Performance Analysis of Rotating Shaft of Air Compressor for Hydrogen Battery
Abstract
The rotating shaft is the key component of the air compressor connecting the bearing seat and turbine disk for hydrogen battery, and its working reliability affects the safety of the air compressor.The rotating shaft is the key component of the air
compressor for hydrogen energy battery connecting the bearing seat and turbine disk, and its working reliability affects the safety
and life of the air compressor. The performance analysis and comparison of the typical structure of the rotating shaft of an air compressor are carried out, which provides experimental data for the vibration of an air compressor and lays a theoretical foundation
for the relevant design of enterprises.
compressor for hydrogen energy battery connecting the bearing seat and turbine disk, and its working reliability affects the safety
and life of the air compressor. The performance analysis and comparison of the typical structure of the rotating shaft of an air compressor are carried out, which provides experimental data for the vibration of an air compressor and lays a theoretical foundation
for the relevant design of enterprises.
Keywords
Hydrogen energy battery; Air compressor; Performance analysis
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[1] Jin Caiyan, Xu Equation, Wu Menglong, Fan Junyan, Xin Jun. Rotor dynamics analysis of fuel cell centrifugal air compressor supported by air bearing [J]. Auto Parts, 2020 (11): 6-9.
[2] Donit W. Fuel Cells for Mobile Applicaios, Status, Rquirements and Future Application Podential[J].Int. J. Hydrogen Energy,1998,23(7);611-615.
[3] Cleghom S JC, Ren x, Springer T E, et al. PEM Fuel Cells for Transportation and Stationary Power Generation Applications [J].Int J.Hydrogen Energy.1997,22(12): 1137-1144.
[4] Zhao Yunan. Dynamic analysis of dump truck subframe based on ANSYS Workbench [D]. Inner Mongolia University of Technology, 2020.15-16.
DOI: http://dx.doi.org/10.18686/ahe.v6i15.5169
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