Chile Green Hydrogen Export Hub (Magallanes)

Chile's Magallanes region at the southern tip of Patagonia possesses what may be the planet's most favorable conditions for green hydrogen production: sustained wind speeds averaging 10–12 m/s that yield capacity factors above 60% — nearly double the global average for wind farms. Multiple mega-projects are converging here, most notably HyEx (a joint venture between Engie and Enaex) planning an 18,000-tonne ammonia pilot by 2025–2026 before scaling to 700,000+ tonnes annually, and TotalEnergies' H2 Magallanes project valued at over $16 billion targeting massive hydrogen-to-ammonia production for export.

Chile's green hydrogen ambitions address a structural opportunity: the country has world-class renewable resources but a small domestic market. Converting cheap wind and solar electricity into hydrogen and ammonia creates an exportable energy commodity — essentially bottling Patagonian wind for shipment to industrial markets in Japan, South Korea, Germany, and the Netherlands. Chile's national hydrogen strategy, launched in 2020, aims for 5 GW of electrolyzer capacity by 2025 and 25 GW by 2030, with the goal of producing the world's cheapest green hydrogen at under $1.50/kg.

The strategic implications are substantial. If Chile executes even a fraction of its pipeline, it becomes a first-mover in the global green hydrogen export market — a position analogous to Qatar's role in LNG. The Magallanes projects also represent a potential economic lifeline for a region historically dependent on oil extraction and sheep farming. Key risks include electrolyzer supply chain bottlenecks, port infrastructure gaps, and whether the cost of shipping hydrogen-derived ammonia across the Pacific can compete with locally produced alternatives in Asia. Chile's sharp ramp-up projected for 2030–2032 will be the critical test.