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Medium voltage network planning considering distributed generation and demand side management

机译:考虑分布式发电和需求侧管理的中压电网规划

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Curtailment of distributed generation and demand side management may be a feasible alternative to network expansions in future medium voltage networks. Hence both must be considered in network planning today to develop cost efficient networks. Different control strategies are possible and each will result in a distinct optimal network structure. Network and energy costs will also differ. So far network operators and regulators do not know what control strategy should be striven for. Furthermore no planning algorithm exists that allows considering different control strategies. In this paper, a new algorithm is presented in this paper to solve the planning and control problem in an integrated manner. The distribution system operator of the city of Aachen (STAWAG) has decided to use this algorithm to evaluate different control strategies and derive an optimal long term network structure. The results of this study are also elaborated in the following.
机译:减少分布式发电和需求侧管理可能是未来中压网络中网络扩展的可行替代方案。因此,在当今的网络规划中,必须同时考虑这两者以开发具有成本效益的网络。不同的控制策略是可能的,并且每种策略都会导致截然不同的最佳网络结构。网络和能源成本也将有所不同。到目前为止,网络运营商和监管机构都不知道应努力追求哪种控制策略。此外,不存在允许考虑不同控制策略的规划算法。本文提出了一种新的算法,以集成的方式解决规划和控制问题。亚琛市(STAWAG)的配电系统运营商已决定使用此算法来评估不同的控制策略并得出最佳的长期网络结构。下文还将详细阐述该研究的结果。

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