I. M. Suwartama Wijaya, I. A. Arta Wijaya, I. Janardana
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引用次数: 0

摘要

涡轮是一种常用的脉冲式涡轮!在MHP(微型水力发电厂)中,由于叶片的尖锐曲率而具有高水头。涡轮涡轮机的情况是{头}仍然是不正确的,因为:这种{涡轮机{的^类型^使用*a!高水头水轮机,在“顺序”中进行气压效应试验,以获得使用水轮机的PLTMH的最大输出和效率。通过对获得的原始数据进行计算,采用定量实验方法。原型吗?测试|在这个{研究中使用了^各种空气!压力,包括5psi, 9psi, 13psi, 17psi, 21psi和25psi。根据研究结果,增加给定的空气压力*值*将使MHP性能继续提高。|(获得最大输出! !是吗?当^ !水压最大,为25磅/平方英寸,在与直流发电机连接之前,涡轮转速为838转/分,与发电机连接后,涡轮转速为672.6转/分,发电机的转速为938.4转/分。电压为8.55伏,发电机电流为1.044安培,发电机功率为8.93瓦,扭矩为0.127 Nm,涡轮效率为1.08%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH VARIASI TEKANAN AIR TERHADAP PUTARAN TURBIN DAN DAYA OUTPUT YANG DIHASILKAN PROTOTYPE PLTMH MENGGUNAKAN TURBIN TURGO
Turgo turbine|is}one^type^of|impulse^turbine{that{is often used!in MHP (Microhydro Power Plant) which has a high head due to the sharp curvature of the blade. The case in turgo turbines is that{the|head!is?still)incorrect, because:this^type^of{turbine{uses*a!high(head-tousing turgo turbines, in|”order{to(be)able:to”carry|out air pressure effect tests to obtain maximum output and efficiency in PLTMH using turgo turbines. The quantitative experimental method is carried out by calculating the primary data obtained. Prototype?testing|in]this{research used^various air!pressures, including 5 psi, 9 psi, 13 psi, 17 psi, 21 psi, and 25 psi. Based on the results of the study, increasing the*value*of^air^pressure given will cause MHP performance to continue to)increase.|The[maximum output!obtained!is?when^the!water^pressure^is the greatest which is 25 psi which|produces:a|turbine rotation of 838 rpm|before being|coupled with a DC generator and 672.6 rpm after being coupled with a generator, the rotation of the generator is 938.4 rpm, generator. voltage is 8.55 volts, and generator current is 1.044 Ampere, Generator Power 8.93 Watt, Torque 0.127 Nm with turbine efficiency 1.08%.
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