International project validates renewable hydrogen energy systems in Antarctica
INACH Director Gino Casassa said the green hydrogen pilot plant design is backed by approximately 200 million Chilean pesos in funding from GIZ and the European Union
A delegation of Chilean and European authorities and institutions completed a technical visit to the Profesor Julio Escudero research station operated by the Chilean Antarctic Institute (INACH) on King George Island, where progress was presented on a pilot renewable hydrogen and energy infrastructure project designed to validate hybrid energy systems in one of the planet’s most demanding environments.
The initiative is part of the Team Europe Renewable Hydrogen Development (RH2) project, implemented by Germany’s GIZ agency and co-funded by the European Union and Germany’s Federal Ministry for Economic Affairs and Energy. Its goal is to generate technical evidence for the adoption of energy solutions in isolated territories, with support from the Magallanes Regional Government and INACH.
INACH Director Gino Casassa said the green hydrogen pilot plant design is backed by approximately 200 million Chilean pesos in funding from GIZ and the European Union, and highlighted the technical challenges of building on Antarctica’s frozen permafrost soils.
Javier Ortiz de Zúñiga, director of GIZ’s Energy Portfolio in Chile, stated that validating renewable hydrogen-based energy systems in an extreme environment like Antarctica generates high-value knowledge for energy infrastructure planning in isolated areas worldwide.
Mercedes Rodríguez Sarro, Deputy Head of Mission at the EU Delegation in Chile, noted that the visit promotes scientific and technological cooperation between the EU and Chile, the green transition, and international biodiversity commitments, including the Convention on the Conservation of Antarctic Marine Living Resources.
The project positions Antarctica as a natural laboratory for clean energy technology validation and reinforces the role of international cooperation in addressing global energy challenges.
