Simulator-Aided Instrumentation and Control System Refurbishment at Paks Nuclear Power Plant

J. S. Janosy
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引用次数: 5

Abstract

Replacing the aging instrumentation and control system (I&C) in a nuclear power plant (NPP) is always a difficult task, even without the present energy-distribution disturbances in Europe and the more and more frequent plant-life-extension and power-up-rating projects. The NPP plant life-cycle tends to reach 50-60 years, while that of the I&C system is only 8-10 years. Not only the systems become obsolete: spare parts for the old system are practically nonexistent. Putting into operation reliable, thoroughly tested, verified and validated, approved by the authorities new systems could significantly increase the outage time of the units. However, about 90% of the work can be done off-line, by means of full scope replica simulators, and in the same time the operators become trained to these new systems, too. Taking this approach the refurbishment does not increase the outage time needed for refuelling and repair, at least not significantly. The paper describes this methodology in detail
Paks核电站模拟器辅助仪表和控制系统翻新
即使没有目前欧洲能源分布的扰动和日益频繁的核电厂延寿和功率升级项目,更换老化的核电站仪表和控制系统(I&C)一直是一项艰巨的任务。核电厂的生命周期往往达到50-60年,而I&C系统的生命周期只有8-10年。不仅系统变得过时,旧系统的备件实际上也不存在。新系统投入运行可靠,经过全面测试,验证和验证,并得到当局批准,可以显着增加机组的停机时间。然而,大约90%的工作可以通过全范围复制模拟器离线完成,同时操作员也可以接受这些新系统的培训。采用这种方法,翻新不会增加换料和维修所需的停机时间,至少不会显著增加。本文详细介绍了该方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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