Generation Expansion Planning in a Pool Based Electricity Market,using Game Theory and Genetic Algorithm

Restructuring has changed purpose of generation expansion planning (GEP) from being cost-minimization to profit-maximization. In this paper, we introduce a newformulation for objective function of generating companies (GENCOs) GEP problem in pool electricity market which includes the revenues of energy and capacity reserve markets andcosts of fuel, investment, O&M, outage and emission tax. Moreover, in order to solve GEP problem with above objectivefunction, an algorithm are introduced that use game theory and genetic algorithm for market modeling and optimization ofGENCOs objective functions, respectively. To calculate the generation levels of generating units and long-term market price, we have used the traditional probabilistic production costing (PPC) which is modified to be used in competitive electricity market.

Keywords:

generation expansion planning , pool electricity market , game theory , genetic algorithm