现代电子技术
現代電子技術
현대전자기술
MODERN ELECTRONICS TECHNIQUE
2013年
9期
158-160
,共3页
姚周飞%沈明%王志浩%尹毅
姚週飛%瀋明%王誌浩%尹毅
요주비%침명%왕지호%윤의
C8051F040%电力系统%短路电抗%在线监测
C8051F040%電力繫統%短路電抗%在線鑑測
C8051F040%전력계통%단로전항%재선감측
C8051F040%power system%short?circuit reactance%on?line monitoring
电力变压器在运行过程中会受到短路电流的冲击,从而导致绕组发生轴向或者径向位移.短路电抗是反应变压器绕组状态的有效参数之一,利用C8051F040和WinCE 6.0平台设计了短路电抗的在线监测系统,并在一台模型变压器上验证了系统的稳定性.
電力變壓器在運行過程中會受到短路電流的遲擊,從而導緻繞組髮生軸嚮或者徑嚮位移.短路電抗是反應變壓器繞組狀態的有效參數之一,利用C8051F040和WinCE 6.0平檯設計瞭短路電抗的在線鑑測繫統,併在一檯模型變壓器上驗證瞭繫統的穩定性.
전력변압기재운행과정중회수도단로전류적충격,종이도치요조발생축향혹자경향위이.단로전항시반응변압기요조상태적유효삼수지일,이용C8051F040화WinCE 6.0평태설계료단로전항적재선감측계통,병재일태모형변압기상험증료계통적은정성.
Windings of power transformer may suffer from the impact of short?circuit current,which can lead to different winding displacements such as axial displacement and radial displacement. The short?circuit reactance is one of the effective parameters to reflect the status of transformer windings. An on?line monitoring system of transformer short?circuit reactance was designed by means of C8051F040 and WinCE 6.0 platforms. The stability of the monitoring system was verified by a transformer model.