独立光伏/超级电容器/电池微电网的能量管理与控制

E. Jamshidpour, S. Saadate, P. Poure
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引用次数: 9

摘要

本文提出了一种新的能量管理方法在微电网系统中的聚合与实现。能源管理是基于混合存储系统的使用。超级电容器用于面对负载的高频变化,例如瞬态,而电池负责缓慢的负载/源变化。这样就避免了电池的过早老化。本研究提出的先进控制系统可以选择合适的存储元件,以正确面对生产/完成变化。首先对整个系统进行了建模,包括光伏发电机、混合存储系统和实际负载,所有这些都连接到公共直流母线上。利用Matlab进行了仿真,验证了所提出的能量管理及相关控制系统的良好性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy management and control of a stand-alone photovoltaic/ultra capacitor/battery microgrid
In this paper, the aggregation and implementation of a new energy management method in a microgrid power system is presented. The energy management is based on the use of a hybrid storage system. The Ultra Capacitors are used for facing high frequency variation of the load, such as in transient state, while the batteries are in charge of slow load /source variations. Then early ageing of the batteries are avoided. The advanced control system proposed in this study allows to choose the suitable storage element in order to face correctly the production/consummation variation. The whole system, including PV generator, hybrid storage system and a realistic load, all connected to a common DC-bus, is first modeled. The simulations by using Matlab are then carried out which confirm the good performances of the proposed energy management and associated control system.
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