PKM PENERAPAN PLTS PADA KAWASAN PERTANIAN HIDROGANIK PADI DI BENGKEL MIMPI KABUPATEN MALANG

Hery Budiyanto, A. B. Setiawan, Aris Siswati
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Abstract

Currently, rice farming land is getting narrower because it is pressed for housing. Ways are needed to utilize narrow land to develop a rice farming system, including hydrogenic farming, which is an organic cultivation system by planting rice on humus soil in plastic cups planted in a row of paralon pipes above fish ponds, integrating a hydro system (water circulation) nutritious and organic systems (without chemical fertilizers). This Community Partnership Program aims to deal with the problems experienced by service partners, namely the Self-help Agricultural and Rural Training Center "Bengkel Mimpi" in Malang Regency which carries out hydroganic rice cultivation, namely how to obtain alternative sources of electricity so that financial expenditures for electricity can be increased. So far, only state electricity company can save more/reduce, so that the solution and output target implemented in overcoming these problems is in the form of a solar power plant which is used to drive 12 hydraulic water pumps. The method of service is action research: discussion, design and application of solar power plants. After going through technical calculations, 6 100 wp solar panels were installed, complete with support brackets, 3 100 AH batteries, 1 solar charge controller, 1 3000 WA inverter, 12 water pumps. The advantage of this solar power plant is the design aspect of the solar panel support bracket which is made attractively resembles the shape of a sunflower. The test results have been carried out in sunny conditions this solar power plant produces 2,144 Watt Hours. The output of this Community Partnership Program can be used as a model for alternative sources of electricity in other villages nationally, especially on hydrogenic and hydroponic agricultural lands which are located far from the state electricity network. Keywords: hydrogenic rice, action research, solar power generation
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目前,由于住宅建设的压力,种植水稻的土地越来越窄。需要利用狭窄的土地开发水稻耕作系统的方法,包括氢耕作。氢耕作是一种有机耕作系统,在腐殖质土壤上种植水稻,并在鱼塘上方的一排排水管中种植塑料杯,将水力系统(水循环)营养和有机系统(不使用化学肥料)结合起来。这个社区伙伴计划旨在解决服务伙伴,即玛琅县的农业和农村自助培训中心“Bengkel Mimpi”所遇到的问题,该中心开展水培水稻,即如何获得替代电力来源,从而增加电力财政支出。到目前为止,只有国有电力公司可以节省更多/减少,所以克服这些问题的解决方案和产量目标是以太阳能发电厂的形式实施的,该发电厂用于驱动12台液压水泵。服务的方法是行动研究:太阳能电站的讨论、设计和应用。经过技术计算,安装了6块100 wp太阳能电池板,并配有支架,3块100 AH电池,1个太阳能充电控制器,1个3000 WA逆变器,12个水泵。这个太阳能发电厂的优点是太阳能电池板支撑支架的设计方面,它的形状很吸引人,类似于向日葵的形状。测试结果是在阳光充足的条件下进行的,该太阳能发电厂产生2144瓦时。这个社区合作项目的成果可以作为全国其他村庄替代电力来源的典范,特别是在远离国家电网的氢能和水培农业用地上。关键词:氢水稻,行动研究,太阳能发电
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