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Electric hydraulic power steering system control unit
Application scenario: 1. The belt pulley drive of the traditional hydraulic power steering system is replaced by the oil pump motor drive. 2. Work according to actual needs, which can improve fuel efficiency and reduce carbon dioxide emissions by about 3%. 3. It can achieve the fuel economy of electric power steering system, but the system change cost is lower.
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Electronic oil pump control unit
Application scenario: 1. The belt pulley drive of the traditional hydraulic system is replaced by the oil pump motor drive. 2. Provide hydraulic oil to control all clutches and brakes to achieve gear shifting, and ensure that the connecting elements can stably transmit torque without slipping. 3. Provide enough lubricating oil to cool the automatic transmission.
Electronic water pump control unit
Application scenario: 1. The working condition of the water pump can be adjusted at will. It can not only help to raise the temperature rapidly during cold start, but also reduce energy consumption. It can also work under full load when heat is dissipated with high power, and is not controlled by the engine speed, so the water temperature can be well controlled. 2. After the engine is turned off, the warm air can still be used. There is also an extended parking warm air function. After the engine is turned off, it will automatically run for a period of time to dissipate heat for the turbine.
Electric park execution module
Application scenario: 1. The motor drives the parking locking mechanism to lock the output shaft of the reducer. A pawl is set inside the gearbox to lock the gear on the output shaft to form a mechanical lock, so that the drive axle can be clamped to fix the vehicle. 2. Legal safety requirements to achieve intelligent control of gear P and improve vehicle safety performance.
Electronic shift actuator module
Application scenario: 1. The module integrates motor and its controller, gear reducer and output angle sensor. According to the vehicle shift command, the controller drives the motor to drive the shift fork to perform the shift action after decelerating through the reducer, so as to realize the electronic shift function. 2. Two gear switching with different reduction ratios can achieve higher efficiency of the drive motor in the full speed range and improve the endurance of the electric vehicle.
Gas booster pump
Application scenario: 1. The low-pressure pump is used to replace the conventional wound self pressurization system, reducing the leakage risk of the gas supply system caused by multiple welding points of the wound self pressurization system. 2. The gas pump can quickly pressurize the gas cylinder and provide sufficient power for the whole vehicle. 3. The speed is up to 5.5Wrpm, which can boost the pressure rapidly.
BCM - body electronic controller
Application scenario: Control the functions of light, wiper, door lock, window, rearview mirror, RF module and other scattered electronic modules of the body to realize the functions of automatic headlight, automatic wiper, automatic dehumidification, automatic temperature control, automatic window lifting, etc.
DSM seat control module
Application scenario: 1. Adjust the seat to provide a more comfortable seat environment for passengers. 2. Temperature detection to realize heating and ventilation functions.
DKS digital key
1. Based on Bluetooth/NFC/UWB technology, realize remote control, keyless entry, keyless start, intelligent welcome and intelligent entry. 2. Vehicle sharing authorization and vehicle information synchronization. 3. Real time positioning, car tracking, biometric binding.
PEPS Passive Entry&Passive Start
Application scenario: 1. When approaching the vehicle with the vehicle key, when pressing the vehicle button or pulling the door handle, the vehicle receives the signal of ignition or unlocking, and sends the signal to the low-frequency antenna. 2. The LF antenna receives the signal and sends the LF trigger signal to the vehicle key. 3. The vehicle key receives low-frequency trigger signal and sends high-frequency unlocking signal. 4. The high frequency receives the unlocking signal, and the whole vehicle is unlocked or ignited.
Camera
Application scenario: 1. Monitor the environment inside and around the vehicle. 2. Reversing camera and lane keeping aid.