Our Areas of Expertise

Ensure that requirements definition, functional analysis, and system architecture are structured using a systems engineering approach that guarantees consistency and control over interfaces.

Design subsystems that are essential to the stack's operation and are fully integrated: hydrogen supply, air supply, cooling, and auxiliary systems.

Plan ahead by quickly simulating system behavior to optimize architectures, evaluate performance, and shorten development cycles.

Optimize your supplier selection, the selection of critical components, and the creation of optimized bills of materials to reduce your development costs.

Select the most appropriate solution based on the desired power output, as well as the architectures and components best suited to your application's requirements.

Ensure a precise, safe, and efficient hydrogen supply under all operating conditions.

Improve the durability and stability of your system with a separator design that optimizes water management.

Develop reliable and secure control of your system using electronic boards tailored to your needs.

Effectively manage your system with embedded software designed to provide real-time control, monitoring, and energy optimization.

Simulate fluid flow and thermal management early in the design process to optimize component performance and reliability.

Reduce the number of iterations and quickly identify critical issues through digital architecture validation.

Validate your design choices before physical testing through numerical analysis of flow, thermal behavior, and fluid distribution.

Test the performance and durability of your systems under realistic operating conditions on our hydrogen infrastructure.

Accurately measure the performance of your components and systems to enable reliable data collection and in-depth analysis of the results.

Improve the reliability of your models by comparing simulation results with experimental data to enhance and ensure the safety of your developments.

Integrate your fuel cell into your application with confidence, taking operational constraints into account.

Design mechanical interfaces that ensure robustness, optimal integration, and ease of maintenance.

Develop mounting structures that are suited to the vibrational, thermal, and mechanical stresses of your environment.

We assist you in achieving regulatory compliance and preparing the technical documentation required for the certification process.

Incorporate hydrogen requirements from the design phase onward: detection, ventilation, containment, and risk analysis.