H2Pro Has Expanded Hydrogen Pilot to Spain
The company moved its water electrolysis technology from Israel to upcoming industrial sites in Spain.
Updated on Sept. 30, 2026 in Energy
Live Poll
Do you believe transitioning to new green energy technologies will effectively lower future energy costs?
H2Pro has transitioned its membrane-less decoupled water electrolysis technology from an Israeli pilot facility to planned sites in Spain. The company aims to scale its production capacity significantly from its current pilot operations.
Why it matters
The move is designed to demonstrate that green hydrogen production can remain both flexible and low-cost by utilizing intermittent renewable energy. Scaling to larger industrial sites marks a critical step toward proving the technology at a commercial level.
The Tziporit pilot module operates at 0.5 MW using intermittent solar power to produce 200 kg of hydrogen daily. Future growth targets include capacity expansions to 50 MW and 150 MW.
The players
H2Pro
An energy technology company that develops decoupled water electrolysis systems for green hydrogen production.
The details
The electrolysis process utilizes membrane-less technology that is specifically designed to work with intermittent solar energy. This system allows for the decoupling of water electrolysis, which the firm utilizes for mixing hydrogen with industrial gases.
Timeline
September 29, 2026: Expansion plans for the Spanish demonstration plants were confirmed.
The Big Picture
This transition follows a pattern set by the European Union's Hydrogen Strategy to build domestic renewable fuel infrastructure. It shifts the technology from small-scale testing into the larger, competitive market of utility-grade green energy production.
The success of these larger plants could eventually lower the cost of green hydrogen for industrial applications. This technological shift may facilitate a more reliable supply of clean fuel for sectors that currently rely on carbon-intensive energy sources.
The takeaway
Advancements in decoupled electrolysis represent a move toward integrating intermittent renewable energy sources into industrial processes. These developments highlight the ongoing effort to make green hydrogen a commercially viable alternative to traditional fuel sources.
Further reading
Learn more about the latest innovations in Energy.
Source note: This article includes information reported by Hydrogen Fuel News.
Live Poll
Do you believe transitioning to new green energy technologies will effectively lower future energy costs?
