AIM-PLATES project to validate and scale Hycco composite bipolar plates for hydrogen fuel cells

Hycco, a developer of composite bipolar plates for hydrogen fuel cells, has been selected as the lead technology provider for the AIM-PLATES project, a European initiative aimed at validating and scaling its manufacturing process. The project, which involves multiple industrial and research partners, will focus on qualifying Hycco's carbon-fiber-reinforced composite bipolar plates for high-volume production in automotive and stationary power applications. Specific funding amounts and project duration were not disclosed, but the initiative targets a technology readiness level (TRL) of 7 by its conclusion, moving from pilot-scale to pre-production validation.

This project addresses a critical bottleneck in hydrogen fuel cell commercialization: the cost and scalability of bipolar plates, which account for a significant portion of stack weight and cost. Hycco's composite approach competes with traditional graphite and metallic plates, offering potential advantages in corrosion resistance, weight reduction, and manufacturing throughput via compression molding. The AIM-PLATES consortium brings together expertise in materials characterization, process automation, and end-user validation, positioning Hycco to move beyond lab-scale demonstrations into industrial qualification. The project fits within the broader European push to build a domestic hydrogen supply chain, particularly in Germany and the Benelux region, where fuel cell adoption is accelerating in heavy transport and stationary backup power.

For Hycco, the practical challenge is translating composite plate performance from controlled test environments to repeatable, cost-competitive production at scale. The company must demonstrate that its material system can meet the durability and conductivity targets required by automotive OEMs while achieving cycle times and yields that make economic sense. The AIM-PLATES consortium provides a structured path to that validation, but the real test will come when the plates are integrated into full stack assemblies and subjected to real-world duty cycles.