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Research on Hybrid Energy Storage by Super Capacitor-Battery and Control Strategy for Intelligence Micro-Grid System

机译:超级电容器电池混合能量存储及智能微电网系统控制策略研究

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Confronted with severe environment issues, large scale utilization and development of wind energy and solar energy that are regenerative, non-pollution, green and clean, the best way for power generation and grid synchronization of distributed energy is to develop intelligence micro-grid. Amongst micro-grid, batteries will be connected with super capacitors to form hybrid energy storage system. Batteries will stabilize the voltage of DC busbar to as to retain balance between demand and supply over busbar. Super capacitors will quickly provide high frequency power component needed for load variation so as to restrict the impact of abrupt load variation on DC busbar. Parameters should be designed based on DC system at substation. Simulation software will be used to simulate emergency load and abrupt load reduction under different capacitance levels so as to demonstrate The feasibility of Hybrid Energy Storage Systems.
机译:面对严重的环境问题,大规模利用和风能和太阳能发展,是再生,非污染,绿色和清洁的,发电的最佳方法和分布式能量的电网同步是开发智能微电网。在微电网中,电池将与超级电容器连接以形成混合能量存储系统。电池将稳定DC母线的电压,以在母线上保持需求和供应之间的平衡。超级电容器将快速提供负载变化所需的高频功率分量,以限制突发负载变化对直流母线的影响。应基于变电站的直流系统设计参数。仿真软件将用于模拟不同电容水平下的紧急载荷和突然负载降低,以便展示混合能量存储系统的可行性。

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