AEM offers high efficiency with lower capex and opex, fewer rare materials, and excellent durability. It balances the purity and responsiveness of PEM with the affordability of alkaline systems.

Yes. When powered by renewable energy, our systems can produce hydrogen at the same or lower cost than conventional grey hydrogen, especially when factoring in avoided logistics, storage, and carbon costs.

Our systems are modular and stackable, supporting hydrogen needs from 10 Nm³/h up to multi-MW deployments — ideal for phased integration and brownfield/greenfield projects.

We offer commissioning support, system integration assistance, remote diagnostics, and long-term service agreements — ensuring your system performs optimally and reliably.

Yes. Our systems are modular and grid/load flexible, designed to fit both brownfield retrofits and new builds. We offer engineering support to streamline integration with balance-of-plant systems.

Absolutely. HYDGEN systems are designed for dynamic operation, including variable renewable inputs. Our control systems ensure safe, efficient load balancing and hydrogen output optimization.

From procurement to commissioning, our systems can be installed in as little as 3-4 months, depending on site readiness and integration scope.

HYDGEN electrolyzers operate at ambient pressures and temperatures with simplified BoP. Maintenance is minimal, with automated diagnostics and alerts. Stack lifetime exceeds 40,000 hours under typical industrial load profiles.

By enabling on-site green hydrogen production, HYDGEN helps organizations directly reduce Scope 1 and 2 emissions, avoid fossil-derived feedstocks, and comply with clean hydrogen mandates.

Yes. Our electrolyzers can support certification for clean hydrogen tax credits, carbon intensity thresholds, and renewable energy use — depending on your country’s policies and energy source.