Q4 Mathematics
M. H. Abbas, Ahmad P Sardju
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引用次数: 0

摘要

电能需求的问题,特别是作为能源来源的石油的需求正在减少,因此必须尽早预期节省。减少石油的使用以满足电力需求的节约措施之一是将水能作为可再生能源,因此本研究规划了PLTMH。在规划PLTMH时要考虑的是管道、水箱、快速管道、发电站、涡轮机和发电机。PLTMH研究是在南哈马赫拉县Gane Barat Selatan区Tawa村进行的。实验结果表明:水流量为0.28 m3 / s,瀑布高度为12 m,快速管直径为12 cm,快速管长度为19.20 m。kW,与发电机偶联,使汽轮机的净功率等于发电机的总功率。发电机的效率为90%,因此它产生的上升功率为18.88 kW除以cos φ,等于23.6 kVA
本文章由计算机程序翻译,如有差异,请以英文原文为准。
studi perencanaan pembangkit listrik tenaga mikrohidro (PLTMH) desa tawa kecamatan gane barat selatan kabupaten halmahera selatan
The problem of the need for electrical energy, especially petroleum as a source of energy is decreasing, so that savings must be anticipated as early as possible. One of the saving measures taken to reduce the use of petroleum in order to meet electricity needs is to use water energy as renewable energy, so in this study PLTMH is planned. The things that are taken into account in planning PLTMH are conduits, water tanks, rapid pipes, powerhouses, turbines and generators. The PLTMH research was conducted in Tawa Village, Gane Barat Selatan District, South Halmahera Regency. The results obtained are a water discharge of 0.28 m3 / s and a waterfall height of 12 meters, a diameter of 12 cm of rapid pipe, a length of 19.20 m of rapid pipe. kW, and the generator is sporadically coupled so that the net power of the turbine is equal to the gross power of the generator. The efficiency of the generator is 90%, so that it produces a rise power of 18.88 kW divided by cos φ which is equal to 23.6 kVA
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来源期刊
AIUB Journal of Science and Engineering
AIUB Journal of Science and Engineering Mathematics-Mathematics (miscellaneous)
CiteScore
1.00
自引率
0.00%
发文量
3
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