首页> 外文期刊>Bulletin of Pure and Applied Sciences, Sec. E. Mathematics & statistics >ANALYSIS OF PRODUCTION DOWNTIMES IN THERMAL POWER PLANT USING EXPONENTIAL FAILURE MODEL - A CASE STUDY
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ANALYSIS OF PRODUCTION DOWNTIMES IN THERMAL POWER PLANT USING EXPONENTIAL FAILURE MODEL - A CASE STUDY

机译:基于指数失效模型的火电厂停产事故分析-以案例研究为例。

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Now a day's Karnataka State is witnessing electricity load shedding due to various reasons among which, technical problems play vital role. These technical problems lead to failure of equipments like Boiler, Furnace and so on, leading to the electricity load shedding. Smoother flow of electricity generation is very essential to reduce the electricity load shedding. For this it is required to understand and analyze the failure patterns or production downtimes in a systematic manner. Thus in this paper, we have developed a model based on failure patterns of seven thermal power units located at Shaktinagar, Raichur., Karnataka. For the collected data, Exponential Model is fitted and tested for its Goodness of Fit. Based on the fitted model we have estimated reliabilities of thermal power units. Conclusions were drawn based on the result obtained.
机译:如今,由于各种原因,卡纳塔克邦一天的电力负荷正在减少,其中技术问题起着至关重要的作用。这些技术问题导致锅炉,熔炉等设备出现故障,导致电力负荷下降。平稳的发电流程对于减少电力负荷的减少至关重要。为此,需要以系统的方式理解和分析故障模式或生产停机时间。因此,在本文中,我们基于位于卡纳塔克邦Raichur。的Shaktinagar的七个火电机组的故障模式开发了一个模型。对于收集的数据,拟合指数模型并测试其拟合优度。基于拟合模型,我们估算了火电单元的可靠性。根据获得的结果得出结论。

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