Custom Engineering and Integration Services for Hydrogen Technologies

Hydros Power, Spanish SME specialised in hydrogen technologies offers custom engineering and technical integration services to support the deployment of hydrogen systems in mobility, logistics and industrial environments.

The company focuses on designing tailor-made hydrogen solutions adapted to each project’s operational, technical and regulatory requirements. Its expertise covers the full hydrogen value chain, from on-site compression and refuelling to lightweight storage, hybrid fuel cell integration and system control architectures.

One of the main barriers to hydrogen adoption is not only infrastructure cost, but also the lack of engineering solutions adapted to real operational constraints. Many projects fail to move beyond pilot stage due to poor system integration, overdimensioned designs or complex certification processes.

This engineering offer addresses these challenges by enabling custom hydrogen integration through compact, modular and decentralised architectures that can be adapted to specific use cases, including:

• Hydrogen mobility fleets (vehicles, drones, small vessels)

• Industrial hydrogen use and gas handling

• Logistics hubs and depots

• Off-grid and remote energy systems

• OEM integration of hydrogen subsystems

Engineering services include:

• Technical definition and system architecture design

• Integration of hydrogen compression, refuelling and storage modules

• Adaptation to pressure, flow rate and energy requirements

• Mechanical, electrical and control system integration

• Support for testing, validation and performance optimisation

• Assistance with certification and compliance (EN 12245, TPED, ADR)

The engineering team has proven experience in developing and validating hydrogen systems under European safety and performance standards, enabling partners to reduce technical risks and shorten time to deployment.

Cooperation sought:

The company is seeking Technical Cooperation Agreements with international partners interested in developing or implementing hydrogen-based systems. Typical partners include mobility manufacturers, industrial companies, logistics operators, energy service providers and research institutions.

Cooperation may involve joint system design, prototype development, pilot installations, field testing and optimisation for specific markets or applications.

Through this collaboration model, partners gain access to specialised hydrogen engineering know-how and a flexible technical platform, while accelerating the transition from concept to real-world deployment. The approach reduces development costs, simplifies certification pathways and supports faster adoption of hydrogen technologies across industry and mobility.