CF IPP Controlling Based on AFPM by Developing Monitoring Application to Reduce Incentive Cost

Yusuf Randy Kuncoro, D. Pitaloka, Wuri Baskoro Catur Prasetyo, Moh. Nur Rahman Jaya, A. Purwanto, Eko Yudo Pramono
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Abstract

One of the performance indicators at PT PLN (Persero) is the Average Cost (AC) of Generation. In 2017 AC was targeted at Rp. 850 / kWh, but not achieved because of higher variable costs due to less of hydro power plant production, the generator's Capacity Factor (CF) exceeds the Availability Factor per Monthly (AFpm) or above the limit of Take or Pay (TOP), as well as increase of fuel prices. The monthly Power Transaction Report showed that there was the incentive costs since the production of Independent Power Producers (IPP) exceeding AFpm which causing additional costs on component A (investment cost) and B (fixed maintenance cost). Data collection of IPPs' CF, annual AF and TOP figure was compared with FTP 1 (Fast Track Program 10,000 MW) Power Plants and was gathered through a web-based IPP production monitoring application. With this application, the CF achievement report against AFpm is faster and easier to obtain. The data will be used for further adjustment required in ROH (Daily Operation Plan) and in Real-time operation. This paper will describe AFpm monitoring application from the design, business process and implementation results. (Abstract)
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基于AFPM的CF IPP控制,开发监控应用降低激励成本
PT PLN (Persero)的性能指标之一是发电的平均成本(AC)。2017年,AC的目标是850卢比/千瓦时,但由于水力发电厂产量减少导致可变成本增加,发电机的容量系数(CF)超过每月可用系数(AFpm)或超过接受或支付(TOP)的限制,以及燃料价格上涨,因此未能实现。月度电力交易报告显示,自独立电力生产商(IPP)的生产超过下午三点以来,存在激励成本,导致组件A(投资成本)和B(固定维护成本)的额外成本。IPP的CF、年度AF和TOP数据收集与FTP 1(快速通道计划10,000 MW)发电厂进行了比较,并通过基于网络的IPP生产监控应用程序收集。使用此应用程序,针对AFpm的CF成就报告可以更快更容易地获得。这些数据将用于每日运行计划和实时运行所需的进一步调整。本文将从设计、业务流程和实现结果三个方面描述AFpm监控应用。(抽象)
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