Perancangan Load Controller 1300 Watt Sebagai Pengendali Tegangan Generator Induksi Tiga Fasa

Hanny Madiawati, Dedi Nono Suharno
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Abstract

Electrical energy is a very vital need for everyone. This has triggered the development of technology in the field of electric power generation that has high and low power. Low power plants usually use diesel, micro hydro, and wind sources. The generation system generally uses a three or one phase AC induction generator. The induction generator has many advantages but also some disadvantages. One of the drawbacks is that the resulting output voltage changes with its loading value. In order for the generator output voltage to be constant even though the load changes, a voltage control system is needed. In this research, Arduino-based induction generator output voltage control system has been designed. This control system utilizes dummy load as an additional load so that the load power supplied by the generator remains even though the main load changes so that the generator output voltage can be constant. With this voltage control system, it can suppress the change in output voltage to be less than ± 5% of the nominal voltage value.
电能对每个人来说都是至关重要的。这引发了高功率和低功率发电领域技术的发展。低功率发电厂通常使用柴油、微型水力发电和风力发电。发电系统一般采用三相或单相交流感应发电机。感应发电机有许多优点,但也有一些缺点。缺点之一是产生的输出电压随其负载值而变化。为了使发电机的输出电压在负荷变化时保持恒定,需要一个电压控制系统。本研究设计了基于arduino的感应发电机输出电压控制系统。该控制系统利用虚拟负载作为附加负载,使发电机提供的负载功率保持不变,即使主负载发生变化,发电机输出电压可以恒定。使用该电压控制系统,可以将输出电压的变化抑制在标称电压值的±5%以内。
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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