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Electric compressors are essential components in modern electric and hybrid vehicles, providing the compressed air needed for braking, suspension, door actuation, and air conditioning. They also play an important role in thermal and cabin comfort management by supporting the vehicle climate system, helping maintain stable temperatures for passengers while protecting key vehicle components.

Unlike traditional belt-driven compressors, electric compressors operate independently from the engine. Powered directly by the vehicle's high-voltage battery system, they deliver reliable performance, improved efficiency, and reduced energy consumption across a wide range of operating conditions.

Often referred to as an e compressor for electric vehicle applications, these systems are specifically designed to meet the demands of modern EV platforms.

EVX: Built for the Next Generation of eMobility

The transition to zero-emission transportation is transforming commercial vehicle design. OEMs are under increasing pressure to maximize battery capacity, reduce weight, optimize chassis space, and simplify vehicle integration, while maintaining the reliability fleets depend on.

EVX from Gardner Denver Transport Solutions was developed specifically for these evolving challenges. As the next generation of eMobility air compression, EVX delivers reliable compressed air performance in one of the smallest and lightest fully integrated packages in its class.

By combining compressor technology, integrated controls, vehicle communication, cooling integration, and oil management into a compact vehicle-ready solution, EVX helps manufacturers reduce complexity, free valuable installation space, and improve overall vehicle efficiency.

Smaller. Lighter. Quieter. Ready for the future of sustainable transport.

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Gardner Denver Transport Solutions EVX Electric Compressor

Electric Compressor Product Range

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TX Series Electric 'E' Compressor

Gardner Denver's latest generation TX Series compressors are specifically designed for electric buses and trucks, delivering efficient compressed air performance within compact installation envelopes.
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TV Series Electric Compressor

The TV Series provides high-quality compressed air for demanding applications ranging from buses and trucks to metro and rail systems.

Find the Right Electric Compressor for Your Application

Compressor

Flow Range

Pressure Range

Final Oil Content

Noise Level

Ambient Temperature Range

Electrical / Communication

EVX Electric Compressor

Up to 350 l/min

Up to 13.5 bar(g)

Integrated Oil Management

≤69 dB(A) at 1.0m free field

-

CAN (J1939 / UDS)

TX01 Electric Compressor

160 to 380 l/min

7 - 13.5 bar(g)

≤3.6 mg/m³*

≤69 dB(A) at 1.0m

-40°C to +65°C

-

TX02 Electric Compressor

210 - 450 l/min

7 - 13.5 bar(g)

≤3.6 mg/m³*

≤69 dB(A) at 1.0m

-30°C to 60°C

-

TX02 Compact Electric Compressor

210 - 450 l/min

7 - 13.5 bar(g)

-

≤69 dB(A) at 1.0m

-30°C to 60°C

-

80V Electric Compressor

210 - 450 l/min

Up to 13.5 bar(g)

≤3.6 mg/m³*

Low-noise operation

-

80V

TV01 Electric Compressor

90 - 260 l/min

7 - 12 bar(g)

≤5.0 mg/m³*

≤71 dB(A) at 1.0m

-20°C to 50°C

-

TV04 Electric Compressor

320 - 660 l/min

7 - 12 bar(g)

≤3.6 mg/m³*

≤71 dB(A) at 1.0m

-20°C to 50°C

-

TV01 Compact Electric Compressor

90 - 260 l/min

7 - 12 bar(g)

-

≤71 dB(A) at 1.0m

-20°C to 50°C

600V (500-820V) standard, 400V (150-470V) optional

How Electric Compressors Work

Electric compressors use an integrated electric motor to generate compressed air for critical vehicle systems.

Airflow and Main Components

  • Air Intake
  • Compression Chamber
  • Cooling System
  • Air Outlet
  • Control Unit

This design supports quiet operation, strong efficiency, and low wear, particularly in urban environments where frequent stop-start cycles are common.

EV compressor efficiency is influenced by motor load, battery output, cooling effectiveness, and the ability to match compressor speed to real-time air demand. When optimized, an electric air compressor can deliver reliable pressure while minimizing energy consumption and helping maximize vehicle range.

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Main Types of EV Compressors

When selecting an electric compressor, it is important to understand the technologies commonly used across electric and hybrid vehicle platforms.

Rotary Vane Electric Compressors

Widely used in commercial EVs due to their quiet operation, smooth airflow delivery, high reliability, and low wear characteristics.

Scroll Electric Compressors

Often selected for HVAC-related applications where compact size and efficiency are important.

Reciprocating (Piston) Compressors

Designed for applications requiring higher pressure output, although typically used less frequently in modern EV platforms.

Air Conditioning Compressors

Specialized compressors that support refrigeration and thermal management systems, helping maintain cabin comfort and battery temperature control.

The optimal compressor technology depends on vehicle layout, duty cycle, airflow requirements, pressure requirements, and integration constraints.

Why Choose Gardner Denver Transport Solutions?

Designed for Modern E-Mobility Platforms

Gardner Denver compressors have been developed specifically for electric and hydrogen-powered vehicles.

Benefits

  • Designed specifically for EV and hydrogen applications
  • Lightweight and modular installation
  • Quiet operation through rotary vane technology
  • High energy efficiency
  • Reduced maintenance requirements
  • Reliable performance for braking, suspension, HVAC, and auxiliary systems
  • Automotive-grade quality and durability

Electric Compressor Solutions for EV Applications

Gardner Denver works closely with vehicle manufacturers to develop compressor systems matched to the requirements of each platform.

Our solutions are engineered around real-world operating conditions, considering:

  • Required pressure and airflow
  • Duty cycle
  • Vehicle packaging constraints
  • Ambient operating conditions
  • Energy efficiency targets
  • Maintenance requirements

This ensures every compressor package delivers reliable performance while maximizing vehicle uptime and efficiency.

Electric Truck Applications

Configurable compressor packages designed to reduce weight, optimize space, and improve vehicle efficiency.

Electric Bus & Coach Applications

Trusted by leading vehicle manufacturers worldwide for dependable compressed air performance in demanding passenger transport environments.

Rail Applications

Proven compressor solutions engineered for long operational life and high reliability in rail systems.

Discover Our Electric Vehicle Compressor Applications

Gardner Denver’s packages are developed to meet specific needs. We work closely with customers to determine their air requirements and understand the environment in which a compressor will be used. This knowledge is then used to design, develop and deliver a package that easily integrates on a vehicle’s chassis. The TX and TV Series are very versatile, being able to rise to virtually any challenge in the field. TX air compressor packages can accommodate everything from small trucks to trolleybuses, while the TV Series is typically deployed wherever there is a high air demand.

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Electric Truck

Our customer developed configurable electric truck compressor packages save on space and weight, while also minimising downtime.
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Electric Bus & Coach

We've worked with some of the world’s biggest vehicle manufacturers to design and implement coach and bus air compressor packages.
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Rail Compressor Packages

We've focused on designing, developing and delivering rail compressor packages that are not only highly reliable but also built to last.

Frequently Asked Questions

An e compressor is an electrically driven compressor that operates independently from the vehicle engine. It supplies compressed air for systems such as braking, suspension, doors, and HVAC functions in electric and hybrid vehicles.