Electric Air Conditioning Compressor
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NF GROUP Electric Air Conditioning Compressor 14CC~80CC Electric AC Compressor
An electric air conditioning compressor is a core component specifically designed for electric vehicles (including pure electric and hybrid cars).
Unlike traditional fuel-powered vehicles that rely on an engine belt-driven compressor, this compressor is directly powered by the vehicle’s high-voltage battery, enabling higher efficiency and precise control.
NF GROUP offers air conditioning compressors that can be fully customized according to customer requirements.
The displacement range of our AC compressors spans from 14cc to 80cc, accommodating various electric vehicle platforms.
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NF GROUP Electric Air Conditioning Compressor for EV Vehicle
An electric air conditioning compressor is a core EV component—used in battery electric and hybrid vehicles. It’s powered directly by the vehicle’s high-voltage battery, replacing the engine-driven compressors in conventional cars. Key features: high efficiency, precise temperature control, low noise, and integrated heat pump functionality for seamless cooling/heating switching.
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NF GROUP Electric Air Conditioning Compressor 400V~800V Three-in-one Compressor
An electric air conditioning compressor is a core component specifically designed for electric vehicles (such as pure electric or hybrid cars). It is directly driven by the vehicle’s high-voltage battery, replacing the engine belt-driven compressor found in traditional fuel-powered vehicles. Its key features include high efficiency, precise temperature control, quiet operation, and often integrated heat pump functionality, allowing for efficient switching between cooling and heating modes.
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Electric Air Compressor for EV Cooling System
The commercial vehicle electric air conditioning compressor is the “cooling heart” of the air conditioning system for electric trucks and buses. Its core is to be independently driven from the engine and provide continuous and stable refrigerant compression power to the air conditioning system through motor and frequency conversion control. It is compatible with the architecture of new energy commercial vehicles, balancing refrigeration efficiency, energy saving, and reliability. It can also cooperate with battery thermal management and is the core component of commercial vehicle air conditioning systems.
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Electric Air Conditioner Compressor for Hybrid Vehicles
The automotive air conditioning compressor is the heart of the vehicle’s refrigeration system, serving to compress and transport refrigerant vapor.
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Electric Bus Air Conditioning Compressor
The commercial vehicle electric air conditioning compressor is the “cooling heart” of the air conditioning system for electric trucks and buses. Its core is to be independently driven from the engine and provide continuous and stable refrigerant compression power to the air conditioning system through motor and frequency conversion control. It is compatible with the architecture of new energy commercial vehicles, balancing refrigeration efficiency, energy saving, and reliability. It can also cooperate with battery thermal management and is the core component of commercial vehicle air conditioning systems.
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34CC 2KW Electric Scroll Automotive A/C Compressor
The automotive air conditioning compressor is the heart of the vehicle’s refrigeration system, serving to compress and transport refrigerant vapor.
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NEV Air Conditioning Electric Compressor
Electric air conditioning compressor is the core standard configuration of air conditioning/thermal management systems for all electrified vehicle models, and it is also an important component for the upgrade of hybrid/fuel vehicles. The core application is applied to electric vehicle models without engine direct drive power, and also covers some energy-saving fuel/hybrid models. It is suitable for all categories of vehicles from passenger cars to commercial vehicles and special vehicles, and different specifications (vortex/blade, high pressure/low pressure, ordinary/heat pump special) will be matched according to the usage scenario and temperature control requirements in different vehicle models. The core application revolves around the two core requirements of cabin temperature control and vehicle thermal management.
