浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2013年
12期
73-76
,共4页
变电站%PI实时数据库%无线测温%实时监测%状态检修
變電站%PI實時數據庫%無線測溫%實時鑑測%狀態檢脩
변전참%PI실시수거고%무선측온%실시감측%상태검수
substation%real-time PI database%wireless temperature measurement%real-time monitoring%condition-based maintenance
针对变电站设备传统测温方式精度低、实时性差、工作量大、成本高和无法自动连续监测的缺点，利用无线传输技术和PI实时数据库，建立变电站无线测温在线采集和实时监测系统，实现变电站设备温度管理及发热趋势分析，为状态检修提供决策。
針對變電站設備傳統測溫方式精度低、實時性差、工作量大、成本高和無法自動連續鑑測的缺點，利用無線傳輸技術和PI實時數據庫，建立變電站無線測溫在線採集和實時鑑測繫統，實現變電站設備溫度管理及髮熱趨勢分析，為狀態檢脩提供決策。
침대변전참설비전통측온방식정도저、실시성차、공작량대、성본고화무법자동련속감측적결점，이용무선전수기술화PI실시수거고，건립변전참무선측온재선채집화실시감측계통，실현변전참설비온도관리급발열추세분석，위상태검수제공결책。
Aiming at disadvantages of traditional temperature measurement method for substation equipment such as poor accuracy, real time inferiority, heavy workload, high cost and disability in automatic continuous monitoring, the wireless temperature measurement system is built for online collection and real-time monitor-ing by using wireless transfer technology and real-time PI database to enable management of substation equip-ment temperature and heating trend analysis to provide decision-making for condition-based maintenance.
