e.g. Coolant Temperature Sensor. Collects temperature signals of coolant, battery, motor and other components, feeds data to ECU / VCU for cooling‑strategy control. Automotive temperature sensors, represented by coolant temperature sensors, are the core perception components of vehicle thermal management and electronic control systems. They undertake real-time temperature monitoring of key vehicle components, provide accurate
High‑voltage / Low‑pressure Sensor, monitors pressure of refrigerant, coolant and brake circuits. High‑pressure variants are used for new‑energy high‑voltage system monitoring. Automotive high and low pressure sensors are key electronic sensing components for vehicle fluid loop and high-voltage system monitoring. They are responsible for real-time pressure detection of refrigerant, coolant and brake medium, and provide
Electrically heats coolant. Rapidly raises temperature of battery and cabin circuits under low‑temperature conditions to improve cold‑range performance and cabin comfort. The coolant heating element is a core thermal management component specially developed for new energy vehicles to solve low-temperature working defects. Traditional fuel vehicles rely on engine waste heat for heating, while pure electric
Regulates flow rate of coolant and refrigerant, switches cooling circuit paths to distribute flow within thermal management loops. Automotive thermal management regulating valves are core executive components of vehicle intelligent thermal management systems. With the electrification and intelligence of automobiles, traditional fixed-flow thermal management circuits have been gradually replaced by electronically controlled adjustable valve systems.
Pipeline components for thermal management and vacuum circuits. Deliver coolant, refrigerant and vacuum medium for fluid transmission and pressure conduction. Automotive aluminum tubes, rubber hoses and vacuum hoses are fundamental fluid transmission components of vehicle thermal management, braking and HVAC systems. They undertake the transmission of coolant, refrigerant and vacuum medium, supporting the normal operation
Core component of HVAC system, compresses refrigerant for cabin cooling. New energy vehicles adopt motor driven electric compressors. Air Conditioning Compressor Air‑conditioning compressor acts as the heart of vehicle HVAC systems. It compresses refrigerant to complete thermodynamic refrigeration cycles for cabin cooling. New‑energy vehicles adopt high‑voltage motor‑driven electric compressors instead of belt‑driven mechanical compressors used
Provides vacuum source for brake booster. Electric vacuum pumps are widely adopted on new‑energy vehicles without engine intake vacuum. Automotive vacuum pump supplies negative‑pressure source for brake booster systems. With the rapid penetration of new‑energy vehicles, mechanical pumps driven by internal‑combustion engines are gradually replaced by electric vacuum pumps, because EVs lack intake manifold vacuum
Brushless‑motor driven, operates independent of engine speed to circulate coolant. Used for cooling inverters, drive motors and batteries. Key thermal‑management part for HEV /range‑extended vehicles; post‑cooling available after engine shutdown. The automotive electric coolant pump is a core actuator of modern vehicle thermal management, widely deployed in hybrid‑electric, range‑extended and battery‑electric passenger and commercial vehicles.
Provides adaption between vehicle charging port and external charging equipment for AC slow charging conversion; some versions are equipped with communication and protection functions. Charging Adapter Top‑10 Global Brands TE Connectivity, Amphenol, Leoni, Bosch, Continental, DENSO, Yazaki, Valeo, BorgWarner, Phoenix Contact. Global suppliers provide vehicle‑grade charging adapters, connectors and wiring harness components for global EV
Converts high‑voltage DC power from traction battery into AC power for drive motor; supports energy‑recovery inversion. Core power component of electric‑drivetrain system. Top‑10 Global Brands Bosch, ZF, Continental, BorgWarner, DENSO, Vitesco Technologies, Magna, Valeo, Infineon (power‑semiconductor solution), Nidec. Global suppliers provide automotive traction inverters for BEV and PHEV platforms, adopting IGBT or SiC MOSFET power