1) electricity stealing
窃电
1.
The results indicated that the accuracy is 100%,which can be used as a powerful tool for finding electricity stealing.
分析了国家标准中规定的配电变压器短路阻抗的要求,提出了利用变压器短路阻抗来测试变压器的实际容量,测试结果显示,判别变压器容量的准确率为100%,为供电部门查找窃电提供了有力工具。
2.
This paper analyses the anti-electricity stealing management and technical measure and puts forward some suggestions in the line-loss management after"two renovations".
分析了反窃电的管理和技术措施,并对“两改”后的线损管理提出建议。
3.
Electric energy is the important energy for a country, electricity stealing may cause economic losses for the country and power supply enterprises, and it will endanger the safe operation of power system.
电能是国家的重要能源,窃电不仅给国家及供电企业造成经济损失,同时也危及电力系统的安全运行,针对常见的窃电方式,探讨了反窃电的防范措
2) Stealing electricity
窃电
1.
Stealing electricity tremendous economic losses to the state, which is the hard problem to electricity sector to address.
窃电给国家经济带来极大损失,是供电部门要解决的棘手问题。
2.
Cutting off ground wire is a common stealing electricity method.
零线接地法是一种常见的窃电方法。
3.
Driven by the economic profit,stealing electricity illegally by all kinds of technical means happens frequently.
电力已成为我国最重要的能源 ,由于经济利益的驱使 ,采用各种技术手段进行非法窃电的现象经常发生。
3) stealing power
窃电
1.
Through analyzing the special customer line loss,the paper expounds the existing reason of negative line loss in detail,and briefly expounds the expressive form on line loss rate to customer stealing power,and points out the solving negative line loss s method and the preventing stealing power s measure.
文章通过对专线客户线损的分析,详细阐述了负线损存在的原因,并对客户窃电在线损率上的表现形式做了简单阐述,结合实际提出了解决负线损的办法以及防范窃电行为的措施。
2.
Starting with the work of power usage supervision,this paper emphatically analysed the work of anti-stealing power.
从当前电力企业用电监察工作入手,着重分析了反窃电工作,对目前存在的窃电现象、用电监察工作现状及面临的问题,以及打击窃电的策略和方法等进行了阐述和探索。
4) Power stealing
窃电
1.
A brief view of preventing the electricity power stealing;
防丢窃电的技术措施与管理
5) Steals the Electricity
窃电
1.
Guards against Steals the Electricity at High-pressured Electrical Energy Measurement Installment;
关于高压电能计量装置防窃电工作的思考
6) steal electricity
低窃电
补充资料：剪窃
1.犹剽窃。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条