#USA #Las Vegas #solid-state battery #ProLogium #FEV Group

ProLogium and FEV Group Collaborate on Next-Gen Solid-State Battery

At the recent Consumer Electronics Show (CES) in Las Vegas, two leading innovators in battery technology joined forces to showcase an exciting new development in electric vehicle technology. ProLogium Technology and FEV Group unveiled a next-generation solid-state battery module that promises to revolutionize the EV landscape.

ProLogium, prominently acknowledged for its advancements in solid-state battery research and production, partnered with FEV, a globally recognized leader in mobility solutions. Together, they presented a groundbreaking battery module at CES that harnesses ProLogium's proprietary superfluidized all-inorganic solid-state lithium ceramic battery technology. This development aims to address significant challenges in the EV industry, particularly the need for enhanced range, efficiency, and safety.

Key Features of the New Module

The newly designed battery module stands out due to several remarkable attributes:

• - High Energy Density: This feature targets an extraordinary driving range of approximately 1,000 kilometers, significantly alleviating range anxiety among EV users.
• - Ultra-High Safety: The all-inorganic solid-state technology enhances safety metrics, addressing concerns about thermal stability and combustion risks associated with traditional lithium-ion batteries.
• - Fast-Charging Capability: The battery module is engineered to achieve a state-of-charge between 60-80% within just 4-6 minutes, setting the stage for broader acceptance of high-power charging stations.
• - Excellent Low-Temperature Performance: This characteristic ensures that performance is maintained even in colder climates, a crucial requirement for practical use of EVs in diverse weather conditions.

Collaborative Research and Innovation

This showcase isn't their first collaboration. Since signing a Memorandum of Understanding (MoU) in 2022, ProLogium and FEV have diligently pursued innovation, merging their strengths in cell/material innovation with system integration. Their work together focuses on operationalizing battery systems that can be tailored to meet different electric manufacturers' requirements. FEV's expertise in battery management systems and thermal management complements ProLogium's cutting-edge technologies.

When integrated successfully, this partnership offers automotive manufacturers more flexibility in chassis design, reducing the overall vehicle mass while maintaining or even enhancing driving range. Through two distinct configurations—Maximum Range and Maximum Lightweight—vehicles can achieve optimal performance tailored to user needs, whether prioritizing range or weight reduction.

Moving Towards Production Readiness

The companies have made significant strides, with their project nearing readiness for sample car production. ProLogium founder and CEO Vincent Yang remarked, “This joint effort is not just about technology but about transforming the landscape of electric vehicles.” He highlighted that collaboration with established automotive manufacturers has been instrumental in developing the battery from conception to tangible production-ready stages.

In a strategic move, ProLogium plans to establish a gigafactory in Dunkirk, France, which aims to leverage local low-carbon energy resources. This facility will provide a sustainable supply chain for European automakers, ensuring access to these advanced battery technologies.

Future of Mobility

Dr. Patrick Hupperich, President and CEO of FEV, emphasized the role of their partnership in shaping the future of mobility. He stated, “Innovation is paramount, and our collaboration ensures that the transition toward sustainable energy systems is tangible and impactful.” Their collective work aims to not only fulfill current automotive needs but also prepare for the future's demands.

With this unveiling at CES, ProLogium and FEV have made it clear that next-generation solid-state batteries are not merely concepts but are moving towards mass production, setting the stage for a new era of electric vehicles that combine performance, safety, and sustainability. The future ignites brighter, and electric mobility remains at the forefront of this transformation in transportation.