电子技术
電子技術
전자기술
ELECTRONIC TECHNOLOGY
2015年
4期
71-73
,共3页
邢丽娟%孔祥新%张越杰%韩雨辰
邢麗娟%孔祥新%張越傑%韓雨辰
형려연%공상신%장월걸%한우신
并网逆变器%TMS320F28335%恒功率
併網逆變器%TMS320F28335%恆功率
병망역변기%TMS320F28335%항공솔
Grid connected inverter%TMS320F28335%Constant power
文章从并网逆变器的控制策略和基本原理出发,介绍了逆变器恒功率并网控制策略,设计了基于TMS320F28335的三相并网逆变器并且搭建了并网实验平台。通过逆变器的离网和并网实验,结果表明恒功率并网控制策略简单可行,可很好地实现并网控制。
文章從併網逆變器的控製策略和基本原理齣髮,介紹瞭逆變器恆功率併網控製策略,設計瞭基于TMS320F28335的三相併網逆變器併且搭建瞭併網實驗平檯。通過逆變器的離網和併網實驗,結果錶明恆功率併網控製策略簡單可行,可很好地實現併網控製。
문장종병망역변기적공제책략화기본원리출발,개소료역변기항공솔병망공제책략,설계료기우TMS320F28335적삼상병망역변기병차탑건료병망실험평태。통과역변기적리망화병망실험,결과표명항공솔병망공제책략간단가행,가흔호지실현병망공제。
Based on grid inverter control strategy and the basic principle of constant power control strategy is used, the design has realized the three-phase grid inverter based on TMS320F28335, build a grid experimental platform.. The results of the experiment in three-phase grid inverter show that the proposed control strategy is simple and can be realized to control connected-grid well.