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Analysis of Market to Market Interconnection Points during Overgeneration Scenario in a Market

机译：市场中超生场景中的市场对市场互连点分析

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In this paper, the effect of the market to market (M2M) interconnection points have been analyzed. With the higher penetrations of renewable energies into the electricity grid, a market could encounter overgeneration scenarios during the peak hour of availability and low demand i.e. PVs’ peak in midday. This work has compared three types of interconnection in M2M power exchanges; i) Identified PV units to Identified Load buses, (ii) Fictitious bus to Slack bus, and (iii) Fictitious bus to Fictitious Bus. Modified IEEE-9 and IEEE-5 bus systems have been used in the M2M interconnections. Furthermore, the solutions of optimal power flows (OPF) have been obtained using a primal-dual based interior-point method. Moreover, the OPF is based on Karush-Kuhn-Tucker optimality conditions. The obtained results show that the direct interconnections of identified PV units to Identified Load buses have provided a better economy for the M2M interconnections.
机译：在本文中，已经分析了市场对市场（M2M）互连点的影响。随着可再生能源在电网中的渗透率越来越高，市场可能会在可用性和需求高峰时段（即中午PV高峰期）遇到超载情况。这项工作比较了M2M电源交换中的三种互连类型。 i）标识为已标识负载总线的PV单元，（ii）虚构总线至松弛总线，以及（iii）虚构总线至虚构总线。修改后的IEEE-9和IEEE-5总线系统已用于M2M互连中。此外，已经使用基于对偶的内点法获得了最佳潮流（OPF）的解决方案。此外，OPF基于Karush-Kuhn-Tucker最优性条件。获得的结果表明，已标识的PV单元与已标识的负载总线的直接互连为M2M互连提供了更好的经济性。

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