宁夏电力
寧夏電力
저하전력
NINGXIA ELECTRIC POWER
2015年
2期
46-50,64
,共6页
输电线路%感应取电装置%监控设备
輸電線路%感應取電裝置%鑑控設備
수전선로%감응취전장치%감공설비
power transmission line%induction electricity acquisition device%monitoring equipment
为了合理利用输电线路的电磁能为线路监控设备持续供电，提出了一个根据负载的大小设计感应取电装置的方案。为了防止感应取电装置输出电压过大，采用闭环负反馈调压电路对输出电压进行自动调节。仿真实验结果验证了感应取电装置设计的正确性。
為瞭閤理利用輸電線路的電磁能為線路鑑控設備持續供電，提齣瞭一箇根據負載的大小設計感應取電裝置的方案。為瞭防止感應取電裝置輸齣電壓過大，採用閉環負反饋調壓電路對輸齣電壓進行自動調節。倣真實驗結果驗證瞭感應取電裝置設計的正確性。
위료합리이용수전선로적전자능위선로감공설비지속공전，제출료일개근거부재적대소설계감응취전장치적방안。위료방지감응취전장치수출전압과대，채용폐배부반궤조압전로대수출전압진행자동조절。방진실험결과험증료감응취전장치설계적정학성。
In order to rationally utilize electromagnetic energy around power transmission line to provide uninterrupted power supply for line monitoring equipment,puts forward a scheme according to load of monitoring equipment to design induction electricity acquisition device. For fear of excessive output voltage of induction electricity acquisition device,using closed loop negative feedback voltage regulating circuit automatically regulate output voltage. The simulation test result verifies the validity of the design of induction electricity acquisition device.
