The investment aims to localize the supply chain, enhance research and development activities, and mass-produce next-generation batteries for electric vehicles (EVs) in Europe. ProLogium's strategic objectives include establishing a firm presence in Europe, supporting the EU automotive industry's energy transition, and catering to the growing demand for EVs, as internal combustion engine (ICE) car sales are set to be banned by 2035.
The €5.2 billion investment will facilitate the setup of a 48 GWh gigafactory and an accompanying research and development center, strategically located in Dunkirk, France. This move aligns with the French government's green reindustrialization strategy, marking a significant milestone in advancing the localization of advanced battery manufacturing.
The choice of Dunkirk as the gigafactory's location was based on several factors, including its well-established infrastructure, geographical advantages, and access to stable and low-carbon electricity sources. Dunkirk's proximity to Northern European automotive manufacturing plants and the international shipping network further enhances its suitability. Additionally, Dunkirk's status as part of Northern France's "Battery Valley" provides access to a thriving battery ecosystem supported by robust research capabilities.
The ProLogium gigafactory project is expected to create 3,000 direct jobs and 12,000 indirect jobs in the Dunkirk community by 2030. Production is scheduled to commence by the end of 2026, with construction beginning in the second half of 2024. To support its localization efforts, ProLogium plans to establish an R&D center in France.
ProLogium, founded in 2006, has demonstrated its ability to produce solid-state batteries on a large scale. With its proprietary technologies protected by over 600 patents worldwide, the company has gained extensive experience in various consumer and industrial electronics applications.
ProLogium's solid-state batteries offer several advantages over traditional lithium-ion batteries. By replacing the fragile and flammable separator and liquid electrolyte with a robust ceramic separator and uninflammable solid-state electrolyte, ProLogium enhances safety and durability. Moreover, the technology enables the use of highly active cathode and anode materials, resulting in higher energy density and longer range for EVs. Solid-state batteries also offer faster charging capabilities, reducing the time required for EV recharging.
In line with its commitment to sustainability, ProLogium has developed a patented "original-phase recycling" technology. Leveraging the stable chemical properties of its solid-state electrolyte, this streamlined recycling process promotes a sustainable circular economy within the local battery industry, ensuring a greener future for the EV market.
Source: ProLogium
