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Voltage and power rise mitigation for solar PV integration in The Distribution Network

机译:分配网络太阳能光伏集成的电压和电力上升缓解

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摘要

Solar energy from photovoltaic (PV) is among the fastest developing renewable energy systems world-wide. The use of grid-connected distributed PV systems have become globally a significant need. However, these systems have shown some adverse effects related to power quality and stability. This paper proposes a shunt active power filtering technique based on the instantaneous reactive power theory to reduce the problems related to the issue of power quality and stability. The system under analysis is a distribution network grid integrating solar PV generation system. The proposed control system using STATCOM is designed to improve the power quality and stability of the system. The simulation in this paper uses the MATLAB/Simulink software to introduce the STATCOM operation steps, also to show the effectiveness of the control technique.
机译:光伏(PV)的太阳能是全世界开发的最快的可再生能源系统之一。 网格连接的分布式光伏系统的使用已成为全球性的重要需求。 然而,这些系统已经显示出与电能质量和稳定性相关的一些不利影响。 本文提出了一种基于瞬时无功功率理论的分流式有源电力滤波技术,以减少与电能质量问题有关的问题。 该系统正在分析中是分配网络网格集成太阳能光伏生成系统。 使用Statcom的建议控制系统旨在提高系统的电力质量和稳定性。 本文的仿真采用MATLAB / SIMULINK软件来介绍Statcom操作步骤,也展示了控制技术的有效性。

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