A cost-savings breakdown of decoupled water electrolysis for investors and decision-makers: where the savings actually come from, the supporting figures, and what is still company-reported rather than independently verified.
Electricity accounts for roughly 70 to 80 percent of green hydrogen production cost, making power flexibility a bigger lever than a cheaper electrolyzer alone. Decoupled Water Electrolysis (DWE), the technology commercialized by H2Pro, addresses both sides of the cost equation. On capital cost, it removes the membrane, platinum-group metals, and PFAS materials used in conventional systems, and runs at near-ambient temperature. On operating cost, it tolerates intermittent renewable power and unlimited on/off cycling without degradation, letting the system run only when electricity is cheapest.
H2Pro models a hydrogen cost of $2.49/kg in an off-grid solar configuration in Spain, below its $3.20/kg gray-hydrogen benchmark. This figure is company-modeled for a single site rather than independently benchmarked.
This video explains the cost structure behind green hydrogen, how DWE's design choices translate into capital and operating savings, and what remains unproven at commercial scale for H2Pro.
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