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Design of smart home microgrid with high permeability distributed photovoltaic

机译:高磁导率分布式光伏智能家居微电网设计

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The high permeability of household distributed photovoltaic is prevalent after its access. The connection between distributed generation and main network is cut off quickly and the energy storage device is used to realize energy storage. From the point of view of economy and rationality, the above-mentioned operation has become increasingly unable to meet the health of the grid after the access of distributed generation. In this paper, a construction scheme and operation strategy of household micro-grid including household energy efficiency management is designed by using equipment and equipment integration, equipment and system integration, system and system integration of household micro-grid and household energy efficiency management. It adds in-situ absorption capacity of distributed photovoltaic, realizes efficient integration of household energy efficiency management and household microgrid, effectively solves the problems of high permeability of household distributed generation, and has certain application value in the user side.
机译:家用分布式光伏的高渗透性在使用后很普遍。分布式发电与主网之间的连接迅速断开,使用储能装置实现储能。从经济性和合理性的角度来看,在接入分布式发电之后,上述操作变得越来越不能满足电网的健康要求。本文通过设备微机集成,设备与系统集成,家庭微网系统与系统集成以及家庭能效管理,设计了包括家庭能效管理在内的家庭微网建设方案和运营策略。它增加了分布式光伏的原地吸收能力,实现了家庭能效管理与家庭微电网的有效整合,有效解决了家庭分布式发电的高渗透性问题,在用户方面具有一定的应用价值。

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