Sioshansi F.P. Smart Grid: Integrating Renewable, Distributed & Efficient Energy
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master's degree in Information System Management from
Victoria University, New Zealand.
Margaret Armstrong is a professor at the Cerna,
Mines-ParisTech, where she is the co-leader of the
quantitative finance group. Her research focuses on modeling
electricity markets, especially the impact of derivatives such
EDF's virtual power plants on day-ahead prices, and on the
evaluation of projects such as power plants, mines, and oil
fields that are subject to technical and financial uncertainty.
The quantitative finance group and the CEP have a joint
project to study the impact of electric vehicles on the French
market.
Professor Armstrong has a master's degree in mathematical
statistics from the University of Queensland, Australia, and a
PhD in geostatistics from Mines-ParisTech.
Guido Bartels leads IBM's energy and utilities business
globally, which includes the Intelligent Utility Network
initiative, the company's portfolio of solutions for the smart
grid. He is also a member of IBM's senior leadership team.
From 2007–2010 he was the Chairman of the GridWise™
Alliance during which the membership of the smart grid
advocacy organization grew eightfold. He has been
instrumental in several other countries in setting up their
national smart grid organizations, leading to the Global Smart
Grid Federation in 2010, where he is the current Chairman.
He also serves as a member of the U.S. Department of
Energy's Electricity Advisory Committee and as Vice
Chairman of the New York State Smart Grid Consortium. As
an advocate of the smart grid, Mr. Bartels believes it to be the
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ultimate enabler for continued economic growth, national
security, and a sustainable energy future.
Mr. Bartels earned an MBA degree in business economics
from the University of Amsterdam in the Netherlands.
Adam Berry is a Research Scientist with the Energy
Transformed Flagship, Commonwealth Scientific and
Industrial Research Organization (CSIRO). He has previously
been a post-graduate researcher at the University of
Tasmania, Australia.
Berry draws on a background in artificial intelligence,
evolutionary computation, and machine-learning research to
drive his current work on the optimal planning and operation
of electrical networks in an era of increasingly distributed
generation. He is particularly focused on microgrids and their
role in future electricity networks, publishing numerous
peer-reviewed articles and reporting to the Australian
government on this area.
Berry graduated from the University of Tasmania, Australia,
with first-class science honors in 2003 and received his PhD
from the same institution in 2008.
John Boys is Professor of Electronics at the University of
Auckland where he was the Head of Department and is now a
Research Professor. Previously, he was a Lecturer/Senior
Lecturer at The University of Canterbury. Prior to that, he
worked in Europe developing new business opportunities for
international companies.
Professor Boys’ main interests include power electronics and
AC motor control, leading to dynamic demand control of
micro hydro systems, and more recently to inductive power
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transfer (IPT), which entails transfer of electrical power
without wires. This technology is now licensed worldwide in
factories and particularly in clean manufacturing for computer
chips and flat-panel displays. Research with inductive
systems is ongoing for inductively powered EVs charged
dynamically through the road surface. He is the holder of
more than 25 U.S. patents, principally in the IPT area. He is a
Distinguished Fellow of IPENZ and a Fellow of the Royal
Society of New Zealand.
He received an ME (Dist) and a PhD from the University of
Auckland.
Steven Braithwait is a Vice President at Christensen
Associates Energy Consulting, in Madison, Wisconsin, where
he specializes in market-based retail electricity pricing and
demand response (DR), with an emphasis on measuring
customer price response, estimating DR load impacts, and
evaluating demand response program benefits and costs. Most
recently, he managed statewide ex post impact evaluations of
the major California utilities’ critical-peak pricing, demand
bidding, and aggregator DR programs for large business
customers.
Dr. Braithwait has also assisted clients in designing
market-based service offerings including real-time pricing,
critical-peak pricing, and demand response programs. He has
delivered papers at numerous industry conferences on the
topics of market-based pricing, customer price response,
demand response programs, and load forecasting.
Dr. Braithwait earned an undergraduate degree in
mathematics at Occidental College in Los Angeles, and a
doctorate in economics at UC Santa Barbara.
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Christine Brandstätt is a researcher at the Bremer Energie
Institut, a scientific institute investigating and advising on
issues concerning energy economics and energy politics. She
contributes to the institute's research focus on energy
economics and market design and is currently engaged in
integration of renewable energy and smart grids.
As a collaborator in the research project Innovative
Regulation for Intelligent Networks, which receives funding
from the German Federal Ministry of Economics and
Technology, she pursues research on incentive structures to
efficiently support the development of smart grids in energy
networks. Her interests include sustainable energy supply,
energy policy, market design, and regulation. She previously
collaborated in the EU project, Sustainable Energy
Management Systems, investigating the requirements for
sustainable energy supply at the community level.
Mrs. Brandstätt received her undergraduate degree in
industrial engineering and environmental planning from the
University of Applied Sciences in Trier, Germany, and holds
masters in management and engineering of the environment
and energy from the Universidad Politécnica de Madrid,
Spain; Ecole des Mines de Nantes, France; and Kungliga
Tekniska Högskolan in Stockholm, Sweden.
Gert Brunekreeft is Professor of Energy Economics at
Jacobs University Bremen in Germany and Director of the
Bremer Energie Institut. Before joining Jacobs University, he
was a Senior Economist at EnBW AG and held research
positions in applied economics at Tilburg University, the
University of Cambridge, and Freiburg University. He is
associate researcher to a number of research centers and is
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associate editor for the journal Competition and Regulation in
Network Industries.
Professor Brunekreeft's main research interests are in
industrial economics, regulation theory, and competition
policy of network industries, especially electricity and gas
markets. Current research includes the economics of vertical
unbundling and the relation between regulation and
investment, and he is the project leader for IRIN—Innovative
Regulation for Intelligent Networks. He has authored several
books and numerous publications including in Journal of
Regulatory Economics, Utilities Policy, Oxford Review of
Economic Policy, and Energy Journal.
He holds a degree in economics from the University of
Groningen and a PhD from Freiburg University, both in
economics.
Judy W. Chang is Principal at The Brattle Group engaged in
evaluating the potential impact of integrating renewable
energy resources in power systems. She recently completed
several resource planning projects that involve the
development of scenarios and strategies for electric systems
in the United States to meet long-range electric demand while
considering the growth of renewable energy, energy
efficiency, other demand-side resources, and the potential
retirement of existing generation facilities due to various
environmental regulations. She is the founding executive
director of a non-profit organization, New England Women in
Energy and the Environment.
She holds a master's in Public Policy from Harvard
University's Kennedy School of Government.
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Jeong-Gon Choi is a Manager of the Main Office Design
Team in the General Management Department of the Korea
Power Exchange, in Seoul, Korea. Over the past 10 years,
Choi has played an instrumental role in fostering the inclusion
of demand-side resources in the Korean energy market,
including involvement in projects to develop the first Korea
Power Exchange (KPX) demand response program and to
establish required IT systems for Korea power system
operation. He also provides advice to public officials on
demand-response-enabling policies.
He currently manages the design of KPX's new main office
complex, which is expected to be the first smart building in
the country with information-based technologies and
operational strategies that will enable the KPX office to
mitigate energy costs through participation in demand
response programs.
Mr. Choi received a degree in Electrical Engineering at
Hanyang University in Seoul and is a certified Project
Management Professional.
David J. Cornforth is a Research Scientist with the Energy
Transformed Flagship, Commonwealth Scientific and
Industrial Research Organization (CSIRO). He has been an
educator and researcher at the University of Newcastle,
Charles Sturt University, and the University of New South
Wales in Australia.
Dr. Cornforth leads research in local power systems,
microgrids, and the integration of renewable energy into the
grid. He has a background and interests in artificial
intelligence, multiagent simulation, and optimization. He has
published widely in academic conferences and journals on
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microgrids, the application of artificial intelligence to build
smarter power systems, optimization techniques, and
computer security.
Dr. Cornforth has a BSc in Electrical and Electronic
Engineering from Nottingham Trent University, UK, and a Ph
in Computer Science from the University of Nottingham, UK.
Susan Covino is the Senior Consultant, Market Strategy, at
PJM. She previously served as Manager for Demand Side
Response. Prior to joining New Power she was responsible
for gas and electric matters for Enron in the mid-Atlantic and
northeast regions of the United States. She also previously
served KCS Energy Marketing as Vice President and General
Counsel.
Ms. Covino has been actively involved in the development of
demand response in PJM and the mid-Atlantic region. She has
served as PJM's liaison to the Mid-Atlantic Distributed
Resources Initiative (MADRI) and has led the development of
multiple iterations of MADRI's Demand Response Road Map
developed in cooperation with PJM. Ms. Covino has also led
PJM stakeholder outreach in demand response, organizing
two demand response symposia over the last three years.
Ms. Covino earned a Bachelor of Arts degree with a double
major in economics and history from the University of
Connecticut and a Juris Doctor degree from Dickinson School
of Law.
Kelly B. Crandall is the Special Projects Coordinator in the
Local Environmental Action Division (LEAD) of the City of
Boulder, CO. She assists the city with regulatory and
programmatic issues related to smart grid, demand-side
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management, and renewable energy. Boulder is the site of a
major smart grid project sponsored by Xcel Energy.
Prior to joining the City of Boulder staff, Ms. Crandall was a
Smart Grid Analyst with the National Renewable Energy
Laboratory, where she consulted with the National Science &
Technology Council's Subcommittee on Smart Grid. Her
focus was on consumer issues, including data privacy,
demand response, and education. She previously presented
before the Colorado Public Utilities Commission on feed-in
tariffs, and has written and presented on renewable energy
credit market reform and green building legal challenges.
She received a BA with highest honors in History and
Political Science from the University of Florida and a JD
from the University of Colorado Law School. She is a
licensed attorney in Colorado.
Ahmad Faruqui is a Principal at The Brattle Group where he
is focused on assessing the economics of dynamic pricing,
demand response, advanced metering infrastructure, and
energy efficiency in the context of the smart grid. He
pioneered the use of experimentation in understanding
customer behavior, and his early work on time-of-use pricing
experiments is frequently cited in the literature.
He has assisted FERC in the development of the National
Action Plan on Demand Response and led the effort that
resulted in A National Assessment of Demand Response
Potential. He co-authored EPRI's national assessment of the
potential for energy efficiency and EEI's report on quantifying
the benefits of dynamic pricing. He has assessed the benefits
of dynamic pricing for the New York Independent System
Operator, worked on fostering economic demand response for
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the Midwest ISO and ISO New England, reviewed demand
forecasts for the PJM Interconnection, and assisted the
California Energy Commission in developing load
management standards.
Dr. Faruqui holds a PhD in economics from the University of
California, Davis.
Frank A. Felder is Director of the Center for Energy,
Economic, and Environmental Policy and Associate Research
Professor at the Bloustein School of Planning and Public
Policy at Rutgers University.
Dr. Felder directs applied energy and environmental research.
Ongoing and recent projects include energy efficiency
evaluation studies, economic impact of renewable portfolio
standards, and power system and economic modeling of state
energy plans. He is also an expert on restructured electricity
markets. He has published widely in professional and
academic journals on market power and mitigation, wholesale
market design, reliability, transmission planning, market
power, and rate design issues. He was a nuclear engineer and
submarine officer in the U.S. Navy.
Dr. Felder holds undergraduate degrees from Columbia
College and the School of Engineering and Applied Sciences
and a master's and doctorate from M.I.T in Technology,
Management and Policy.
Nele Friedrichsen is a researcher at the Bremer Energie
Institut, a scientific institute investigating and advising on
issues concerning energy economics and energy politics. She
contributes to the institute's research on energy economics
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and market design, including smart grids, regulation, and
network pricing.
Her research interests include sustainability, energy policy,
regulation, and vertical governance in the electricity system
and market design. She studies arrangements that safeguard
efficient coordination in liberalized markets. Contributing to
the project IRIN—Innovative Regulation for Intelligent
Networks—she analyzed incentive structures that efficiently
support the evolution of smart grids, including intelligent
network pricing and its potential for enhancing efficiency.
Mrs. Friedrichsen received a Diploma from the University of
Flensburg, Germany, in Energy and Environmental
Management and is currently pursuing a PhD in Economics at
Jacobs University in Bremen, Germany.
Alain Galli is a Professor at the Cerna, Mines-ParisTech,
where he is the co-leader of the quantitative finance group.
His research focuses on modeling commodities especially oil
and CO
2
, and on the evaluation of projects such as power
plants, oil fields, and mines that are subject to technical and
financial uncertainty. The quantitative finance group and the
CEP have a joint project to study the impact of electric
vehicles on the French market.
Professor Galli has a PhD in mathematics from the University
of Grenoble, France.
Clark W. Gellings is a Fellow at the Electric Power Research
Institute, responsible for technology strategy in areas
concerning energy efficiency, demand response, renewable
energy resources, and other clean technologies.
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