Analysis of The Utilization of Solar Panels as Pump Crusters Automatically in Fish Pond Farming

S. Suwarti, Y. H., Ahmad Hamim Su'udy, Budhi Agung Prasetyo, M. Margana, Wiwik Purwati W, S. Supriyo
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Abstract

Abstract— The purpose of making this final task is to apply the solar power system as a source of electrical energy to move the water pump automatically in fish ponds. This system works automatically with the Water Level Control tool sensor (WLC), so that if the water level drops or rises then the water pump will automatically work. On this automated system use the Smart Relay SR2B121BD and the ZelioSoft 2 application. Data retrieval carried out at 10.00 -14.00 WIB, obtained data pumps 1 and 2 for a height of 1 cm for 30 minutes and a height of 2 cm for 70 minutes. The amount of discharge the pump produces 1 and 2 ranges from 37 L/M to 45 L/M.  Pump 1 Test results obtained an average efficiency of 7.68%, with the highest efficiency of 11.03% and the lowest efficiency of 5.26%, while the average pump efficiency of 2, 7.05% with the highest efficiency of 10.66% and the lowest efficiency of 5.41%. The average efficiency of the solar panels is 11.20% with the highest efficiency of 14.60% and the lowest efficiency of 7.29%. 
太阳能电池板作为泵壳在鱼塘养殖中的应用分析
摘要——完成这项最终任务的目的是将太阳能系统作为电能来源,在鱼塘中自动移动水泵。该系统与水位控制工具传感器(WLC)一起自动工作,因此,如果水位下降或上升,水泵将自动工作。在这个自动化系统上,使用智能继电器SR2B121BD和ZelioSoft 2应用程序。在10.00-14.00 WIB下进行的数据检索,获得了高度为1cm的数据泵1和2,持续30分钟,高度为2cm的数据泵2,持续70分钟。泵产生的排放量1和2的范围从37L/M到45L/M。泵1测试结果获得平均效率7.68%,最高效率11.03%,最低效率5.26%,而平均泵效率为2.705%,最高效率10.66%,最低效率5.41%。太阳能电池板的平均效率为11.20%,最高效率14.60%,最低效率7.29%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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