PEM Electrolyzer Series

Utilizing Proton Exchange Membrane (PEM) technology, this electrolyzer series enables efficient water electrolysis and serves as the premier solution for renewable energy integration (wind/solar) and zero-carbon chemical production.

• High-Performance Catalysis:Platinum/iridium catalysts accelerate electrochemical reactions, significantly reducing operating voltage for efficient electrical-to-hydrogen conversion with minimal energy consumption. Ensures stable operation under intermittent/low-power renewable inputs.

• Enhanced Conduction & Safety:PEM facilitates selective proton conduction while preventing gas crossover, ensuring operational safety. Provides low-resistance pathways for efficient ion transport and improved electrochemical performance.

• Modular & Compact Design:Occupies significantly less space than traditional systems. Flexible modular configuration supports diverse production needs and enables rapid system expansion/upgrades.

• Rapid Dynamic Response:Achieves full load adjustment (10%-120%) in <10 seconds. Quickly adapts to renewable energy fluctuations, stabilizing hydrogen output and minimizing energy waste.

AEM Electrolyzer Series

This series utilizes Anion Exchange Membrane (AEM) technology for hydroxide ion (OH⁻) conduction, delivering higher efficiency, lower energy consumption, and extended service life versus traditional electrolyzers. Designed for industrial production and energy storage, it offers superior safety and environmental performance.

• Significant Cost Advantage:Employs non-precious metal catalysts (Ni/Fe-based) reducing catalyst cost by 90%. Capital investment is 30-50% lower than PEM electrolyzers due to low-cost membrane materials and mature technology, enhancing ROI.

• Renewable Energy Integration:Operates efficiently at 50-80°C with minimal heat dissipation. Seamlessly adapts to fluctuating wind/solar power, maintaining stable operation under intermittent/low-power conditions to reduce curtailed energy

• Inherent Safety & Sustainability:Alkaline electrolyte eliminates acid corrosion risks, extending equipment lifespan. Achieves zero pollutant emissions with recyclable electrolyte and low wastewater treatment costs, ensuring green production compliance.

• High Performance:Achieves 70-80% electrical efficiency (comparable to PEM) under rated conditions. Features rapid response (<10 seconds) for 10-100% load fluctuations. Compact modular design enables easy stacking and system expansion.