ANALISIS POTENSI DAYA HIDRO AIR TERJUN TALUDA’A

Sahlan Buako, Burhan Liputo, Romi Djafar, Yunita Djamalu
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Abstract

Mini Hydro Power Plant (PLTM) is a small-scale power plant using hydropower that utilizes the height of the waterfall (head) and the amount of water discharge. Because using water as the primary source, the power produced is irregular due to weather factors, it is necessary to conduct an Analysis to determine the potential energy that Taluda''a waterfall is at peak load. The research was conducted at Taluda'a waterfall, Bone District, Bone Bolango Regency, 65 km from downtown Gorontalo. The type of research used includes descriptive analysis; data sources are data obtained from several existing literature and research results, both experimental research results and survey research or directly in the field related to this research. The development of the analysis of the discharge on the Carrier channel (Headrace) is 8.83 m³ / s, and the water discharge on the rapid pipe (Penstok) is 5.1 m³ / s With a shot of 5.1 m³ / s and a head of 20 meters can generate hydro power of 999.6 kW. The actual charge dramatically affects the amount of energy generated. The Taluda'a PLTM has a 20-meter high head which is relatively low for a discharge of 5.1 m³/s. If the actual charge of the taluda'a PLTM is 40 meters high, the power that can be generated reaches 1.9 MW.
分析塔卢达瀑布的水力发电潜力
迷你水力发电厂(Mini Hydro Power Plant, PLTM)是一种利用瀑布高度(水头)和排水量的小型水力发电厂。由于以水为主要来源,由于天气因素,产生的电力是不规律的,因此有必要进行分析,以确定塔鲁达瀑布处于峰值负荷的势能。该研究在距戈伦塔洛市中心65公里的Bone Bolango Regency Bone区的Taluda'a瀑布进行。使用的研究类型包括描述性分析;数据来源是从现有的几篇文献和研究成果中获得的数据,既有实验研究结果,也有调查研究,或者直接在与本研究相关的领域。运水渠(Headrace)的流量分析发展为8.83 m³/ s,急水管(Penstok)的流量为5.1 m³/ s,水头为20米,流量为5.1 m³/ s,可发电999.6 kW。实际电荷对产生的能量有很大的影响。Taluda’a PLTM的水头高20米,对于5.1 m³/s的排放量来说,水头相对较低。如果taluda'a PLTM的实际电荷高度为40米,则可产生1.9兆瓦的功率。
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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