电源技术
電源技術
전원기술
CHINESE JOURNAL OF POWER SOURCES
2014年
11期
2177-2179
,共3页
周锎%杨浩然%李晓鹏%耿卫东
週锎%楊浩然%李曉鵬%耿衛東
주개%양호연%리효붕%경위동
光伏控制器%离网%机电一体化
光伏控製器%離網%機電一體化
광복공제기%리망%궤전일체화
Photovoltaic control er%off-grid%Mechanical and electrical integration
基于千瓦级光伏控制器的原理和控制策略,提出了3 kW光伏控制器的整体解决方案。详细介绍了主电路的参数设计、整机控制方法和机电一体化方案。该方案实现的样机接入3.3 kW离网电站运行,很好地满足了系统工作的需要。
基于韆瓦級光伏控製器的原理和控製策略,提齣瞭3 kW光伏控製器的整體解決方案。詳細介紹瞭主電路的參數設計、整機控製方法和機電一體化方案。該方案實現的樣機接入3.3 kW離網電站運行,很好地滿足瞭繫統工作的需要。
기우천와급광복공제기적원리화공제책략,제출료3 kW광복공제기적정체해결방안。상세개소료주전로적삼수설계、정궤공제방법화궤전일체화방안。해방안실현적양궤접입3.3 kW리망전참운행,흔호지만족료계통공작적수요。
Based on the principle of kilowatt photovoltaic control er and the control strategy, the overal solution of 3 kw photovoltaic control er was put forward. The parameters of the main circuit design, the whole machine control method and electromechanical integration scheme were introduced in detail. The need of system work was wel met by prototype access 3.3 kW off-grid power station running.