The hydrogen blending study is a collaborative effort focused on assessing the potential of hydrogen as a component in the North of Tyne's gas network to enhance sustainability. Researchers utilized advanced modeling techniques, such as game theory, combined with OPGF models to investigate both short-term operations and long-term investments for hydrogen blending in energy systems.
This project particularly examines hydrogen's role in stabilizing energy supply, targeting decarbonization goals, and its viability for supporting renewable energy integration in this region.
Key Findings
- Game-Theoretic Model Integration: The project combines a game-theoretic (GT) approach with an OPGF model to simulate realistic energy scenarios, focusing on balancing hydrogen integration within existing gas networks.
- Techno-Economic Analysis: Using data specific to the North of Tyne region, the project performs a detailed techno-economic analysis, revealing the potential benefits of hydrogen blending, particularly in terms of cost-effectiveness and emissions reduction.
- Results: Simulation results suggest that hydrogen blending can stabilize energy output while reducing CO₂ emissions. The analysis highlights that blending hydrogen into the gas network could contribute significantly to the region’s decarbonization targets.
- Investment Planning: Long-term simulations outline investment needs and priorities for the region, enabling policymakers to plan for infrastructure and technology improvements in line with regional energy and climate goals.
For further insights, explore the presentation slides here PDF link.