储能水管-冲击式水轮机发电系统设计及发电效益分析

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摘  要：冲击式水轮发电系统可以将水能转换为电能，同时满足水资源、电能的双重能源需求。在设计冲击式水轮发电系统的过程中需要对其关键部位进行设计，冲击式水轮发电系统的设计效果直接关系到水电能源转换效率。因此要求最终设计的冲击式水轮发电系统性能更高，并具有良好的发电效益。

关键词：冲击式水轮发电;电能;水能

中图分类号：TV734.1      文献标志码：A          文章编号：2095-2945（2022）19-0111-04

Abstract： Impulse turbine power generation system can convert water energy into electric energy and thus meet the dual energy needs of water resources and electric energy at the same time. In the process of designing the impulse hydraulic power generation system， its key parts need to be designed. The design effect of the impulse hydraulic power generation system is directly related to the water electric energy conversion efficiency. Therefore， the final designed impulse turbine power generation system is required to have higher performance and good power generation benefits.

Keywords： impulse turbine power generation; electric energy; hydropower

高处落下的流水是冲击式水轮发电系统转动的唯一动能，这一过程实现了动能和势能的转换，下落水流推动发电机主轴，发电机被流水推动以后即可发电，转轮在这一过程中发挥主要作用，因此转轮是冲击式水轮发电系统的核心部件，冲击式水轮发电系统可以按照机型进行细分。（剩余3103字）