能源管理系统是分布式能源与低压电网集成的一种手段

P. Gburczyk, I. Wasiak, R. Mieński, R. Pawełek
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引用次数: 16

摘要

本文研究了集成可再生和可控能源、负荷和存储系统的低压并网微电网的能量管理。提出了一种集中控制系统,通过最小化时间范围内的能源成本来优化微电网的运行。系统确定可控源和存储单元的设定点。在制定目标函数时,考虑了网络容量的约束条件,即网络节点的电压限制、线路和供电变压器的承载能力限制。该管理系统能够将能源整合到现有网络中,而无需重新设计网络本身和微电网,以最低成本运行。
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Energy management system as a mean for the integration of distributed energy sources with low voltage network
The paper concerns energy management in low voltage grid-connected microgrid integrating renewable and controllable energy sources, loads and storage systems. The central control system is presented which optimize the microgrid operation by minimizing the costs of energy in the time horizon. The system determines set-points for controllable sources and storage units. In formulating the objective function constraints regarding the network capacity are taken into account, i.e. voltage limits in the network nodes and load carrying capacity limits of lines and the supplying transformer. The management system enables the integration of energy sources into existing networks without re-designing the network itself and microgrid operation at minimum costs.
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