Excitation of a micro hydroelectric power plant asynchronous generator through capacitor elements and adjustment of the output voltage
Abstract
This article studies the methods of excitation of a micro-hydroelectric power plant asynchronous generator through capacitor elements and adjustment of the output voltage. The self-excitation process of asynchronous generators and the influence of capacitor capacitance on their output parameters were analyzed. According to the results of the study, it was found that an increase in capacitance leads to an increase in the output voltage and power of the generator. In addition, the output voltage and current oscillograms, as well as the relationship between capacitor capacitance and output parameters, were analyzed using graphs and tables. The results obtained serve as the basis for the effective use of asynchronous generators in micro-hydroelectric power plants.
References
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