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首页> 外文期刊>Journal of Power and Energy Engineering >Power Stabilization System with Counter-Rotating Type Pump-Turbine Unit for Renewable Energy
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Power Stabilization System with Counter-Rotating Type Pump-Turbine Unit for Renewable Energy

机译:具有可逆能源的反向旋转式水泵水轮机的电源稳定系统

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Traditional type pumped storage system contributes to adjust the electric power unbalance between day and night, in general. The pump-turbine unit is prepared for the power stabilization system, in this serial research, to provide the constant power with good quality for the grid system, even at the suddenly fluctuating/turbulent output from renewable energies. In the unit, the angular momentum changes through the front impeller/runner must be the same as that through the rear impeller/runner, that is, the axial flow at the outlet should be the same to the axial flow at the inlet. Such flow conditions are advantageous to work at not only the pumping mode but also the turbine mode. This work discusses experimentally the performance of the unit, and verifies that this type unit is very effective to both operating modes.
机译:通常,传统类型的抽水蓄能系统有助于调节白天和晚上之间的电力不平衡。在本系列研究中,水泵水轮机单元是为电力稳定系统准备的,即使在可再生能源突然波动/湍流的情况下,也能为电网系统提供优质的恒定功率。在装置中,通过前叶轮/流道的角动量变化必须与通过后叶轮/流道的角动量变化相同,即,出口处的轴向流应与入口处的轴向流相同。这样的流动条件有利于不仅在泵送模式而且在涡轮机模式下工作。这项工作实验性地讨论了该单元的性能,并验证了这种类型的单元对于两种操作模式都非常有效。

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