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Irrigation water as a renewable energy source in pico hydropower generation

机译:微型水力发电中的灌溉水作为可再生能源

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This paper presents the initiation of the single-phase induction machine working as a self-excited induction generator through the cross-flow turbine, which runs by the irrigation water and generated power used for low power appliances. Instead of conventional synchronous generators, these self-excited induction generators are suitable for renewable energy sources like wind power generation systems, micro, and Pico hydropower generation system. In this paper laboratory test results of single-phase, 1 HP induction machine has been discussed. The self-excitation attained by shunt connected capacitors to the main winding and auxiliary winding kept open. Resistive and reactive loads are connected to the main winding. The required voltage and frequency from the induction generator, with and without a controller for the resistive and reactive load has been discussed. Thyristor controlled reactor has been used as a voltage controller and a required pulse is generated by Arduino Uno.
机译:本文介绍了单相感应电机通过横流式涡轮机作为自励式感应发电机的启动方式,该涡轮机由灌溉水和用于低功率设备的发电驱动。这些自励感应发电机代替传统的同步发电机,适用于可再生能源,例如风力发电系统,微型和Pico水力发电系统。本文讨论了单相1 HP感应电机的实验室测试结果。通过并联连接到主绕组和辅助绕组的电容器获得的自激保持开路。电阻性负载和电抗性负载连接到主绕组。讨论了带有和不带有用于电阻性和电抗性负载的控制器的感应发电机所需的电压和频率。晶闸管控制电抗器已被用作电压控制器,并且由Arduino Uno生成所需的脉冲。

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