Integration with the energy system

Design and construction. Participation in pilots and demonstrators.

Digital modeling and control of power electronics elements.

Reliability and predictive maintenance.

Planning, integration and design of networks, electrical topology and sizing of elements at the level of microgrids.

Network planning, integration and design, electrical topology and sizing of TSO and DSO level elements.

Study of the particularities of off-shore wind sources.

Operation and control.

Planning management algorithms in hydrogen storage electrical flexibility markets.

Hydrogen network support. Modular electrolyzers.

Traction system design. Design and control of electric traction motors and inverters.

Design and control of hybrid electric traction systems.

Development of the state machine for the coordination of the different driving modes.

Sizing of the fuel cell.

Design and development of prototypes and demonstrators for mobility applications using fuel cells.

Study of blue hydrogen production in sewage treatment plants: Biogas methane recovery, upgrading and reformation.

Study of electrolysis from different types of water (desalinated, regenerated) and renewable energies.

Study of new hydrogen production processes from waste.

Economic and environmental optimization of hydrogen energy systems, considering legal restrictions, consumption behavior, and energy generation forecasting.