About us
VOCATION
by accelerating the production of low-carbon batteries in Europe
Faced with the scale of climate challenges and issues of sovereignty, Verkor was founded with the aim to make Europe a key player in the production of low-carbon batteries.
In 2020, against the backdrop of extraordinary circumstances – a global health crisis coupled with a growing realisation that profound change was needed – six change-makers from different backgrounds came together to found Verkor.
Our mission? To produce low-carbon batteries for automotive applications, other mobility and stationary storage.
Combining innovation with large-scale industrialisation
Verkor’s first site and head office, the VIC has been operational since 2023.
This is its primary function: to develop products – cells and modules – that will form the core of tomorrow’s low-carbon batteries, and to conduct full-scale testing of innovative digital manufacturing processes.
A smaller-scale replica of the Gigafactory, the VIC has a production capacity of 100 to 150 MWh for manufacturing Verkor battery cells.
To train a new generation of experts in the battery sector by providing them with the resources and facilities of an advanced research laboratory.
The first Verkor Gigafactory, which was inaugurated in December 2025, is currently in the industrial ramp-up phase, with production scheduled to start in autumn 2026.
Operational excellence scaled up to an industrial level: a highly efficient Gigafactory, made possible by advanced data architecture and high-level industrial digitalisation.
Production capacity per year
jobs in the long term
Integrated to open in 2026
The Gigafactory marks the beginning of Verkor’s story. After 2030, Verkor’s annual production capacity could reach 50 GWh. New facilities will underpin a long-term development strategy, with the support of industrial and institutional partners in France and across Europe.
Verkor designs and manufactures low-carbon lithium-ion battery cells and modules to meet the specific requirements of our partners.
A diverse range of cells, designed to meet a variety of mobility needs, from passenger and commercial vehicles to off-road vehicles and stationary storage systems.
Optimised traceability:
Battery passport
Optimised processes:
Real-time data analysis
Task automation
Optimised traceability:
Battery passport
Optimised processes:
Real-time data analysis
Task automation