Dynamic flow field response to blade count variations in a high-speed coolant pump for energy storage systems

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Analysis reveals energy performance peaks and flow dynamics in high-speed coolant pumps, suggesting optimal design specifications.

Energy performance increases with blade count until Z=6, suggesting an optimal blade configuration.
Experimental and computational fluid dynamics approaches demonstrate the effects of varying blade counts on flow stability.
Increased blade count reduces large-scale vortices and turbulence but may destabilize pressure uniformity.
Findings support enhanced design strategies for high-speed coolant pumps in energy storage applications.

Wang et al. (2025) studied this question.

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