Electronic water pump: the product is suitable for 12V and 24 V voltage platform, supporting PWM/LIN speed control, with an efficiency of about 38%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used in automotive thermal management systems, such as engine intercooler, new energy vehicle heater, battery and motor cooling, automotive thermal management system integration module. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Electronic water pump: the product is suitable for 12V and 24 V voltage platform, supporting PWM/LIN speed control, with an efficiency of about 45%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used for electric bus battery and motor cooling, as well as charging station unit cooling. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Electronic water pump: the product is suitable for 12V voltage platform, supporting LIN communication speed control, with an efficiency of about 50%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used in automotive engine cooling, replacing the traditional engine mechanical water pump. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Electronic water pump: the product is suitable for 24V voltage platform, supporting CAN communication speed control, with an efficiency of about 50%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used in hydrogen fuel cell stack, energy storage cooling. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Electronic water pump: the product is suitable for 550V high voltage platform, compatible with 12V/24 V CAN communication speed control, with an efficiency of about 50%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used in hydrogen fuel cell stack, energy storage cooling. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Electronic water pump: the product is suitable for 12V voltage platform, supporting PWM speed control, with an efficiency of about 30%; DC brushless motor design, with good reliability, low noise, low power, long life and other characteristics. It is mainly used in thermal management systems, server liquid cooling. The product has functions such as fault diagnosis, reverse connection protection, over/undervoltage protection, over-temperature protection, over-current protection, locked-rotor protection, no-load protection and other full diagnostic output functions as well as real-time working status feedback function.

Thermal management integrated module: through the electronic water valve with multi-way valve structure, the relative positions between the three-dimensional channels at all levels in the valve core and the valve ports on the valve body are changed at different angles, so that the communication state of each valve port can be switched, and finally the full-mode switching coverage of the battery circuit, the electric drive circuit and the warm air circuit can be realized. Flexible adjustment is carried out by using the position and relative angle relationship, so that the combination of the communication relationship transformation between the valve ports is achieved, and the full scene coverage is realized, so that the simplification of the system hardware and the enrichment of the application level are realized, and the hardware-level support is provided for intelligent and all-digital applications. The design of integrated high-temperature management system and the integrated and miniaturized design of the thermal management system can reduce the connecting pipes between parts in the thermal management system, optimize the layout space and reduce the occupied space; On the one hand, the production cost is reduced, on the other hand, the heat loss of the cooling liquid in the pipeline is reduced, and the energy consumption of the whole vehicle is optimized

Thermal management control valve: used for flow distribution and temperature regulation of coolant circuit of new energy vehicle/engine, equipped with diagnosis and fault feedback function, providing basic support for thermal management system of new energy vehicle, mainly including electronic actuator, valve body, dynamic sealing mechanism, water pipe, shaft seal, bearing, etc. The self-made rate of products is more than 80%, including assembly, injection molding, PCBA patch, brushless motor, etc.

Thermal management control valve: used for flow distribution and temperature regulation of coolant circuit of new energy vehicle/engine, equipped with diagnosis and fault feedback function, providing basic support for thermal management system of new energy vehicle, mainly including electronic actuator, valve body, dynamic sealing mechanism, water pipe, shaft seal, bearing, etc., with a self-made rate of more than 80%, including assembly, injection molding, PCBA patch, brushless motor.

Thermal management control valve: used for flow distribution and temperature regulation of coolant circuit of new energy vehicle/engine, equipped with diagnosis and fault feedback function, providing basic support for thermal management system of new energy vehicle, mainly including electronic actuator, valve body, dynamic sealing mechanism, water pipe, shaft seal, bearing, etc., with a self-made rate of more than 80%, including assembly, injection molding, PCBA patch, brushless motor.

Thermal management control valve: used for flow distribution and temperature regulation of coolant circuit of new energy vehicle/engine, equipped with diagnosis and fault feedback function, providing basic support for thermal management system of new energy vehicle, mainly including electronic actuator, valve body, dynamic sealing mechanism, water pipe, shaft seal, bearing, etc., with a self-made rate of more than 80%, including assembly, injection molding, PCBA patch, brushless motor.