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Voltage Rise Issues and Mitigation Techniques Due to High PV Penetration into the Distribution Network

机译:高PV渗透到配电网中引起的电压上升问题和缓解技术

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Integration of photovoltaic systems (PV)into the low voltage (LV)grid is seen as a viable and globally accepted optionto meet the ever-increasing energy demands. However, the high PV penetration into the LV distribution grid has raised up many concerns for various stakeholders e.g. distribution company, industry partners, end users etc. The suddenchanges in the voltage level, is one of the main issues due to the reverse power flowfrom distributed energy sources to the grid, has significantly affected the behavior of the traditional LV grid. This paper has reviewed the impacts on voltage profile due to high PV penetration and different techniques used for mitigation these issues such as active power curtailment, reactive power compensation, use of distributed energy storage and relevant microgrid architectures.
机译:将光伏系统(PV)集成到低压(LV)电网中被认为是可行的方案,已被全球接受,可以满足不断增长的能源需求。但是,PV在LV配电网中的高渗透率引起了各利益相关方的许多关注,例如电压水平的突然变化是主要的问题之一,这是由于从分布式能源到电网的反向功率流,从而极大地影响了传统低压电网的性能。本文回顾了由于高PV渗透和用于缓解这些问题的不同技术(例如有功功率缩减,无功功率补偿,分布式能量存储的使用和相关的微电网架构)而对电压曲线的影响。

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