摘要
分析了光学互感器应用于电能计量的优势;设计对比平台验证光学电流互感器的电能数字化计量性能,结果表明:0.2级光学电流互感器的抄见电量与0.01级标准电流互感器的抄见电量差别小于0.7%,表明光学电流互感器用于电能计量是具备潜力的,下一步将深入研究其实施可行性。
The advantage of energy metering was analyzed by using the optical transformer, and the contrast platform was designed to verify the feasibility of the digitized electricity metering on the optical current transformer. The results showed that the copy see electricity difference between the 0.2 class optical current transformer and the 0.01 class standard current transformer is less than 0.7% on energy metering, which demostrated that the potential of OCT for using on energy metering, and thoroughly study on feasibility of implementation will be carried out in next step.
出处
《电测与仪表》
北大核心
2016年第22期118-122,共5页
Electrical Measurement & Instrumentation
关键词
电能计量系统
电能数字化
电能对比平台
抄见电量
energy metering system, digital energy, energy comparison platform, copy see electricity
