Products
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EV Battery Cooling System (BTMS) for Electric Bus Commercial Vehicle Heavy Duty Truck
Our EV Battery Cooling System (BTMS) delivers highly efficient and precise thermal management for electric vehicle batteries. It stabilizes battery temperature in all working conditions, effectively improving performance and extending service life. With fast heat dissipation, it supports high-power charging and safe operation. The system features high reliability, compact structure, and strong adaptability for electric buses, trucks and passenger vehicles. It enhances safety, reduces energy consumption, and provides a stable, long-lasting solution for modern electric vehicles.
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Battery Thermal Management System (BTMS) for electric buses, electric trucks good quality
Battery Thermal Management System (BTMS) is a critical subsystem designed to maintain the temperature of battery packs within an optimal range during charging, discharging, and idle states. Its core goal is to ensure battery safety, prolong cycle life, and maintain stable performance.
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Electric air compressor for electric vehicles(Oil-free Piston Compressor )
The electric air compressor for electric vehicles is a core component tailored to the operational needs of electric vehicles. Unlike traditional fuel – powered vehicles that can rely on engines to drive air compressors, electric vehicles have no engine, so this dedicated electric air compressor assumes the responsibility of supplying air for multiple key systems of the vehicle.
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Electric air compressor for braking (exclusive for commercial vehicles, standard)
Electric air compressor for braking (exclusive for commercial vehicles, standard)
It is an exclusive core component for electric buses, electric heavy/light trucks, and large logistics vehicles. It replaces the air compressor driven by the engine in traditional fuel commercial vehicles and provides high-pressure compressed air for the commercial vehicle air brake system. It is a key guarantee for the driving safety of electric commercial vehicles (most passenger cars use hydraulic brakes and do not require this component). -
Electric air compressor for electric buses, trucks, cars (Oil-free Piston Compressor )
Oil – free piston compressor for electric vehicles is a crucial component that supplies compressed air for the vehicle’s air – brake system, air suspension, and other pneumatic systems.
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Electric air compressor for braking electric trucks and electric buses
Electric truck/bus brake dedicated electric air compressor
This type of air compressor is the core power source for the air pressure braking system of electric commercial vehicles (trucks/buses), designed specifically for electric heavy-duty trucks, light trucks, and urban buses/passenger buses. It replaces the mechanical air compressor driven by the engine belt of traditional fuel commercial vehicles and generates high-pressure compressed air through the vehicle’s high-voltage electric drive, providing a stable air source for commercial vehicle air pressure braking, parking braking, and various pneumatic accessories. It is an essential standard component for the safety of electric commercial vehicle driving. Without this component, the air pressure braking system cannot work at all. -
Electric vehicle (EV) vane compressors for electric buses, trucks
Electric vehicle (EV) vane compressors are compact, low – noise positive – displacement compressors. They are mainly used for on – board air supply (pneumatic brakes, suspension) and thermal management (air – conditioning/refrigeration), and are available in oil – lubricated and oil – free versions, driven by high – voltage (400V/800V) electric motors with integrated controllers.
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NF GROUP New Design BTMS Thermal Management System for Electric Vehicles
NF GROUP battery thermostatic management water-cooling unit obtains low-temperature antifreeze by evaporative cooling of refrigerant.
The low-temperature antifreeze takes away the heat generated by the battery through convection heat exchange under the action of the water pump. The liquid heat transfer coefficient is high, the heat capacity is large, and the cooling speed is fast, which is better for reducing the maximum temperature and maintaining the temperature consistency of the battery pack.
Similarly, when the weather is cold, it can get the high-temperature antifreeze heater, and the convection exchange heats the battery pack to maintain the best effect of the battery pack.
