European Commission's Second Hydrogen Auction and Global Initiatives Propel Renewable Hydrogen Production
Key Ideas
- The European Commission is set to conduct its second hydrogen auction via the Innovation Fund, offering up to €1.2 billion in support to renewable hydrogen producers in the EEA.
- Germany's Fraunhofer Institute forecasts annual savings of up to €4.3 billion by implementing offshore hydrogen production on two energy islands in the North Sea.
- The University of Houston envisions Texas Gulf Coast becoming a leader in clean hydrogen production, aiming for 21 Mtpa by 2050 with plans for global dominance.
- Mitsubishi Power's JAC gas turbine, part of the ACES Delta Hub in Utah, will transition to 100% hydrogen by 2045, showcasing a shift towards green energy solutions.
The European Commission has unveiled the final terms and conditions for its second hydrogen auction, aiming to boost renewable hydrogen production within the EEA. This auction, conducted through the Innovation Fund, will provide substantial financial support totaling €1.2 billion to successful bidders over a ten-year period starting in December 2024.
Moreover, Germany's Fraunhofer Institute has highlighted the economic benefits of offshore hydrogen production, particularly emphasizing potential annual savings of €4.3 billion by establishing offshore hydrogen production on energy islands in the North Sea. These islands, situated 150 km from the German shoreline, could significantly reduce grid buildout costs and enhance the utilization of HVDC cables.
On the other side of the globe, the University of Houston is driving efforts for the Texas Gulf Coast to lead in clean hydrogen production. With the HyVelocity Hub focusing on achieving global hydrogen dominance, Texas aims to produce 21 Mtpa of clean hydrogen by 2050, with a significant portion allocated for exports.
Additionally, Mitsubishi Power has made strides in shifting towards green energy solutions with its JAC gas turbine at the ACES Delta Hub in Utah. The hub plans to store green hydrogen in underground salt caves and transition the neighboring power plant to run on 100% hydrogen by 2045.
Furthermore, the European Commission's call for feedback on evaluating emission savings of low-carbon hydrogen underscores the ongoing efforts to clarify regulations and definitions within the EU hydrogen and gas market legislation, indicating a proactive approach towards enhancing the transition to sustainable energy.
Topics
Production
Renewable Energy
Innovation
Government Policy
Energy Storage
Carbon Reduction
Energy Market
Offshore Production
Energy Economics
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