Simulation And Analysis Of Solar Based Water Pump System Using Separately Excited DC Motor With Different Converter Topologies

Kalyan Singh Malviya, S. Nema, S. Gawre
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Abstract

This paper presents Simulation and Analysis of Solar Based Water Pump System Using Separately Excited DC Motor for a good selection of DC-DC converter and smooth starting of motor. This work also compares the three DC-DC converters i.e. Boost, Cuk, and SEPIC converters one after the other, and their appearance is analyzed for pumping system application and simple starting of the separately excited DC motor is achieved by gating the switch of the converter through the direct duty ratio controller system and their result demonstrates that the SEPIC converter is a companionable arrangement for a solar photovoltaic cell (SPVC) based water pump system and the findings of various parameters obtained at the output of the three converters, as well as the motor and centrifugal pump output parameters.
不同变换器拓扑下分励直流电动机太阳能水泵系统仿真与分析
本文对分励直流电机太阳能水泵系统进行了仿真分析,为合理选择DC-DC变换器和顺利启动电机提供了理论依据。这项工作还比较了三种DC-DC转换器,即Boost, Cuk和SEPIC转换器。在水泵系统应用中,分析了它们的外观,并通过直接占空比控制系统对变流器的开关进行门控,实现了分激直流电机的简单启动。结果表明,SEPIC变流器是太阳能光伏电池(SPVC)水泵系统的理想配置,并得到了三个变流器输出的各种参数的结果。以及电机和离心泵的输出参数。
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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