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Simulink/MATLAB Model for Assessing the Use of a Centrifugal Pump as a Hydraulic Turbine

机译:用于评估将离心泵用作水轮机的Simulink / MATLAB模型

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A centrifugal pump used as a hydraulic turbine in producing power for a microhydropower system is multifaceted. Centrifugal pumps are far more ubiquitous than turbines in the turbomachinery market, therefore being more readily available to the consumer. Additionally, they are cheaper. Hydraulic turbines undergo rigorous CFD simulation design and testing to establish their blade geometries and ranges of operation. This results in a refined but very expensive final product. Centrifugal pumps are thus presented as a logical alternative seeing that they can physically perform the same task as a hydropower turbine albeit at a reduced efficiency. This paper presents the results of an analysis and simulation to assess the use of a centrifugal pump as a hydraulic turbine.
机译:在为微型水电系统发电时用作水轮机的离心泵是多方面的。离心泵比涡轮机械市场中的涡轮机普及得多,因此消费者更容易获得。此外,它们更便宜。水轮机经过严格的CFD模拟设计和测试,以确定其叶片几何形状和工作范围。这产生了精制但非常昂贵的最终产品。因此,离心泵被视为一种逻辑选择,因为它们可以降低效率,但在物理上可以执行与水力涡轮机相同的任务。本文介绍了分析和模拟的结果,以评估离心泵作为水轮机的使用。

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