Modelling the Processes of Hydraulic Commutation in an Electro-Hydraulic Pumping Unit Driven by an Asynchronous Motor

The integrated electric-hydraulic pump has the advantages of no leakage, compact structure, and low noise. Here, we propose a novel integrated electric-hydraulic vane pump (IEHVP) to solve the problem of low reliability of the existing ordinary axially arranged hydraulic oil source in the harsh deep-sea environments. IEVP combines an external-rotor brushless motor and a balanced vane pump. In order to obtain the external characteristic curve of the designed IEHVP, the theoretical analysis of coupling analysis between the operating characteristics of the electric motor and the vane pump is designed. The results reveal that the output flow of the proposed IEHVP increases linearly with the increase of the input voltage and decreases non-linearly as the outlet pressure increase. Finally, the proposed IEHVP is tested. The relationship between the output flow and volumetric efficiency and its outlet pressure and input voltage is obtained. The experimental results verify the characteristics of the proposed IEHVP design.

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Modelling the Processes of Hydraulic Commutation in an Electro-Hydraulic Pumping Unit Driven by an Asynchronous Motor

Cited by 2 publications

References 5 publications

Design and validation of electro-hydraulic pumping unit for smart manufacturing

Design and validation of electro-hydraulic pumping unit for smart manufacturing

Design and Experimental Verification on Performance of a Novel Integrated Electro-Hydraulic Vane Pump

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