浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2014年
10期
53-57,62
,共6页
陈坚红%吴文健%万安平%王异成%李鸿坤%盛德仁
陳堅紅%吳文健%萬安平%王異成%李鴻坤%盛德仁
진견홍%오문건%만안평%왕이성%리홍곤%성덕인
燃气轮机%PI 实时数据库%等效服务系数%视情维修%寿命预测
燃氣輪機%PI 實時數據庫%等效服務繫數%視情維脩%壽命預測
연기륜궤%PI 실시수거고%등효복무계수%시정유수%수명예측
gas turbine%PI real-time database%equivalent service factor%condition-based maintenance%life prediction
针对当前燃气轮机关键部件维护及维修管理中由人工统计计算维修间隔,造成费时耗力、准确性低的问题,提出燃气轮机视情维修决策模型,结合燃气轮机已经运行时段的历史运行数据和待预测时段的实际运行计划,对部件维修周期进行预测。提出等效服务系数的概念,根据2个时段的等效服务系数,建立4种预测模型,并利用 ASP.NET 技术,实现了基于 B/S 架构的燃气轮机视情维修决策系统。该系统可在线自动计算燃气轮机相关部件的使用寿命,并决策计算维修周期,为科学制定维修计划和进行备件信息管理工作奠定基础。该决策系统已应用于工程实际,取得了良好的效果。
針對噹前燃氣輪機關鍵部件維護及維脩管理中由人工統計計算維脩間隔,造成費時耗力、準確性低的問題,提齣燃氣輪機視情維脩決策模型,結閤燃氣輪機已經運行時段的歷史運行數據和待預測時段的實際運行計劃,對部件維脩週期進行預測。提齣等效服務繫數的概唸,根據2箇時段的等效服務繫數,建立4種預測模型,併利用 ASP.NET 技術,實現瞭基于 B/S 架構的燃氣輪機視情維脩決策繫統。該繫統可在線自動計算燃氣輪機相關部件的使用壽命,併決策計算維脩週期,為科學製定維脩計劃和進行備件信息管理工作奠定基礎。該決策繫統已應用于工程實際,取得瞭良好的效果。
침대당전연기륜궤관건부건유호급유수관리중유인공통계계산유수간격,조성비시모력、준학성저적문제,제출연기륜궤시정유수결책모형,결합연기륜궤이경운행시단적역사운행수거화대예측시단적실제운행계화,대부건유수주기진행예측。제출등효복무계수적개념,근거2개시단적등효복무계수,건립4충예측모형,병이용 ASP.NET 기술,실현료기우 B/S 가구적연기륜궤시정유수결책계통。해계통가재선자동계산연기륜궤상관부건적사용수명,병결책계산유수주기,위과학제정유수계화화진행비건신식관리공작전정기출。해결책계통이응용우공정실제,취득료량호적효과。
Aiming at time-consuming, labor-intensive and low-accurate manual statistical calculation in key part maintenance and maintenance management of gas turbines, this paper proposes a condition-based main-tenance decision-making model for gas turbine which predicts component maintenance cycle in combination with historical operation data of gas turbine in the past running period and actual operation plans in the pre-dictive period. The concept of equivalent service factor is proposed. Based on whether the equivalent service factors of two periods are equal, four decision-making models are established, and by using ASP.NET tech-nology, a condition-based maintenance decision-making system based on B/S structure for gas turbine is de-veloped. The system can calculate service life of relevant components of gas turbine automatically online and determine and calculate maintenance cycle to lay a foundation for making scientific and feasible maintenance plan and conducting information management of spare parts. Finally, the decision-making system is put into engineering practice, from which favorable application effect was achieved.