山地光伏电站线路工程设计中改进无功补偿容量计算方式的研究OA
RESEARCH ON IMPROVING CALCULATION METHOD OF REACTIVE POWER COMPENSATION CAPACITY IN THE LINE ENGINEERING DESIGN OF MOUNTAIN PV POWER STATION
近年来,随着并网光伏电站数量及并网装机容量的迅速激增,光伏发电对电网的稳定和安全运行造成了较大影响,为了保证电网稳定性,无功补偿装置成为光伏电站必备设备之一.但在实际运行中发现,大多数光伏电站存在无功补偿容量配置过剩的问题,导致项目投资成本增加.针对典型复杂山地光伏电站的无功补偿容量配置问题,考虑到汇集线路及送出线路工程的特殊性,结合光伏电站建设的经济性,通过理论计算分析的方式,在线路工程设计环节对无功补偿容量的计算方式进行了改进,并进行了对比计…查看全部>>
In recent years,with the rapid increase in the number and installed capacity of grid connected PV power stations,PV power generation has had a significant impact on the stability and safe operation of the power grid.In order to ensure the stability of the power grid,reactive power compensation devices have become one of the essential equipment for PV power stations.However,in actual operation,it has been found that most PV power stations have the problem of …查看全部>>
韩健民;张晓峰;张毛
西安隆基清洁能源有限公司,西安 710000西安隆基清洁能源有限公司,西安 710000西安隆基清洁能源有限公司,西安 710000
动力与电气工程
无功补偿容量线路工程山地光伏电站工程计算改进架空线路汇集线路变压器
reactive power compensation capacityline projectmountain PV power stationengineering calculation optimizationoverhead linecollection linetransformer
《太阳能》 2024 (9)
84-90,7
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