ProLogium and OPmobility to co-develop solid‑state EV battery modules
- Under the MoU ProLogium will supply solid‑state cells to OPmobility for electrical performance testing while OPmobility will design, develop and manufacture battery modules using those cells.
- ProLogium cites cell metrics of 900 Wh/L volumetric and 380 Wh/kg gravimetric energy density, 5%→80% fast charge in ~6.4 minutes, cycle life >1,200 cycles, and >95% discharge performance at −20°C.
- The collaboration will align common test protocols and engineering workflows to accelerate system‑level integration evaluation and help produce OEM‑adoptable module solutions.
- ProLogium’s Dunkirk site construction is expected to begin in 2026, with ramp‑up between Q4 2028–Q1 2029 and mass production and deliveries targeted from Q2 2029.
Partnership scope
ProLogium and OPmobility have signed a Memorandum of Understanding to discuss joint development and integration of ProLogium solid‑state cells into battery modules and packs for electric vehicles. The stated objective is a system‑level, OEM‑adoptable module solution that improves competitiveness in the EV industry.
Testing and development approach
In the first phase ProLogium will provide cells to OPmobility for electrical performance testing under testing protocols agreed in advance. OPmobility will be responsible for module design, development and manufacturing. The parties plan to align test protocols and engineering workflows to accelerate system integration, clarify vehicle integration critical paths, and improve OEM engagement efficiency.
Cell performance and validation goal
ProLogium disclosed performance metrics for its Superfluidized all‑inorganic solid‑state lithium ceramic cells—900 Wh/L volumetric, 380 Wh/kg gravimetric, 5% to 80% fast charge in about 6.4 minutes, cycle life above 1,200 cycles, and discharge performance exceeding 95% at −20°C. The MoU frames work to validate how these cell‑level advantages can be engineered and verified at module and pack level for EV platforms.
Source: ProLogium
