#United States #BorgWarner #Auburn Hills #Holon #battery technology

BorgWarner Powers HOLON's Autonomous Shuttle

BorgWarner, a leader in innovative and sustainable mobility solutions, has recently made headlines by securing a contract to supply their cutting-edge battery system to HOLON's urban shuttle service. This autonomous vehicle, designed to transport up to 15 passengers, operates at Level 4 autonomy. This partnership marks a notable milestone as it is BorgWarner's first contract to provide battery technology for autonomous vehicles within North America.

The battery system in question utilizes lithium nickel manganese cobalt oxide (NMC) cylindrical cells, specifically the advanced 5AKM 157 model. Each HOLON shuttle will be outfitted with dual battery packs, which incorporate an integrated, replaceable contactor box and a multi-pack controller. These innovative 57 kWh packs embody a modular design that not only optimizes energy density but also ensures enhanced operational efficiency. The NMC cells deployed are renowned for their advanced chemistry, setting a benchmark in the industry for energy density, which is paramount for electric vehicle performance.

In addition to their high-energy functionality, BorgWarner's battery systems come enclosed in a robust stainless steel casing designed for safety and durability. The state-of-the-art liquid cooling system employed boosts thermal management, safeguarding the batteries during operation. Henk Vanthournout, Vice President of BorgWarner, stated, "Our extensive experience in developing smart, integrated battery management systems is crucial for the success of this application. We are committed to ensuring high energy density, scalability, and robust safety certifications that align perfectly with HOLON's vision for sustainable transport solutions."

BorgWarner has skillfully applied its battery knowledge to create packs that meet the demanding requirements of HOLON's urban mobility needs. The design not only adheres to stringent cybersecurity and functional safety standards but also integrates the latest software developed by BorgWarner. Flavio Friesen, Vice President of Engineering at HOLON, emphasized the alignment between both companies, stating, "BorgWarner’s platform offers exceptional energy density alongside strict safety measures, making it ideal for our shuttles. This two-pack system integrates seamlessly with our design, catering to our operational demands not just in North America, but also in Europe and Middle East markets."

Adding to its achievements, BorgWarner’s battery solutions are compliant with Buy America standards and meet the Foreign Entity of Concern (FEOC) regulations, ensuring domestic production aligns with regulatory expectations. Manufacturing is set to commence in the second quarter of 2027 at the company’s facility in Seneca, South Carolina.

For over 130 years, BorgWarner has propelled innovation in the automotive sector, focusing on sustainability and clean energy technologies. Their latest collaboration with HOLON reflects a commitment to providing safer, greener, and more efficient mobility solutions. As the world shifts towards a greener future, partnerships like this highlight the importance of sustainable technology in transforming urban transportation.

This landmark contract not only paves the way for the integration of high-performance battery technology within autonomous vehicles but also showcases the potential for future collaboration between automotive leaders aiming for a cleaner planet. BorgWarner and HOLON's initiative represents a significant step toward sustainable urban transport, potentially revolutionizing how cities handle mobility. The ability to meet increasing demands for electric and autonomous transportation underscores the essential nature of collaboration and technological advancements that aim to enhance the urban mobility landscape, leading to a more sustainable future.

In summary, as BorgWarner moves ahead with this groundbreaking project in partnership with HOLON, the automotive industry anticipates improvements in safety, efficiency, and sustainability within the realm of autonomous travel. This project may well serve as a template for future innovations and developments in electric and autonomous vehicle technologies.