Analisis Konsumsi Bahan Bakar Dan Emisi Karbon Dioksida (CO2) Pada PLTDG Blok 2 di PT. Indonesia Power UP Bali

Wayan Sutama, Kadek Jodi Mustika, Wayan Suriana
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Abstract

This study contains an electric power system consisting of generation, distribution and distribution. One type of power plant is a Gas Diesel Power Plant (PLTDG). As industrial activities and population increase, the demand for electrical power also increases. This results in each generator having to be effective and maximum so as not to cause losses, the generator must also be environmentally friendly so as not to cause global warming. Where the effect of specific fuel consumption and load percentage greatly affects thermal efficiency, as well as the amount of fuel consumption greatly affects the economy and CO2 emissions generated at the power plant. Therefore, it is important to know the efficiency from an economic point of view, the performance of the PLTDG power plant and the resulting CO2 emissions. One of the efforts made is by changing the main fuel for the generator. The results of the analysis show that using LNG fuel thermal efficiency, electricity costs per kWh and the resulting emissions are better than using HSD fuel.
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分析印度尼西亚电力供应第2区PLTDG的燃料消费和二氧化碳排放
本文研究的电力系统包括发电、配电和配电。一种发电厂是燃气柴油发电厂(PLTDG)。随着工业活动和人口的增加,对电力的需求也在增加。这导致每个发电机必须是有效的和最大的,以免造成损失,发电机也必须是环保的,以免造成全球变暖。其中比燃料消耗量和负荷百分比的影响极大地影响热效率,同时燃料消耗量也极大地影响电厂的经济性和产生的CO2排放量。因此,从经济角度了解效率、PLTDG发电厂的性能和由此产生的二氧化碳排放是很重要的。所做的努力之一是改变发电机的主要燃料。分析结果表明,使用LNG燃料的热效率、每千瓦时的电力成本以及由此产生的排放都优于使用HSD燃料。
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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