水电厂小修取消对降低生产成本的效果

Rahmania Prasyayudha, Sabar Setyawidayat, Fachruddin Hunaini
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引用次数: 0

摘要

预计2025年可再生能源目标为23%。高生产成本使其难以与化石燃料工厂竞争。降低风险的策略是取消发电厂的小检修以增加产量。为了证明其有效性,采用马尔可夫链方法对水电进行了选择。取样时间为26个月,根据工厂的运行情况将工厂分为3个州。测试是在按计划实施大修和在状态良好时取消小的大修之间进行的。数据处理结果得出,最佳决策是不做小修淘汰,因为良好条件下潜力降低29.77%,中等条件下潜力提高30.69%。2017-2019年的数据对比显示,尽管潜在的产量增加,但生产成本并没有降低。计算可以在Laravel框架上使用PHP实现到web表单中
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effectiveness of Minor Overhaul Elimination on Decreasing Cost of Production in Hydroelectric Power Plant
The projection of the renewable energy target in 2025 is 23%. The high production cost makes it difficult to compete with fossil plants. The strategy chosen to reduce the risk is to eliminate minor overhauls in power plants to increase production. To prove its effectiveness, hydropower was chosen by using markov chain method. It took samples for 26 months and divided plant into 3 states based on the operating performance. The test was between implementation of overhauls on schedule and eliminating minor overhauls when the status was good. The results of data processing obtained that the best decision is not to do minor overhaul elimination because of the potential to reduce 29.77% good conditions, 30.69% improvement in moderate conditions. Comparison between the 2017-2019 data show there’s no production cost reduction even though potential production increase. Calculation can be implemented into a web form using the PHP on the Laravel Framework
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