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Netherlands, 31 October 2024: The collaboration between Stellantis and Factorial Inc marks a significant advancement in electric vehicle (EV) technology, aiming to reshape the EV industry with innovative solid-state batteries.
In a move that builds upon Stellantis’ USD 75m investment in Factorial in 2021, the companies plan to introduce these cutting-edge batteries in a fleet of Dodge Charger Daytona EVs by 2026. This step aligns with Stellantis’ electrification strategy, advancing the future of high-performance, cost-effective electric vehicles.
Stellantis and Factorial’s Solid-State Battery Innovation
Stellantis’ decision to utilize Factorial’s FEST solid-state battery technology in its EVs reflects a strategic push toward high-density energy solutions. These batteries, with an impressive energy density of over 390 Wh/kg, are designed to offer notable benefits over traditional lithium-ion batteries, including higher energy efficiency, reduced weight, and lower overall costs. As Stellantis moves toward a more sustainable future, this innovative technology allows it to deliver vehicles with greater range, faster charging, and superior performance.
The 2026 demonstration fleet of Dodge Charger Daytona vehicles will provide an ideal testing ground for real-world applications of Factorial’s technology. Stellantis’ Chief Engineering and Technology Officer, Ned Curic, expressed confidence that integrating Factorial’s solid-state solution will elevate their EV offerings, providing customers with the advantages of extended driving ranges and faster charging times.
STLA Large Platform: Powering the Future of EVs
Stellantis has chosen the versatile STLA Large platform for this venture, emphasizing its commitment to high-volume electric SUVs and performance-focused models. This multi-energy platform, integral to Stellantis’ Dare Forward 2030 strategy, supports up to two million vehicles across various brands, including Dodge, Jeep, Chrysler, and Maserati. By incorporating Factorial’s battery technology, Stellantis aims to develop EVs that cater to performance enthusiasts and everyday consumers alike.
Factorial’s FEST solid-state batteries complement the STLA Large platform’s specifications, particularly in performance and sustainability. This integration not only validates the potential of solid-state batteries but also strengthens Stellantis’ position as a leader in EV innovation.
Accelerating EV Adoption and Sustainable Transportation
With the demand for sustainable transportation on the rise, Stellantis and Factorial’s partnership underscores the pivotal role solid-state batteries play in the EV ecosystem. The collaboration reflects a shared commitment to reducing carbon emissions, a key aspect of Stellantis’ long-term sustainability goals. According to Factorial’s CEO, Siyu Huang, solid-state batteries are vital for next-generation EVs due to their enhanced performance and cost-effectiveness, both of which will support widespread EV adoption.
By validating Factorial’s FEST technology in this 2026 demonstration fleet, Stellantis aims to bring solid-state batteries closer to mass production. This breakthrough could significantly impact both the affordability and performance of future EVs, making them an appealing choice for consumers around the globe.
The Road Ahead for Stellantis and Factorial
Stellantis’ collaboration with Factorial highlights the transformative potential of solid-state battery technology in achieving a more sustainable and accessible EV market. By combining Stellantis’ automotive expertise with Factorial’s innovative battery solutions, the partnership aims to deliver an exceptional EV experience that redefines the standards for performance, cost, and environmental impact.
As Stellantis takes strides toward its Dare Forward 2030 objectives, this partnership will likely serve as a blueprint for future developments in EV technology. With Factorial’s FEST solid-state batteries positioned to address key EV challenges, Stellantis remains at the forefront of the industry’s journey toward a cleaner, electrified future.
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