Studi Pelepasan Beban Pada PLTU Keramasan Saat Terjadi Penurunan Frekuensi

Melingga Lingga, A. Azis, Irine Kartika Pebrianti
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Abstract

The demand for electric power increases along with the development of technological progress and development. The use of electricity is an important factor in people's lives, both in households, lighting, communication, and industrial. The purpose of this research is to calculate the frequency response before load shedding, to calculate the frequency response after load shedding and to analyze the load recovery after normal frequency in the load. The methods to be used in writing and discussing this research are: Observation Method, Interview Method / Interview, Literature Study Method. Based on the calculation of the data in the previous chapter, the following conclusions can be drawn, the calculation of the conditions before carrying out the load shedding is based on the rate of decreasing frequency from the result obtained is 1.6 Hz / s, then to calculate the time used in determining the frequency at the time of load shedding then the results obtained are 54 Hz, Meanwhile, to calculate the frequency after load shedding that is obtained is 49.1 Hz, Calculation of load shedding time is expected when there is a decrease in frequency of 10.5 seconds, Calculation of the load rate of increase expected after load shedding then the optimal load value that must be removed is 5.55 w. 
在下降频率下降时,对普利语区通量释放进行了研究
随着技术的进步和发展,对电力的需求不断增加。电力的使用是人们生活中的一个重要因素,无论是在家庭、照明、通信还是工业中。本研究的目的是计算减载前的频率响应,计算减载后的频率响应,分析负载中正常频率后的负载恢复情况。写作和讨论本研究的方法是:观察法,访谈法/访谈法,文献研究法。基于前一章中的数据的计算,可以得出以下结论,计算条件进行甩负荷是基于之前的速度降低频率的结果是1.6 Hz / s,然后计算时间在决定使用频率在甩负荷时获得的结果是54赫兹,与此同时,计算获得甩负荷后的频率是49.1赫兹,当频率下降10.5秒时计算预期减载时间,计算减载后预期增载率,则必须减载的最优负荷值为5.55 w。
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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