Motor power generator
A technology for generators and driving motors, applied in electrical components, electromechanical devices, etc., can solve problems such as insufficient battery life of power batteries, and achieve the effects of solving insufficient cruising range, improving energy density, and simple structural design
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Embodiment 1
[0035] In a specific embodiment, the figure 1 Motor generator assembly Motor generator assembly structure, motor M1, planetary gear speed increaser 107, generator G and motor generator assembly housing, the motor M1 includes a permanent magnet rotor 101, motor M1 stator winding 103 , the generator includes a permanent magnet rotor 104, a generator stator winding 106, the planet carrier of the planetary gear speed increaser 107 is connected to the rotating shaft of the motor M1, the sun gear shaft is connected to the rotating shaft of the generator G, and the motor-generator assembly shell The body is used to support the motor M1, the planetary gear speed increaser 107 and the generator G. When the motor M1 drives the planetary gear to force the generator to speed up and rotate, the energy density of the generator is amplified, and the motor M1 rotates once to generate electricity. The machine rotates multiple times, the output power of the generator is much higher than the pow...
Embodiment 2
[0037] In a specific embodiment, the figure 2 Motor generator total power control loop voltage self-running mode:
[0038] In the battery pack pressurization process, the battery pack pressurization module VT7 is turned on and VT11 is turned off, and the dual power conversion modules VT5 and VT6 are disconnected, the battery pack and L3 are discharged at the same time, and the boost is formed by PWM switching, VT8, VT9 , VT10, VT12, VT13, and VT14 are switched to supply power to the three-phase motor M1 through SPWM.
[0039] The generator rectification and filtering process, the rectification and voltage stabilization modules D1, D2, D3, D8, D9, D1, C1 rectification and filtering AC-DC conversion.
[0040] The DC-DC1 conversion process is completed through VT1, VT2, L2, T1, D6, D7, D13, L1, and C2.
[0041] DC1 conversion module; when VT1 and VT4 are turned on and VT2 and VT3 are turned off, a positive voltage is obtained on the transformer; when VT2 and VT3 are turned on ...
Embodiment 3
[0046] In a specific embodiment, the motor generator is connected to the grid to transmit electric energy, wherein the power of the motor M1 is 60KW, the power of the planetary gear is 400KW, and the power of the generator is 100KW. When the motor M1 drives the planetary gear to force the power generation The generator speeds up and rotates, the energy density of the generator is amplified, the output power of the generator is about 400KW, the rectification and voltage stabilization of the generator is connected to the input terminal of the multi-output DC-DC conversion module, and the DC-DC1 The rated voltage and current required by the load are supplied to the bus bar, the dual power supply conversion modules VT5 and VT6 are turned on, and the battery pack voltage booster modules VT7 and VT11 are turned off, so that the generator supplies circulating voltage to the motor M1 , to realize the voltage cycle, conversion and recombination of the motor generator, the output power o...
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