采用采用像piko平台这样的运河规模的发电厂,将其安装在可容纳300瓦的灌溉管道中

M. Suyanto, Syafriyudin Syafriyudin, Subandi Subandi
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摘要

摘要:目的:替代能源的潜力是十分现实的,可以作为新能源和可再生能源的研究方向之一。比如灌溉用水的流动和印尼境内一直存在的太阳能。社区服务的目的,即引入混合动力小水电,用于街灯,周围的社区。方法:这项社区服务,利用灌溉水流创建一个小型发电系统,被命名为(微型水电)。为了增加输出功率,制造了一种混合系统,即picohydro (Ph)和太阳能电池板,以便更快地给电池充电,从而获得更大的功率。限制:配备水渠的水力发电机旨在提高水位并将水流集中到磨坊。结果:pico-hydro测试结果在直流发电机上产生13.2V的电压和2.3A的电流。而太阳能电池板的输出电压为13.43V,电流为2.23A。贡献:结论是水轮转速越高,发电机的电压和电流也会跟着增大。随着太阳能电池板变得越来越热,太阳光线增加,电压和电流增加。关键词:1。Picco-hydro 2。3.太阳能电池板水渠。电池
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Pengenalan Pembangkit Listrik Skala Pikohidro Model Kanal ditempatkan pada Saluran Irigasi Kapasitas 300 Watt
Abstract: Purpose: The potential of alternative energy that is quite realistic can be used as one of the studies in new and renewable energy. such as the flow of irrigation water and solar energy that is always there, in the territory of Indonesia. The purpose of community service, namely the introduction of hybrid pico-hydro, is used for street lights, around the neighborhood. Method: This community service, utilizing irrigation flows to create a small-scale power generation system is named (pico-hydro). To increase the output power capacity, a hybrid system is made, namely picohydro (Ph) and solar panels so that charging the battery is faster so that the power is greater. Limitation: The picohydro generator, equipped with a water canals, aims to raise the water level and focus the flow into the mill. Result: The test results on pico-hydro generate a voltage on a DC generator of 13.2V and a current of 2.3A. While the solar panel generates an output voltage of 13.43V and a current of 2.23A. Contribution: The conclusion is that the higher the rotation of the waterwheel, the voltage and current of the generator will follow up. As well as solar panels the getting hotter, the sun's light increases, the voltage and current increase. Keywords: 1. Picco-hydro 2. solar panels 3. water canals 4. batteries
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