G. PARK, Seoul National
University
S. MOON, Seoul National
University
G. PARK, Seoul National
University
Y. YOON, Seoul National
University
• 09GM0744, PEM Fuel Cell System as an
Autonomous Power Supplier
M. HEUER, Otto-von-Guericke
University Magdeburg
M. KÄBISCH,
Otto-von-Guericke University Magdeburg
G. HEIDECK,
Otto-von-Guericke University Magdeburg
Z. STYCZYNSKI,
Otto-von-Guericke University Magdeburg
• 09GM1195, Single Stage Single Phase
Series-Grid Connected PV System for Voltage Compensation and Power Supply
S. HOSSEINI, University of
Tabriz
S. DANYALI, University of
Tabriz
A. YAZDANPANAH GOHARRIZI,
University of Tabriz
• 09GM0552, Test Operations of Stand Alone
Photovoltaic Power Generation Systems and Calculation of Their Scale Merit
K. TERAO, Meiji University
T. OSTUKA, Meiji University
T. NAKANO, Meiji University
T. KUMANO, Meiji University
• 09GM0198, Uninterruptible Photovoltaic Power
Supply: A Case Study of System Failure
K. KHOUZAM, QUT
• 09GM1304, Environmental Benefits of Plug-in
Hybrid Electric Vehicles: The Case of Alberta
M. HAJIAN, University of
Calgary
H. ZAREIPOUR, University of
Calgary
W. ROSEHART, University of
Calgary
• 09GM0636, Design, Modeling and Simulation of
a Green Building Energy System
Z. JIANG, University of
Miami
H. RAHIMI-EICHI, University
of Miami
• 09GM0002, Linking Energy Policy, Electricity
Generation and Transmission Using Strong Sustainability and Co-optimization
J. BISHOP, University of
Cambridge
G. AMARATUNGA, University
of Cambridge
C. RODRIGUEZ, Cambridge
Consultants Limited
*SG*
Transmission Capacity Enhancement in the 21st. Century
Sponsored by: PES
Chair: C. Canizares,
University of Waterloo
The aging of
transmission systems and the need to increase their capacity have been
identified as major challenges that the power industry is facing in the short,
medium and long terms, in view of the significant effect of these systems on
power system operation and reliability as well as electricity pricing. In this
session, various papers will be presented discussing a variety of issues
associated with the enhancement of transmission capacity in the context of
competitive electricity markets, considering a variety of relevant technical,
economic and regulatory issues.
Besides the
discussion of novel techniques for planning new transmission lines, other
relevant alternatives that directly influence transmission system capacity such
as appropriate series compensation will be presented.
PRESENTATIONS
AND PANELISTS:
• 09GM1006, A Study on Transmission Planning
Prioritization Using Multi-objective Evaluation
E. SAKAKIBARA, Waseda
University
K. MATSUSHITA, Waseda
University
S. IWAMOTO, Waseda
University
• 09GM0796, Derivation of a Mathematical
Structure for Market-Based Transmission Augmentation in Oligopoly Electricity
Markets Using Multilevel Programming
M. HESAMZADEH, Swinburne
University of Technology
D. BIGGAR, Australian
Competition and Consumer Commission
N. HOSSEINZADEH, Swinburne
University of Technology
P. WOLFS, Central
Queensland University
• 09GM1541, Determination of a Deterministic
Reliability Criterion for Composite Power System Expansion Planning
J. CHA, Dajin University
J. PARK, Gyeongsang
National University
J. CHOI, Gyeongsang
National University
Y. JUNG, KEPCO
Y. YUN, KEPCO
• 09GM1007, Comprehensive SC Renewal Planning
Scheme Considering Optimal Allocation and Reallocation
K. KIMURA, Waseda
University
Y. TANAKA, Waseda
University
S. IWAMOTO, Waseda
University
• 09GM0816, A Method of Enhancement of
Transmission Capability Limit Using System Damping Resistor and Series - Shunt
Capacitors
Y. MIKUNI, Hosei University
G. SHIRAI, Hosei University
R. YOKOYAMA, Waseda
University
G. FUJITA, Shibaura
Institute of Technology
• 09GM0530, Effects on Power Grid due to Large
Incremental Generation In-feed Under Open Power Market Environment
W. WEICHAO, Xi’an Electric
Power College
Z. MING, Shaanxi Electric
Power Dispatching Centre
Z. BAOJUN, Shaanxi Electric
Power Dispatching Centre
H. KUN, Shaanxi Electric
Power Dispatching Center
H. NGAN, The Hong Kong
Polytechnic University
• 09GM0563, Locating Series FACTS Devices Using
Line Outage Sensitivity Factors and Particle Swarm Optimization for Congestion
Management
H. HASHEMZADEH, Sharif
University of Technology
S. HOSSEINI, Sharif
University of Technology
• 09GM0613, About the Impact of Burdening and
Relieving Partial Power Flows Caused by Loop Flows in Interconnected Networks
on ITC Amount
M. WOLTER, Leibniz
Universität Hannover
• 09GM1395, Transmission Charging Practices in
ER of Indian Power Utility
N. KUMAR, IIT Roorkee
D. DAS, IIT Roorkee
N. PADHY, IIT Roorkee
*SG*
Integrating Distributed Generation
Sponsored by: PES and Energy
Development & Power Generation Committee
Chair: R.
Ramakumar, Oklahoma State University
There are two
basic types of integration that are of interest in dealing with distributed
generation (DG). The obvious one is integration with an existing utility
grid/power system. Integrating generation outputs from different renewable
energy sources and DG units such as small-scale diesel and/or gas turbine units
could be useful in isolated and microgrid applications. Power electronic
interfaces play a vital role in both types of integration. The specific type of interface to be employed
depends on the generation type – photovoltaics (PV), wind-electric,
micro-hydro, fuel cells, solar-thermal-electric, etc.
The collection
of five papers scheduled in this supersession addresses both types of
integration, with emphasis on integrating different sources. It considers a multilevel inverter for
grid-connected PV systems, integrating wind-battery for an isolated network,
fuel cell – gas turbine hybrid structure, and a combination of PV.PEM fuel
cells, wind turbine, alternators and batteries for a microgrid
application. Export capability of a
micro CHP system with spot price is also included in the group.
PRESENTATIONS
AND PANELISTS:
• 09GM0204, Multilevel Inverter with Dual
Reference Modulation Technique for Grid-Connected PV System
N. ABD RAHIM, University
Malaya
J. SELVARAJ, University
Malaya
• 09GM1140, Control of PMSG Based Variable
Speed Wind-Battery Hybrid System in an Isolated Network
M. SINGH, Ecole de
Technologie Superieure
A. CHANDRA, Ecole de
Technologie Superieure
• 09GM1367, Simulation of Micro-sources in a
Small Scale Microgrid
H. HOSSEINZADEH, University
of Western Ontario
X. HUANG, The University of
Western Ontario
J. JIANG, The University of
Western Ontario
• 09GM1230, Model Augmentation for Hybrid
Fuel-Cell / Gas Turbine Power Plant
W. YANG, Pennsylvania State
University
K. LEE, Baylor University
S. JUNKER, FuelCell Energy
H. GHEZEL-AYAGH, FuelCell
Energy
• 09GM1169, A Study on Electricity Export
Capability of the μCHP System with Spot Price
S. YOU, Technical
University of Denmark
C. TRÆHOLT, Technical
University of Denmark
B. POULSEN, Technical
University of Denmark
*SG* Super
Session Wind – Part 1
Sponsored by: PES and
Substations Committee
Chair: H. Koch,
Siemens AG
PRESENTATIONS
AND PANELISTS:
• 09GM1414, Integration of Wind Turbine, SOFC
and Microturbine in Distributed Generation
A. SAHA, Jadavpur
University
S. CHOWDHURY, University of
Cape Town
C. GAUNT, University of
Cape Town
• 09GM0056, Extending the Modeling Framework
for Wind Generation Systems: RLS-Based Paradigm for Performance Under High
Turbulence Inflow [Transaction Number:
TEC-00374-2007]
B. MUHANDO, University of
the Ryukyus
T. SENJYU, University of
the Ryukyus
H. KINJO, University of the
Ryukyus
T. FUNABASHI, Meidensha
Corporation
• 09GM0263, Maximum Power Tracking Control
for a Wind Turbine System Including a Matrix Converter [Transaction Number: TEC-00196-2008]
M. BARAKATI, University of
Waterloo
M. KAZERANI, University of
Waterloo
D. APLEVICH, University of
Waterloo
• 09GM0634, Modeling and Control of an
Integrated Wind Power Generation and Energy Storage System
Z. JIANG, University of
Miami
X. YU, University of Miami
• 09GM0162, Transient Stability of Power
Systems with High Penetration of DFIG Based Wind Farms
L. SHI, Tsinghua University
S. DAI, Tsinghua University
Y. NI, Tsinghua University
L. YAO, AREVA T&D
Technology Centre
M. BAZARGAN, AREVA T&D
Technology Centre
*SG* Super
Session Wind - Part 2
Sponsored by: PES and
Substations Committee
Chair: H. Koch,
Siemens AG
PRESENTATIONS
AND PANELISTS:
• 09GM0550, Coherency-Based Equivalencing
Method for Large Wind Farms
S. ZHAO, University of
Auckland
N. NAIR, University of
Auckland
N. VONG, Transpower, New
Zealand
• 09GM0327, Wind Generation Scheduling with
Pump Storage Unit by Collocation Method
F. GAO, ABB Inc.
A. HALLAM, Iowa State
University
C. YU, ABB Inc.
• 09GM0471, Impact of Pumped Storage on Power
Systems with Increasing Wind Penetration
A. TUOHY, University
College Dublin
M. O’MALLEY, University
College Dublin
• 09GM1403, Offshore Wind Farm Connection with
Low Frequency AC Transmission Technology
N. QIN, Technical
University of Denmark
S. YOU, Technical
University of Denmark
Z. XU, Technical University
of Denmark
V. AKHMATOV, Technical
University of Denmark
Training the Future Workforce for the Electric Power
and Energy Industry
Sponsored by: PES
Chair: W. Cassel,
KEMA
The Super
Session “Training the Future Workforce for the Electric Power and Energy
Industry” will address several important questions about ensuring we will have
sufficient engineering talent to address the challenges and opportunities
facing our industry. The U.S. Power and Energy Engineering Workforce
Collaborative will share its newly developed action plan for addressing power
engineering workforce concerns.
Following this
report will be a paper “Professional Resources to Implement the Smart Grid,”
authored by nine respected engineering professors—Gerald T. Heydt, Anjan Bose,
Ward T. Jewell, Mladen Kezunovic, James D. McCalley, Dennis J. Ray, Peter W.
Sauer, Chanan Singh, and Vijay Vittal.
Two mini-panel
sessions will follow. The first will
describe existing “academy” programs in Alberta, Canada and in the UK to
address engineering workforce concerns.
The second will describe several innovative university programs for
preparing power system engineers for productive careers and to meet evolving
industry needs.
PRESENTATIONS
AND PANELISTS:
• Training
the Future Engineering Workforce for the Power & Energy Industry
W. CASSEL, KEMA
• U.S. Power
& Energy Engineering Workforce Collaborative
G. REED, University of
Pittsburgh
• Professional
Resources to Implement the “Smart Grid”
G. T. HEYDT, Arizona State
University
W. T. JEWELL
J. D. MCCALLEY
P. W. SAUER
V. VITTAL
A. BOSE
M. KEZUNOVIC
D. J. RAY
C. SINGH
• 09GM0323,
Replenishing the Aging Work Force in the Power Industry
D. WONG, AltaLink
Management Ltd.
R. KIMURA, GE Energy
• 09GM0343,
Training T&D’s Next Generation for Next Generation Networks: The CIGRE
Experience
A. MIDDLETON, GE Energy
J. HALLIDAY, AREVA T&D
UK Limited
K. BELL, University of
Strathclyde
B. FENTON, The IET
H. GRIFFITHS, Cardiff
University
J. MCDONALD, University of
Strathclyde
B. PAL, Imperial College
London
• 09GM1392, A
Course in Power System Analysis Based on Project Based Learning Methodology
N. HOSSEINZADEH, Swinburne
University of Technology
M. HESAMZADEH, Swinburne
University of Technology
• 09GM1423,
Using Hardware and Software Studies to Teach Power-System Modeling and Analysis
A. SHRESTHA, UNC Charlotte
R. COX, UNC Charlotte
Z. SALAMI, Areva
J. ANDERSON, UNC Charlotte
P. PARIKH, UNC Charlotte
• 09GM1535,
Integrative Graduate Program in Sustainable Electric Energy Systems
E. O’NEILL-CARRILLO,
University of Puerto Rico-Mayaguez
A. IRIZARRY-RIVERA,
University of Puerto Rico-Mayaguez
C. POMALES-GARCIA,
University of Puerto Rico-Mayaguez
E. CONTRERAS, University of
APEC
*SG* Regulator
and Public Challenges to Utility Enhancements
Sponsored by: PES Committee
Chair: W. Xu,
University of Alberta
New
developments in power industry such as demand response, renewable energy, power
markets and electric vehicles have made public more involved in the
decision-making process of utility enhancements. This super session will present some of the
emerging regulatory issues brought by these developments. It is a platform for utility personnel and
regulators to share experiences on this increasingly important subject.
PRESENTATIONS
AND PANELISTS:
• 09GM0514, Challenges of PHEV Penetration to
the Residential Distribution Network
S. SHAO, Advanced Research
Institute
M. PIPATTANASOMPORN,
Advanced Research Institute
S. RAHMAN, Advanced
Research Institute
• 09GM0525, Managing California’s Electric
Markets in an Interconnected Regional Transmission Network
J. PRICE, California ISO
M. ROTHLEDER, California
ISO
• 09GM0648, Demand Response and Market
Performance in Power Economics
D. YANG, California
Independent System Operator
Y. CHEN, Iowa State
University
• 09GM0918, A Framework of Cost-Benefit
Analysis for Overhead-to-Underground Conversions in Florida
L. XU, Quanta Technology
R. BROWN, Quanta Technology
• 09GM1469, Economic Benefit Evaluation in
Economic Transmission Planning
M. NI, Midwest ISO
J. LAWHORN, Midwest ISO
• 09GM0137, A Reliability Initiative that
Actually Justifies Funding and Makes Measurable Improvements
J. JONES, Utility
• 09GM0447, The Operation of a Distribution
Company Under Uncertainty: An Overview
Y. SAAD, University of
Waterloo
M. SALAMA, University of
Waterloo
R. ELSHATSHAT, University
of Waterloo
K. PONNAMBALAM, University
of Waterloo
• 09GM0969, Integration of Asset and Outage
Management Tasks for Distribution Systems
Y. DONG, Texas A&M
University
V. ARAVINTHAN, Wichita
State University
M. KEZUNOVIC, Texas A&M
University
W. JEWELL, Wichita State
University
Sponsored by: PES
Chair: D. Houseman,
Capgemini
The Smart Grid
Super Session is intended to update you on the state of the art. We will have presentations on what is really
going on from around the world in the session.
Several utilities will speak for their regions offering views from Europe,
Asia, and other parts of the world. The
session will then shift to discuss what groups have been formed and what work
is underway, followed by a discussion of the various new laws and regulations
from around the world that will impact smart grid development and
deployment. Finally we will discuss the
state of the smart grid coordinating committee and what IEEE is doing,
including opportunities to get involved. This includes a look at work underway
at NIST, IEC and other organizations that may impact standards and other
efforts. The session will fill the
morning with real and useful information.
PRESENTATIONS
AND PANELISTS:
• IEEE-PES
Smart Grid Super Session
X. MAMO, EDF R&D
• CRIEPI’s
Research on Smart Grid, TIPS
Y. SERIZAWA, Central
Research Institute of Electric Power Industry
• NIST
Interim Smart Grid Roadmap Overview and Conceptual Model
E. W. GUNTHER, EnerNex
Corporation
S. PULLINS, Horizon Energy
Group