Utilization of Solar Panel Technology to Save Electricity Costs in Fish Farm Irrigation

Safira Fegi Nisrina, Mohammad Alfian Mudzakir, Basuki Rahmat
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Abstract

Solar panels are a medium that can convert solar energy into electrical energy. In this research, the solar panel system in the fish pond is used as air requirements for the survival of the fish so that the air supply is sufficient. The problem is that fish farming has cloudy water due to decreasing temperatures due to lack of irrigation. This condition really requires water flow using a pump to circulate water in the fish pond. Therefore, solar panels are needed to drive the water circulation pump, where these solar panels are an alternative energy source to replace electricity from the State Electricity Company (PLN).The purpose of using a solar panel system is as alternative energy that can supply a pump motor which functions to channel water from the well to the pond to keep it flowing. This is used as alternative electrical energy to replace energy sources originating from the State Electricity Company (PLN) and to reduce operational costs of electrical energy. The method used is to assemble and install 2 units of 100WP solar panels, then testing is carried out to measure the panel output power from 06.00 to 17.00. The average result of measuring solar panel power every 30 minutes is 24.48Watts per day, this condition was when the test was carried out when the weather was less sunny. However, this can still change to get maximum power depending on weather conditions, especially when the sun is hot.
利用太阳能电池板技术节省养鱼场灌溉电费
太阳能电池板是一种可以将太阳能转化为电能的介质。在这项研究中,鱼塘中的太阳能电池板系统被用作鱼类生存所需的空气,以保证充足的空气供应。问题在于,由于缺乏灌溉,鱼类养殖的水温不断下降,导致水质浑浊。在这种情况下,确实需要使用水泵在鱼塘中进行水流循环。因此,需要使用太阳能电池板来驱动水循环泵,这些太阳能电池板是替代国家电力公司(PLN)电力的替代能源。使用太阳能电池板系统的目的是作为替代能源,为水泵电机提供电力,使水泵电机能够将水从水井引向池塘,保持水流畅通。该系统可作为替代电力能源,取代来自国家电力公司(PLN)的能源,降低电力运营成本。采用的方法是组装和安装 2 块 100WP 太阳能电池板,然后进行测试,测量电池板在 6:00 至 17:00 期间的输出功率。每 30 分钟测量太阳能电池板功率的平均结果是每天 24.48 瓦特。不过,根据天气情况,特别是太阳火辣辣的时候,这个结果还是会发生变化,以获得最大功率。
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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