Protecting powertrains under heavy duty cycles

Powertrain Thermal Management

Products

Powertrain Cooling for Heavy Vehicle, Machinery and Stationary Power Applications

Grayson’s Powertrain Thermal Management solutions protect batteries, traction systems and combustion engines from heat-related performance loss.

Explore our portfolio of proven cooling modules and battery thermal management systems engineered to deliver stable temperatures, longer component life and reliable operation across demanding duty cycles and environments.

Protecting powertrain systems

Stable Temperatures for Predictable Performance

Whether breaking new ground on mining projects, hauling goods across continents, or transporting passengers every day, heavy vehicles and machinery must control heat under heavy loads, long duty cycles and harsh climates. Our solutions ensure powertrain temperatures - be it batteries, motors, fuel cells and engines - are maintained at the optimal level.
Our Capabilities

Catalogue or Custom – We Have the Capability:

Looking for a solution tailored to your specific requirements? We configure proven designs or develop bespoke solutions for OEMs, supported by in-house engineering, testing and manufacturing. Learn More

Featured Systems​

Featured powertrain solutions include compact BTMS units, high-capacity stationary BTMS, rail-compliant BTMS and configurable cooler modules for demanding applications.

More Thermal System Component Solutions

Grayson supports ICE, BEV and FCEV platforms with an integrated portfolio of thermal systems, HVAC solutions and reliable components.

Contact Us

Developing or upgrading your application’s thermal architecture and considering enhancing your power thermal management?

Contact our thermal engineers to discuss duty cycle, heat loads and selecting the best powertrain cooling architecture.

Enquire About Our Powertrain Thermal Management

Discover More About Grayson

Learn more about Grayson’s engineering expertise, the sectors we support and the aftersales services that protect long-term system performance.