Global Hydrogen Potential Atlas

Sustainable locations in the world for the green hydrogen economy of tomorrow: technical, economic and social assessment of green hydrogen potential

Ecological

What environmental aspects and sustainability criteria must be taken into account in a global, green hydrogen economy?

Economical

How can the global potential of importing green hydrogen and synthesis products be economically measured and evaluated?

Social

What potentials arise in a globally networked hydrogen economy for the production countries to generate added value, jobs and co-benefits locally?

Global atlas of H2 potential

Germany will continue to rely on energy imports in the long term and will have to import a large share of green hydrogen and its synthesis products from global regions that are rich in wind and solar power. In this context, the HYPAT project is developing a comprehensive, global H2 potential atlas that identifies sustainable locations for the green hydrogen economy of the future.

Project description

Global atlas of H2 potential

Germany will continue to rely on energy imports in the long term and will have to import a large share of green hydrogen and its synthesis products from global regions that are rich in wind and solar power. In this context, the HYPAT project is developing a comprehensive, global H2 potential atlas that identifies sustainable locations for the green hydrogen economy of the future.

Project description