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The Use of Solar Cell in Ground Water Irrigation to Support Agricultural Cultivation in Rainfed Field

机译:利用太阳能电池在地下水灌溉中支持旱田农业耕作

摘要

This research aims at developing the use of solar cell to water the ground water irrigation in order to support agricultural cultivation in rain-fed field. The location of this research was agricultural land (ricefield) in Singkarak village, X Koto Singkarak sub-district, Solok district. This research was conducted with the design and technical test of ground water irrigation with solar cell, the analysis of irrigation water demand with crop-wat and the analysis of financial feasibility. The result of analysis showed that the potential of solar energy in Singkarak village could be used to activate the water pump of irrigation. The result of measurement showed that battery which its capacity was 12 V and 100 Ah needed four hours to be charged by five units of 50 Wp panel PV. Battery as the source of power was able to activate water pump of 125 Watt for 7,52 hours and mean debit that was able to be pumped is 17,45 litre/minute. From 24 periods of plantation time planned in rain-fed field, there were only three periods of plantation that the operational hours of their water pumps were able to be covered by the battery namely January 2, February 2, and November 2. Based on the result of financial analysis, these three periods of plantation were financially feasible in their implementation because the value of B/C ratio > 1 and NPV > 0.
机译:这项研究的目的是开发利用太阳能电池为地下水灌溉的水,以支持雨养田的农业种植。这项研究的地点是Solok地区X Koto Singkarak街道Singkarak村的农业用地(稻田)。这项研究是利用太阳能电池进行地下水灌溉的设计和技术测试,利用作物秸秆进行灌溉需水分析以及财务可行性分析来进行的。分析结果表明,Singkarak村的太阳能潜力可用于激活灌溉水泵。测量结果表明,容量为12 V和100 Ah的电池需要用5个50 Wp的面板PV充电4小时。电池作为动力源,可以启动125瓦特的水泵达7,52小时,平均抽水量为17,45升/分钟。从雨水田地计划的24个种植期开始,只有三个种植期的电池可以覆盖其水泵的工作时间,即1月2日,2月2日和11月2日。财务分析的结果,这三个种植期的实施在财务上都是可行的,因为B / C值> 1,NPV> 0。

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    Yanti Delvi;

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  • 年度 2016
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