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A power supplier in deregulated environment needs to allocate its generation capacities to participate in contract and spot markets. The well-known mean-variance method is inappropriate to deal with assets whose price distribution is non-normal. In order to model the electricity assets with different distributions into portfolio optimization, this paper proposes a stochastic programming approach based...
Due to the oligopoly characteristics of power generation and the inelasticity of electric demand, a whole-sale electricity spot market needs a "benchmark regulation". A novel quantitative method is proposed in this paper to set bid-caps based on the residue demand analysis and the optimal bidding analysis of individual generators. The proposed method employs a discriminative framework for...
A game-theoretic approach to study the strategic interaction between transmission expansion planning (TEP) and generation expansion planning (GEP) in a competitive electricity market is proposed. The proposed algorithm consists of three levels of optimization to determine a Nash equilibrium such that a dominant strategy can be found out in an expansion planning game.
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