DESIGN OF ELECTRICAL-MECHANICAL COMPONENTS OF MICRO HYDRO POWER PLANT PLANTED WATER IN MANDURIANG VILLAGE SOUTH OKU DISTRICT
Abstract
Manduriang Village has the potential for waterfall water, which has been used as a driving force for Micro Hydro Power Plants (MHP). Based on field observations, it was found that the conditions of the PLTMH Manduriang constituent components were built simply and did not match the MHP electrical technical criteria. From these problems, an evaluation of the MHP Manduriang and the technical design of the MHP that is suitable for potential and refers to the various criteria for MHP development was carried out. The research stages include : 1). Measuring the channel cross-section and flow rate, 2). Determination of MHP design discharge, 3). Selection of turbine type, generator type, and control panel, 4). Calculation of MHP energy output and installed capacity; and 5). Load management planning. Based on the evaluation results that with an ideal design discharge of 0.282 m3 / s and an effective head of 11 m, the compatible mechanical-electrical components are the Crossflow turbine and a 1-phase synchronous generator with a capacity of 21.25 kVA equipped with ELC and ballast load with a capacity of 25 kVA. PLTMH Manduriang Waterfall can supply 47 load points with an installed capacity of 450 VA / load point.
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References
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