光伏發電站無功電源優化方法研究
 

陳仕彬，梁福波，李養俊，倪賽賽，郭文科
（國網甘肅省電力公司電力科學研究院，甘肅 蘭州 730050）
 

    摘 要：對光伏發電站逆變器功率控制原理進行了分析，實測并驗證了光伏發電站逆變器不僅具備無功功率( 容性或感性) 雙向調節能力且遠超無功補償裝置滿發能力的寬幅調節范圍，還能滿足靜止無功發生器(SVG) 快速調節無功功率的響應時間要求，滿足充當光伏發電站無功電源潛力并支撐并網點電壓，開發光伏逆變器這一新型無功電源功能，參與調整區域電網無功電壓將會產生良好的經濟效益。
    關鍵詞：光伏發電站；逆變器；調相運行；無功電源
    中圖分類號：TM615     文獻標識碼：A     文章編號：1007-3175(2017)02-0027-05
 

Research on Reactive Power Supply Optimization Method in Photovoltaic Power Station

 

CHEN Shi-bin, LIANG Fu-bo, LI Yang-jun, NI Sai-sai, GUO Wen-ke
（State Grid Gansu Electric Power Research Institute, Lanzhou 730050, China）
 

    Abstract: Analysis was made to the inverter power control principle in the photovoltaic power station. The inverter in photovoltaic station was tested and verified in possession of the reactive power (capacitive or inductive) two-way regulation capacity, which exceeded to the wide adjustable range of static var compensator full capacity operation, and could meet the requirements of the response time of static var generator (SVG) quick reactive power regulation, with the potential to act as the reactive power supply in photovoltaic power station and to support gridconnected voltage. The new type of reactive power supply functions of the photovoltaic inverter were developed to participate in the adjustment of regional power grid reactive voltage, which will produce great economic benefit.
    Key words: photovoltaic power station; inverter; phasing operation; reactive power supply
 

參考文獻
[1] GB/T 19964—2012 光伏發電站接入電力系統技術規定[S].
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