利用900wp离网太阳能电站对水培农民群体进行产品集约化

R. P. Prastio, Prisma Megantoro, S. Arifin, Dimas Dzaky Rafii Muhammad, Irsyad Hilmi, Sigit Dani Perkasa
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摘要

与一组水培农民合作,在东爪哇的Pasuruan开展了一项活动,作为社区服务实施的一部分。该活动旨在开发一个900兆瓦的太阳能发电厂,能够为水培系统的基本电气设备提供不间断运行的能量。这个想法是为了解决停电时的能源问题。此外,对公共电网的依赖也增加了电费的额外支出。根据观察,发电厂可靠地提供足够的能量来开启不同的水培电气设备。不充电可连续供电12小时,全年可启动160瓦的各种负载。而在白天,太阳能电池板为电池充电和其他负载提供能量。本次活动还开发了一些其他设施,包括UV塑料屋顶和增加生长灯,以促进植物的生长加速。塑料屋顶有效地降低了阳光强度,降低了植物所经历的热量,透射了对生长至关重要的特定波长,并防止雨水进入营养水箱。与此同时,生长灯刺激了植物更快的生长,并在植物受到过多的热量后迅速恢复,这些热量会导致它们看起来枯萎。因此,农民们现在对公共电网的依赖减少了,水培系统也更加耐候性强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE UTILIZATION OF 900 WP OFF-GRID SOLAR POWER PLANT FOR PRODUCT INTENSIFICATION OF A HYDROPONICS FARMER GROUP
In collaboration with a group of hydroponics farmers, an activity as a part of community service implementation has been carried out in Pasuruan, Eastern Java. The activity aims to develop a 900 Wp solar power plant capable of providing energy for running the essential electrical devices for the hydroponics system uninterrupted. This idea is to resolve the energy issue when the outage occurs. Moreover, the reliance on the public grid also adds additional expense for the electricity bill. Based on the observation, the power plant reliably provides sufficient energy to turn on different hydroponics electrical devices. It can supply energy for 12 hours without charging to activate, in total, 160 Watt of diverse loads all night long. While during the day, solar panels deliver energy for the batteries recharging and the other loads. Some other facilities are also developed in this activity, including UV plastic roof and addition of the grow lights to promote the plants’ growth acceleration. The plastic roof efficiently reduces the sunlight intensity to lower the heat experienced by the plants, transmits specific wavelengths crucial for growth, and prevents the rainwater from entering the nutrient water tank. Meanwhile, the grow lights stimulate faster growth and quickly recover the plants after receiving much heat that causes them to look wilt. As a result, the farmers are now less reliant on the public grid, and the hydroponics system is more weather-resistant.
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