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Automotive e-compressor - high-voltage

Designed to maximize efficiency in the HVAC system of electric vehicles

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Overview

The e-compressor serves multiple functions: Cooling down the cabin and drivetrain in summer and heating up the passenger compartment and battery in winter. With faster time to market, our holistic chipset offering enables efficient and reliable e-compressor solutions for electric vehicles.

Benefits

  • Energy-efficient solutions
  • Extends the range by more than 10%
  • Improved battery life
  • Scalable solutions
  • Efficient cooling of the cabin
  • Efficient heating of the cabin

Block diagram

About

Designed to enhance the driving experience, Infineon's high-voltage e-compressor as the heart of the heat pump system ensures a comfortable journey during hot summers and chilly winters. By reusing thermal energy from the drivetrain, the e-compressor reduces battery drain, making it an energy-efficient choice for all seasons. With our comprehensive chipset offering including supply, communication, control, and actuation, we enable a faster time to market by ready-to-use reference designs. Overall, HV e-compressors play a crucial role in optimizing HVAC systems of electric vehicles.

Automotive HV e-compressors are designed to maximize energy efficiency in various applications such as heat pumps. With our holistic chipset offering including power switches, gate driver ICs, and microcontrollers, e-compressors enable efficient cooling and heating of electric vehicle cabin and battery. By reusing thermal energy and utilizing high-speed PWM frequency, high-voltage e-compressors optimize power consumption and reduce battery drain. Infineon's HV e-compressors provide a holistic approach to maximize energy efficiency via diverse power switch options and reliable control for improved energy-saving performance. Overall, high-voltage e-compressors as the heart of the heat pump system maximize thermal energy efficiency.

Infineon's high-voltage e-compressor chipset solution offers a comprehensive system solution for efficient and reliable thermal management in electric vehicles. A wide variety of power switches like OptiMOS? MOSFETs, automotive IGBTs, CoolSiC? MOSFETs, CoolSiC? modules, and CIPOS? Intelligent Power modules?ensure precise control. Scalable 32-bit MCUs like TRAVEO? T2G and PSoC? 4 facilitate seamless integration. High-speed PWM frequency and vibration avoidance enhance regulation and system reliability.?

OPTIREG? power supply solutions, along with high-voltage XENSIV? current sensors, automotive transceivers, and digital isolators, further contribute to efficient and accurate operation.

Designed to enhance the driving experience, Infineon's high-voltage e-compressor as the heart of the heat pump system ensures a comfortable journey during hot summers and chilly winters. By reusing thermal energy from the drivetrain, the e-compressor reduces battery drain, making it an energy-efficient choice for all seasons. With our comprehensive chipset offering including supply, communication, control, and actuation, we enable a faster time to market by ready-to-use reference designs. Overall, HV e-compressors play a crucial role in optimizing HVAC systems of electric vehicles.

Automotive HV e-compressors are designed to maximize energy efficiency in various applications such as heat pumps. With our holistic chipset offering including power switches, gate driver ICs, and microcontrollers, e-compressors enable efficient cooling and heating of electric vehicle cabin and battery. By reusing thermal energy and utilizing high-speed PWM frequency, high-voltage e-compressors optimize power consumption and reduce battery drain. Infineon's HV e-compressors provide a holistic approach to maximize energy efficiency via diverse power switch options and reliable control for improved energy-saving performance. Overall, high-voltage e-compressors as the heart of the heat pump system maximize thermal energy efficiency.

Infineon's high-voltage e-compressor chipset solution offers a comprehensive system solution for efficient and reliable thermal management in electric vehicles. A wide variety of power switches like OptiMOS? MOSFETs, automotive IGBTs, CoolSiC? MOSFETs, CoolSiC? modules, and CIPOS? Intelligent Power modules?ensure precise control. Scalable 32-bit MCUs like TRAVEO? T2G and PSoC? 4 facilitate seamless integration. High-speed PWM frequency and vibration avoidance enhance regulation and system reliability.?

OPTIREG? power supply solutions, along with high-voltage XENSIV? current sensors, automotive transceivers, and digital isolators, further contribute to efficient and accurate operation.

Documents

Design resources

Developer community

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