电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2015年
1期
43-46
,共4页
带电检测%车辆改装%车载平台%集中控制
帶電檢測%車輛改裝%車載平檯%集中控製
대전검측%차량개장%차재평태%집중공제
live detection%vehicle modiifcation%vehicle platform%centralized control
现有带电检测模式存在设备分散、效率低、智能化水平低等缺陷,将带电检测仪器外形进行标准化改装,放置于车载标准机柜,统一仪器通信接口,通过车载集控软件操控带电检测仪器,并将试验数据及时远传至二级监控系统,该检测平台增强了仪器机动性能,提高了试验效率,保障了电力系统稳定可靠运行。
現有帶電檢測模式存在設備分散、效率低、智能化水平低等缺陷,將帶電檢測儀器外形進行標準化改裝,放置于車載標準機櫃,統一儀器通信接口,通過車載集控軟件操控帶電檢測儀器,併將試驗數據及時遠傳至二級鑑控繫統,該檢測平檯增彊瞭儀器機動性能,提高瞭試驗效率,保障瞭電力繫統穩定可靠運行。
현유대전검측모식존재설비분산、효솔저、지능화수평저등결함,장대전검측의기외형진행표준화개장,방치우차재표준궤거,통일의기통신접구,통과차재집공연건조공대전검측의기,병장시험수거급시원전지이급감공계통,해검측평태증강료의기궤동성능,제고료시험효솔,보장료전력계통은정가고운행。
The existing live detection mode has the defects of equipment dispersion, low efifciency and intelligent level, so that the live detection instrument appearance was standardized and the instrument was placed in the vehicle standard cabinet with uniifed instrument communication interfaces. The vehicle control software controlled the live detection equipment and sent the test data to the upper level control system in time, which greatly enhanced the instrument maneuver performance, improving test efifciency, so as to provided strong support for ensuring the stable and reliable operation of power system.