Canadian Operational
Research Society
Calgary Section
http://www.corscalgary.org/
PROFESSIONAL DEVELOPMENT
SEMINAR
When: Noon to 1:30 PM,
Friday, May 28, 2004
Room 217
TransCanada Tower
450 - 1 Street SW
(See attached map)
Abha Bhargava, M. A., Ph.D.
TOPIC
Abstract:
A tremendous amount of analytical work has taken
place since Canada signed the Kyoto Protocol in 1997. Much of this work has focused on the use of rigorous economic
models to analyze the impact of a range of policy options for achieving
Kyoto. ENERGY 2020 is one such
model. It is an integrated
multi-region, multi-sector energy systems analysis model that simulates the
supply, demand and price for energy fuels.
It is a causal and descriptive model, which dynamically describes the
behaviour of both energy suppliers and consumers for all fuels and for all
end-uses. It simulates the physical and
economic flows of suppliers and energy users, and the process in which they
make decisions and how those decisions causally translate to energy production,
energy-use and emissions.
E2020 has been used to evaluate a variety of
energy-environmental issues. Among the most significant in recent years are
assessments of:
·
Impacts
of greenhouse gases (GHGs) and criteria air contaminants (CACs) emission
reductions in Ontario, 2000-2002.
·
The
Climate Change Action Plan for the federal government in November 2002; and in
other several related projects.
·
Alberta
Sensitivity Analysis on the Federal Plan, December 2002.
The presentation touches on the many aspects of the
model, focusing on its use as a climate change policy model. Additional details on the model are provided
in a paper presented in 2003 at the Annual Meetings of the Canadian Economic
Association in Ottawa
About the Speaker
ABHA BHARGAVA is the Senior Director
Energy-Environment Modeling at the Canadian Energy Research Institute
(CERI). She holds an M.A. (Economics)
from University of Waterloo and a Ph.D. (Economics) from the University of
Alberta.
Abha has over 20 years of extensive experience in
the Canadian energy sector on varied aspects including: energy-environment
modeling and forecasting; the demand and supply of energy commodities (oil,
natural gas, electricity and coal); energy-environment linkages; policy
formulation and testing; evaluation of alternative tax and royalty regimes and
their relationship to the long-term sustainability of energy sectors; and
overall analysis of trends in energy investments, production, economics and
markets. Over the past five years at CERI, she has worked extensively on the
complex energy-environment issues related to Climate Change, focusing on a wide
range of questions from energy demand response to climate change policies to an
analysis of international scenarios for Kyoto. Some of this work was undertaken
for the federal and provincial governments in their effort to ratify the Kyoto
Accord. She has also managed the data
collection initiative for the Canadian NEMS model undertaken for Natural
Resources Canada.