CA-TIMES
California Energy Modeling for Policy Analysis
The California Energy Modeling Group is is organized by Dr. Sonia Yeh, Dr. Chris Yang and Dr. Joan Ogden. The group will initially focus on modeling the energy system of California using the Integrated Markal-Efom System (TIMES). The goal is to provide a tool that helps us analyzing the social, economic and technological impacts of future vehicle penetration within the integrated energy system.
Team Member:
Faculty: Dr. Sonia Yeh, Dr. Chris Yang, Professor Joan Ogden, Professor Yueyue Fan
Students:
- Ryan W. McCarthy, PhD Student
- David L. McCollum, PhD Student
- Nils Johnson, PhD Student
Modeling Tool: TIMES (The Integrated MARKAL EFOM System)
TIMES is a technology-rich (or typically called bottom-up) model that estimates energy dynamics over a long-term, multi-period time horizon within a reference energy system (RES). The TIMES model aims to supply energy services at minimum global cost (more accurately at minimum loss of surplus by reaching a supply-demand equilibrium with endogenous energy service demands) with perfect foresight.
Further details of the model, information about the program supporting the TIMES model, and model documentation can be found at: www.etsap.org/
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MARKAL and TIMES model documentation. http://www.etsap.org/documentation.asp
Richard Loulou, The MARKAL-TIMES modelling paradigms -- Least cost, partial and general equilibrium versions
Uwe Remme, Overview of TIMES: Parameters, Primal Variables & Equations
Uwe Remme and GianCarlo Tosato, Primal and Dual Problems of Linear Programming Economic Models: Marginal Prices and Price Formation Equations
Publication:
Sanstad, Alan H. , John Weyant, Alex Farrell, P.S. Koutsourelakis, and Sonia Yeh. 2007. A stochastic framework for analyzing long-run CO2 abatement strategies. In 4th Annual California Climate Change Conference. Sacramento, CA. link
Yeh, Sonia, Daniel Loughlin, Carol Shay, and Cynthia Gage. 2006.
Impacts of hydrogen economy on transportation, energy use, and air
emissions: an integrated assessment," Proceedings of the IEEE, 94(10):
1838-1851. link