#Germany #Stuttgart #MAHLE #Electric Trucks #Range Extender

MAHLE's New Range Extender System for Electric Trucks: A Game Changer in Road Transport

MAHLE is making strides in electrifying road transport with its innovative range extender system unveiled at the IAA exhibition. This new system aims to accelerate the shift from traditional diesel trucks to battery electric vehicles (BEV), promising both sustainability and flexibility for the industry.

Based in Stuttgart, Germany, MAHLE has developed this system specifically for large electric trucks. By integrating an electric drive system with a combustion engine, the range extender provides enhanced flexibility and extended range, combining the best aspects of both technologies. As the transportation sector grapples with rising operational costs, this innovative approach may significantly reduce total cost of ownership (TCO) over the vehicle's lifecycle, freeing up funds for climate-conscious investments.

The range extender-equipped electric truck will play a pivotal role in meeting the EU's stringent CO₂ emissions reduction targets. MAHLE is already recognized as a leader in the European market for electrification products for commercial vehicles, and it is expanding its presence in collaboration with Chinese OEMs to strengthen its foothold in battery electric trucks.

During the IAA Transportation event held from September 15 to 20 in Hanover, MAHLE emphasized the themes of "Electrification, Efficiency, and Economic Viability." In addition to introducing the new range extender system, the company showcased a line of high-efficiency products designed to support the transport industry's sustainability and economic needs.

Facing Challenges in Road Transport

As logistics companies and fleet operators contend with increasing cost pressures, they face the dual challenge of transitioning to more environmentally-friendly operations while maintaining financial sustainability. The lack of adequate charging infrastructure for commercial vehicles in many regions, combined with the limited range of battery electric trucks, presents critical barriers to widespread adoption of e-mobility solutions. Companies need reliable and flexible solutions to thrive in this competitive landscape.

"Time and energy are precious resources, especially in the road transport business. Only financially viable operators will survive. MAHLE's electrification products enhance the efficiency and flexibility of large trucks while contributing to operational cost reductions," stated Arnd Franz, CEO of MAHLE Group, at the technology event in Stuttgart.

About the New Range Extender System

The world premiere of MAHLE's new range extender system at the IAA Transportation reveals a revolutionary approach to maintaining operational flexibility without compromising performance. The high-efficiency high-voltage generator—a core component of the system—is driven by a compact internal combustion engine, delivering continuous power output of 110 kW, with a maximum output of 130 kW. This generator ensures stable power supply to the electric drive system even under demanding operational conditions.

Moreover, this innovative architecture can be easily adapted to meet the performance requirements of diverse commercial vehicle applications across different regional markets. The newly developed advanced oil cooling system allows the generator to achieve high power density, ensuring lightweight construction while minimizing interfaces.

MAHLE's range extender system comprises a compact autonomous unit, integrating the generator, combustion engine, thermal and fluid management systems, fuel tank, AdBlue tank, and exhaust treatment components into a single box. This design not only fits within the battery space of typical battery electric trucks, reducing the overall battery capacity required by about one-third but also significantly lightens the axle load and the total vehicle weight.

Significant Environmental Benefits

The introduction of the range extender system offers remarkable improvements in CO₂ emissions, with reductions up to 80% compared to conventional drivetrains during real-world operations. The internal combustion engine, optimized for compatibility with renewable fuels like advanced HVO100 biodiesel, can effectively operate with nearly zero CO₂ emissions.

Furthermore, MAHLE's comprehensive thermal management system, featuring an extensive cooling capability in both high and low temperature ranges, guarantees stable operation under even the most strenuous conditions.

Arnd Franz emphasized MAHLE's commitment to evolving high-efficiency components that reduce fuel consumption and operating costs, indicating that solutions like the new power cell unit are key to achieving higher performance and longevity while optimizing efficiency.

The Road Ahead for MAHLE

MAHLE is strategically positioned to lead in electrification and thermal management, offering components and systems for a wide range of vehicle types, from bicycles to trucks. With sales of approximately 8 million drive systems and electric auxiliaries annually, its technology is foundational for over 35 planned electrified vehicle platforms set to launch between 2026 and 2029.

Despite existing challenges in the industry, including competition from Chinese products in the electric vehicle sector and evolving economic conditions, MAHLE anticipates robust growth, especially in the commercial vehicle market across Europe, North and South America, and Asia.

However, the CEO also highlights the pressing need for large-scale expansion of renewable fuel supplies and robust policy frameworks to facilitate the transition towards climate-neutral road transport.

In conclusion, MAHLE continues to innovate in electrification solutions, merging cutting-edge technology with sustainable practices to secure a greener future for road transport. The path to achieving climate neutrality is complex, but with collaborative efforts across industry stakeholders, it is entirely possible. With any luck, trucks powered by MAHLE will continue to traverse our roads for years to come, setting new standards in sustainability and efficiency.