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首页> 外文会议>2018 International Conference on Computing, Power and Communication Technologies >Power Quality Improvement in the Distribution Network with Solar Energy Penetration Using Distribution Static Compensator
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Power Quality Improvement in the Distribution Network with Solar Energy Penetration Using Distribution Static Compensator

机译：利用配电静态补偿器提高太阳能穿透配电网的电能质量

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摘要

Integrations of renewable energy (RE) sources like wind energy and solar energy to utility grid affects quality of electrical power. Utility operators have to ensure a good quality power supply and their services to retain the existing consumers or attract the new consumers. An effective system for monitoring and improvement of power quality (PQ) can help to achieve this task. The improvement of PQ can be achieved by using the distribution static compensator (DSTATCOM) in utility grid. This research work presents a control design using synchronous reference frame (SRF) theory to provide efficient control to the DSTATCOM for PQ improvement in utility grid in the presence of solar PV energy. A capacitor and battery bank is used as the DC bus in the design of DSTATCOM. The DSTATCOM has been implemented for improvement of PQ with solar PV energy during various operational events. The events considered include the tripping/reclosing of feeder, switching ON/OFF of capacitor bank, switching ON/OFF of inductive-resistive (LR) load. Proposed study is carried out using MATLAB/Simulink software with the help of an IEEE-13 bus test system. Proposed study is performed using a test system comprising of voltage source and load integrated on point of common coupling (PCC).
机译：风能和太阳能等可再生能源（RE）到公用电网的集成会影响电力质量。公用事业运营商必须确保优质的电源和服务，以留住现有消费者或吸引新消费者。一个有效的监视和改善电能质量（PQ）的系统可以帮助完成此任务。通过使用公用电网中的分布静态补偿器（DSTATCOM）可以实现PQ的提高。这项研究工作提出了一种使用同步参考框架（SRF）理论的控制设计，可为DSTATCOM提供有效的控制，以在存在太阳能光伏能源的情况下改善公用电网的PQ。在DSTATCOM的设计中，电容器和电池组用作DC总线。已实施DSTATCOM，以在各种操作事件期间使用太阳能PV能源改善PQ。所考虑的事件包括馈线的跳闸/重合，电容器组的开/关，电感性（LR）负载的开/关。拟议的研究是在IEEE-13总线测试系统的帮助下使用MATLAB / Simulink软件进行的。拟议的研究使用测试系统执行，该系统包括电压源和集成在公共耦合点（PCC）上的负载。

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