StoreDot has unveiled an innovative concept for taking extreme fast charging (XFC) capability from the cell to the vehicle level with its new I-BEAM XFCTM concept, an new cell-to-pack (CTP) design that will accelerate the integration of XFC into EVs.

StoreDot, the pioneer in extreme fast charging (XFC) battery technology for electric vehicles, has announced its major milestones for 2024.

Having achieved all its planned milestones for 2023 and taken major strides towards commercialisation and mass production, StoreDot has cemented its position as a world leader delivering XFC battery technologies.

StoreDot says that high-speed charging times are now just as crucial to the widespread adoption of electric vehicles, as the deployment of high power charging infrastructure.

New partnership demonstrates StoreDot’s dual commitment to a fast and responsible transition to electric vehicles.

The world is facing a global skills shortage of epic proportions. It’s the most severe of the past 16 years. According to a recent survey published by workforce solutions provider ManpowerGroup, 75% of employers questioned reported difficulty filling roles. Hilit Bar-lev, VP HR of StoreDot – developers of extreme fast charging (XFC) battery technology for electric vehicles – further discusses.

StoreDot has already achieved all its planned milestones for 2022 and remains firmly on track for its 100inX strategic technology roadmap.

StoreDot has had its extreme fast charging (XFC) batteries for electric vehicles (EVs) successfully validated by independent battery lab Shmuel De-Leon Energy.

StoreDot, the pioneer of extreme fast charging battery technology for electric vehicles, has stated that mass-produced solid-state batteries are still at least a decade from mass production and that global automotive manufacturers should be considering interim technologies in the medium term, such as semi-solid batteries.

Following the successful completion of series D funding round, StoreDot commences shipping its production ready battery cell samples to global electric vehicle OEMs.

StoreDot has signalled its ambitions for rapid growth with a network of strategic global investments and partnerships that spans the entire battery ecosystem. The company is on track to begin mass producing its ‘100in5’ cells as early as 2024, delivering 100 miles of charge in just five minutes.

StoreDot, a pioneer of charging technologies for electric vehicles, has entered a strategic partnership with Polestar, following an investment from the all-electric premium performance brand.

StoreDot, a developer of extreme fast charging (XFC) technologies for electric vehicles, announces the appointment of Tamir Ben-Moshe as its VP Operations effective as of today.

StoreDot has now passed the major milestone of testing silicon dominant cells for more than 1,000 cycles.

StoreDot has secured a multi-million-dollar investment from Ola Electric, EV manufacturer with a mission to accelerate the world’s transition to sustainable mobility. Ola Electric is planning to incorporate and manufacture StoreDot’s fast charging battery technologies for future vehicles in India.

StoreDot’s Series D funding round will be up to $80 million.The funding round is led by VinFast, a member of Vingroup, the largest private conglomerate in Vietnam.  Participants included bp ventures and Golden Energy.

StoreDot technology enhances battery life, performance, and safety, improving the driving experience, and benefits the automotive and battery ecosystem.

Group14 Technologies and StoreDot have announced a partnership to leverage Group14’s proprietary lithium-silicon technology to accelerate time to market of StoreDot’s XFC lithium-silicon cells for EVs.

StoreDot has announced the availability of its first-generation five-minute charge battery engineering samples. This represents a significant milestone for the company in its mission to eliminate the range and charging anxiety of electric vehicles (EVs), demonstrating the commercial viability of XFC batteries for the first time via a small form-factor battery cell.