Purem by Eberspaecher expands its balance-of-plant components and direct air capture systems for industrial and automotive decarbonization applications.

Matthias Grün of Purem by Eberspächer explains how steel, AI-driven development, and collaboration are transforming next-generation battery housing solutions for electric vehicles.

Technical climate and hot water management innovations from Eberspaecher optimize vehicle energy efficiency and independent operation within the automotive data ecosystem.

Eberspächer expands its portfolio of truck parking coolers with the new generation of Cooltronic rooftop air conditioning systems for energy-efficient and low-noise cabin cooling in long-haul transport applications.

Purem by Eberspaecher introduces De-Hydrator to reduce steam emissions and manage humidity in fuel cell vehicle exhaust systems.

From May 18 to 21 in Mainz, Germany, Purem by Eberspaecher showcases an economical steel alternative to aluminium, using AI-driven design and a new consortium to enhance vehicle safety and sustainability across Europe.

New coolant and air heaters deliver efficient thermal management for extended EV range, faster charging, and enhanced comfort across 400V and 800V platforms.

New steel battery housings improve safety, cut weight, lower costs, and reduce carbon footprint compared to aluminum, meeting future e-mobility standards.

Purem by Eberspaecher offers a comprehensive portfolio of components and systems for fuel cells, including a hydrogen recirculation blower, an exhaust air system, and a valve portfolio to improve efficiency and manage emissions.

The models of the product family AC135 and AC138 EVO will in future use the natural refrigerant propane (R290) for air conditioning the passenger compartments of city buses.