Symbio presents in preview the industrializable version of its hydrogen fuel cell StackPack™ 75 at the H2 & FC EXPO 2025 in Tokyo. This innovative model combines compactness, high operating temperature, and modularity to meet the needs of heavy vehicles and industrial machines.
A fuel cell system designed for intensive mobility
The StackPack™ 75 from Symbio, with a power of 75 kW, is specially developed for buses, coaches, light and medium trucks as well as handling and construction equipment. Its innovative design offers optimal performance. With a reduced volume of 268L and a weight of 200 kg, it maximizes payload and vehicle autonomy. Its operating temperature of 85°C enhances thermal dissipation and reduces cooling requirements. This optimizes integration into vehicles and energy efficiency.
The modularity of the StackPack™ 75 allows for power adaptation. It is possible to combine multiple units for this purpose. This offers flexibility for different types of industrial applications. Symbio’s technological approach is based on a global optimization of performance and costs. Through an assessment on ten key criteria, this solution guarantees an optimized total cost of ownership throughout the life cycle of the vehicles without over-sizing. This thus ensures increased competitiveness.
Large-scale industrialization at Symbio’s gigafactory
The StackPack™ 75 is ready for mass production at the SymphonHy gigafactory, the largest European site dedicated to hydrogen fuel cells. Recently certified in accordance with IATF 16949, Symbio is becoming one of the world leaders in the sector. This certification attests to the industrial and technological maturity of the group. This development is part of initiatives supported by the France Relance / France 2030 program, particularly through the Hy2Tech project of the PIIEC hydrogen. The aim is to promote the deployment of efficient and competitive solutions to accelerate the transition to zero-emission mobility.
Article based on a press release received by the editorial team.
