振动与冲击
振動與遲擊
진동여충격
JOURNAL OF VIBRATION AND SHOCK
2014年
23期
63-67
,共5页
王晓%谢振宇%周红凯
王曉%謝振宇%週紅凱
왕효%사진우%주홍개
风力发电机%电能损耗%零偏置电流%动态性能
風力髮電機%電能損耗%零偏置電流%動態性能
풍력발전궤%전능손모%령편치전류%동태성능
wind power generator%power loss%zero-bias current%dynamic performance
建立了5自由度磁悬浮轴承支撑的垂直轴风力发电机转子试验系统,研制了零偏置电流模拟控制器,通过试验方法研究了该控制器对系统动态性能的影响。结果表明,零偏置电流控制方式在显著降低磁悬浮轴承电能损耗的同时仍然能够保证垂直轴风力发电机转子系统稳定运行。
建立瞭5自由度磁懸浮軸承支撐的垂直軸風力髮電機轉子試驗繫統,研製瞭零偏置電流模擬控製器,通過試驗方法研究瞭該控製器對繫統動態性能的影響。結果錶明,零偏置電流控製方式在顯著降低磁懸浮軸承電能損耗的同時仍然能夠保證垂直軸風力髮電機轉子繫統穩定運行。
건립료5자유도자현부축승지탱적수직축풍력발전궤전자시험계통,연제료령편치전류모의공제기,통과시험방법연구료해공제기대계통동태성능적영향。결과표명,령편치전류공제방식재현저강저자현부축승전능손모적동시잉연능구보증수직축풍력발전궤전자계통은정운행。
The setup of a vertical axis wind power generator rotor system with 5-DOF supported with active magnetic bearings was built.A zero-bias current analog controller was also developed.The influence of the controller on the dynamic performance of the system was investigated with the test method.The results showed that the zero-bias current analog controller can be used to reduce power loss of active magnetic bearings obviously,and also to guarantee safe and stable operation of the system at the same time.