液压驱动负载太阳能水泵系统仿真与分析

Jagabandhu Majhi, S. Nema, D. Verma
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引用次数: 0

摘要

本文介绍了太阳能液压驱动负荷抽水系统的建模与仿真。如今,基于光伏的抽水系统越来越多地用于印度的灌溉目的。本文采用升压变换器将光伏阵列产生的电压升压,使分选直流电机平稳运行,驱动离心泵,离心泵的流体运动经正弦波控制器调节后作用于液压系统。实验结果证明了该驱动系统的实用性。提出了一种由太阳能电池板、DC - DC升压变换器、单独励磁绕线直流电机和离心泵驱动的直接耦合太阳能水泵系统的合理设计方法,并与液压系统进行了串联。利用MATLAB/ Simulink和MATLAB/ Sims cape实现了该模型。
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Simulation And Analysis Of Solar Based Water Pumping System For Hydraulic Actuated Load
This paper presents the modeling and simulation of water pumping system for hydraulic actuated load fed from solar energy. Now-a-days PV based water pumping system is increasingly used for irrigation purpose in India. In this paper, the boost converter steps up the voltage produced by the PV array for smooth running of a separately excited DC motor which then drives the Centrifugal Pump and the movement of fluid by the centrifugal pump is applied to the hydraulic system after regulated by sine wave controller. The Experimental performance presented provide the utility of such a drive system. A proper designing of directly coupled solar water pumping system powered from solar panels, DC to DC Boost converter, separately excited wound DC motor and centrifugal pump with hydraulic system in cascaded is presented. The model was implemented using MATLAB/ Simulink and MATLAB/ Sims cape.
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