Herzeliya, Israel – Volvo Cars, through the Volvo Cars Tech Fund, has made a strategic investment in StoreDot, the pioneer of extreme fast charging technologies for electric vehicles.
StoreDot is on track to begin mass producing its ‘100in5’ cells as early as 2024, achieving 100 miles of charge in just five minutes. The investment gives Volvo Cars the opportunity to collaborate closely with StoreDot on exciting new battery technology, as it aims to become a pure electric car company by 2030.
Meir Halberstam, StoreDot CFO “We are moving closer to the mass production of our batteries and this investment from Volvo Cars Tech Fund is yet another huge vote of confidence in StoreDot and our mission. It represents a significant and high-profile element of our current Series D funding round. This gives us the financial firepower to bring our revolutionary batteries to market quicker and boost ongoing R&D into solid-state technologies.”
Volvo Cars was the first established car maker to commit to all-out electrification and aims to sell only pure electric cars by 2030. As early as 2025, the company is aiming for half of its global volume to consist of pure electric cars.
Alexander Petrofski, Head of Volvo Cars Tech Fund “We aim to be the fastest transformer in our industry and the Tech Fund plays a crucial role in establishing partnerships with future technology leaders. Our investment in StoreDot is a perfect fit for that mindset and its commitment to electrification and carbon-free mobility matches our own. We are excited to make this collaboration successful for both parties, working towards bringing this groundbreaking technology to the market.”
The new funding comes as part of StoreDot’s Series D investment round. Volvo Cars is joining an impressive list of the company’s global investors, including Daimler, VinFast, Ola Electric, BP Ventures, Samsung, TDK, and EVE Energy.
StoreDot is currently working with many global automotive manufacturers, to power next generation electric vehicles. It is already shipping advanced ‘100in5’ cells for them to undertake real-world testing.
