映电总厂自主保全管理体系方案设计.doc

映电总厂自主保全管理体系方案的设计 摘要 水电是清洁能源，可再生、无污染、运行费用低，便于进行电力调峰，有利于提高资源利用率和经济社会的综合效益。在地球传统能源日益紧张的情况下，世界各国普遍优先开发水电大力利用水能资源。随着我国社会主义市场经济快速发展和电力工业体制改革的不断 ... p摘要br / 水电是清洁能源，可再生、无污染、运行费用低，便于进行电力调峰，有利于提高资源利用率和经济社会的综合效益。在地球传统能源日益紧张的情况下，世界各国普遍优先开发水电大力利用水能资源。随着我国社会主义市场经济快速发展和电力工业体制改革的不断深入，原水点厂各自配备检修队伍的分散型检修管理模式已不适应新形势下的要求，一些新建的水电厂，也不再配备专业检修队伍，这就为设备新的检修管理理论提出了要求。本文着重探讨了水利发电企业在设备自主保全管理体系方面的研究和探索。br / 本文综述了TPM的发展过程和理论体系，引出自主管理概念，设计了一套自主管理体系，在结合映电总厂的背景和实际要求，对映电总厂的设备管理思想提出了些意见，在映电总厂第一阶段TPM方案规划与实施后，总结了成果和经验。br / 关键词： TPM，设备维护，自主保全br / br / Abstract br / Hydropower is clean energy, renewable, non-polluting, low operating costs, facilitate the electricity peak load regulation, will help improve resource utilization and economic and social benefits. Earths conventional energy in the increasingly tense situation, all countries in the world in general priority to the development of hydropower use of water resources. As Chinas socialist market economy and the rapid development of power industry reform continued to deepen, the original water plant, equipped with their own maintenance teams scattered overhaul management model no longer suited to the requirements under the new situation, some of the new hydropower plant, is no longer with Maintenance of professional teams, and this new equipment for the overhaul of management theory put forward demands. This article focuses on the hydropower enterprises in the self-protection equipment management system of research and exploration. p class=Qxy476/p br / This paper reviews the TPM process of development and theoretical system and leads to self-management concept, design a set of self-management system, with video in the background, plant and the actual requirements of video equipment, plant management ideas put forward some views, Ying power plant in the first phase of the programme planning and implementation of TPM, summed up the achievements and experience.br / Keywords：TPM, equipment management，Self-preservationbr / nbsp;br / 论文的研究意义与研究内容br /