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An MCP Approach for Hydrothermal Coordination in Deregulated Power Markets

M. Ventosa, M. Rivier, A. Ramos, A. García

This paper proposes a new methodology for addressing the long term operation planning of a generation company, fully adapted to represent both its annual and hyperannual hydrothermal power generation scheduling in a competitive market. The method explicitly states the electricity generation market equilibrium by analytically formulating the equations that express the optimal behavior of the existing generation companies, considering the technical constraints that affect the scheduling of their units. The subsequent system of non-linear equations can be directly solved taking advantage of its Mixed Complementarity Problem (MCP) structure, which allows for the use of special complementarity methods. A hydrothermal coordination model based on the proposed methodology has been developed and implemented in GAMS. A case study is also presented to show its successful application to the large-scale Spanish electric power system.


Keywords: Power system planning, Generation scheduling,Competitive electricity market equilibrium, Complementarity.

2000 IEEE/PES Summer Meeting, Seattle, Washington (United States of America). 16-20 July 2000

DOI: DOI icon 10.1109/PESS.2000.867345    

Publication date: July 2000.



Citation:
M. Ventosa, M. Rivier, A. Ramos, A. García, An MCP Approach for Hydrothermal Coordination in Deregulated Power Markets, 2000 IEEE/PES Summer Meeting. ISBN: 0-7803-6420-1, Seattle, United States of America, 16-20 July 2000


    Research topics:
  • *Medium-term tactical planning

IIT-00-058A

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