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Motor is the core energy consumption node of mechanical mining system, and also the key point of energy saving potential of mechanical mining system. At present, there are two main problems in the use of matching motor of mechanical oil production system: one is that the types of oil well motor are complex and the performance index is uneven; the other is that the oil well working conditions are complex and diverse, and there is no basis for motor selection. In view of the above problems, in order to reduce the power consumption of high energy consumption motor, improve the rationality and scientificity of oil well energy-saving motor selection and matching work, effectively improve the operation efficiency of mechanical production system and reduce energy consumption, the adaptability of oil well energy-saving motor is carried out. Taking the energy-saving motor of oil pumping unit as the research object, through no-load, locked rotor, pumping unit simulated load, field calibration and other testing means This paper evaluates the comprehensive quality of the energy-saving motor of oil well from the systematic point of view, and studies the optimization method of the matching between the energy-saving motor and the pumping unit.

Adaptability Analysis and Optimization of Oil Well Energy Saving Motor