Industrial electrolyzer durability at scale requires a multi-tiered materials strategy: mitigating iridium dissolution at the anode via pyrochlore-struc...

Direct offshore coupling of wind turbines with PEM electrolyzers circumvents HVDC grid bottlenecks, provided engineers master high-purity seawater desal...

Transitioning green hydrogen from policy targets to physical execution requires shifting focus from stack efficiency metrics to balance-of-plant optimiz...

Achieving a levelized cost of hydrogen (LCOH) below $2.00/kg requires balancing electricity input prices against system capacity factors. Because electr...

In megawatt-scale industrial electrolyzer architectures, operating above the thermoneutral voltage creates a significant thermal management burden, conv...

Engineering Insight: While electrolyzer stack design garners the majority of research focus, the Balance of Plant (BOP) accounts for up to 50% of total capital expenditure (CAPEX) and over 20% of parasitic power losses in gigawatt-scale green hydrogen facilities. System-level efficiency and operational uptime...