Green H2 wind surplus storage: Innovative solution for renewable energy management
Spain
The Green H2 wind surplus storage project, developed by IDOM for a wind farm operator, enables the utilization of surplus energy generated at a wind farm by initially storing it as green hydrogen and subsequently converting it back to electricity for supply to the national grid. This Green H2 wind surplus storage project is structured in three phases: H2 production via electrolysis from wind power surplus, gaseous hydrogen storage and compression, and final conversion into electricity. IDOM provided the facility design, detailed engineering, procurement management, and supplier selection for the project.
This project developed by IDOM for a wind farm developer allows the use of the surplus energy produced in a wind farm (confidential), through initial storage in the form of Hydrogen and its subsequent transformation into electrical energy, then supplied to the national grid.
The project is being developed in three main phases:
- Production of H2 by electrolysis from surplus energy from wind turbines.
- Storage and compression of H2 gas.
- Conversion of H2 into energy and supply to the electricity grid.
IDOM has carried out the design of the facilities, selection of the suppliers, detailed engineering, and procurement management. Following the adjudication of the main equipment, the project has been ceased by the client.
CLIENT:
Confidential - Wind sector
SCOPE:
Conceptual Design
Detailed Engineering
Procurement Management
