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Analysis of Power Transaction by Solving Nash Equilibrium in Electricity Markets with Financial Transmission Rights

机译:通过金融传导权解决电力市场纳什均衡中的电力交易

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Tins paper looks at the influence of Financial Transmission Rights (FTRs) on the market value(Social Welfare; SW) in the competitive electricity market The transmission line constraints make it difficult to compute the Nash Equilibrium (NE) due to causing a mixed strategy NE instead of a pure strategy NE. Computing a mixed strategy is more complicated in a multi-player game. The aim of this paper are to compute a mixed strategy NE and analyze SW in power transaction with FTRs. This paper introduces a formula and a technique for solving NE of multi-player game with FTRs. A formula based on two heuristics is introduced for finding a mixed strategy NE in a multiplayer game depending on the network configuration. The heuristics are based on empirical studies of mixed strategies in numerous sample systems. Also, to verify that the solution of the numerical results is a NE, we show numerical results for the marginal profits of the electricity market. Finally, this paper proposed that SW is the smallest when generation company with the smallest PTDF holds the transmission rights.
机译:这份Tins论文着眼于竞争性电力市场中金融传输权(FTR)对市场价值(Social Welfare; SW)的影响传输线约束由于导致混合策略NE导致难以计算Nash均衡(NE)而不是纯策略NE。在多人游戏中,计算混合策略更为复杂。本文的目的是计算混合策略NE,并分析FTR与电力交易中的SW。介绍了一种用FTRs求解多人游戏NE的公式和技术。引入了基于两种启发式的公式,用于根据网络配置在多人游戏中找到混合策略NE。启发式方法基于对许多样本系统中混合策略的经验研究。另外,为了验证数值结果的解是NE,我们显示了电力市场边际利润的数值结果。最后,本文提出了当PTDF最小的发电公司拥有输电权时,SW是最小的。

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