3 pin 1J0906233 60402501 Waterproof Automotive Fit Terminals Housing Connector Butt Joint Parts Auto Parts 6.3 Series

Significant diagram of the series connected hybrid system
Second, parallel hybrid driving system
Compared with traditional cars and pure electric vehicles, hybrid vehicles (HEV) are the power system. For parallel and mixed -connected electric vehicles, the power coupling system (coupler) is responsible for combining HEV's multiple power to achieve reasonable power distribution between multi -power sources and pass the power to the driving bridge.
1. Hybrid vehicle power system hybrid form and function
(1) Mild mixing. Mild mixing has the function of idle speed, fast start, and energy recycling power generation.
(2) Moderate mix. Moderate mixing has the function of fast start, electric help, and energy recovery.
(3) Severe mixing. The severe mixing is characterized by mixing formula, which has the functions of fast starting, electric driving, internal combustion engine drivers, mixed drivers and energy recovery functions.
As the proportion of electricity has gradually increased and the degree of hybrids continues to increase, the hybrid system will eventually be fully mixed.
2. Electrical power coupling system function
The electrical power coupling system is in an important position in HEV development. Its performance is directly related to whether the performance of the HEV vehicle can meet the design requirements, which is the core part of HEV. Shows a schematic diagram of hybrid vehicle engines and electric motor power coupling and energy transmission routes. The electromechanical coupling systems of different structures make HEV's applicable conditions and requirements differently, and the difficulty of development is very different. The main functions of the electrical power coupling system are as follows.
Parallel mechanical coupling hybrid power structure Energy transmission signaling route
(1) Power synthesis function. It enters the power from different power sources and synthesize power.
(2) The output does not interfere. It allows the power output drive HEV separately from different power sources, or allows multiple power output to drive HEV together. It does not cause interference between each other and does not affect the transmission efficiency.
(3) Power decomposition and energy feedback function. It transmits all or part of the engine power to the motor, converts the motor into generators to power generation, recycle energy during regeneration, allows the motor to be in power generation, and converts mechanical energy to electrical energy for storage.
(4) Auxiliary function. It can give full play to the characteristics of the low -speed and large -scale electric motors to start HEV, and use the reversal characteristics of the motor to reverse the HEV to cancel the reverse gear mechanism of the drive system. Due to the different power and speed output characteristics of the engine and motor, the electromechanical coupling system needs to meet a number of complex power transmission and combination requirements.

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