AEM Modular Hydrogen Production System

Product Overview
The AEM Modular Hydrogen Production System utilizes Anion Exchange Membrane (AEM) technology and AEM electrolyzers, integrating hydrogen production, gas-liquid separation, drying, and purification functions. This system is highly efficient, flexible, easy to maintain, and scalable, making it suitable for various hydrogen applications. It can adjust its capacity based on demand and respond rapidly to changing operational conditions. The AEM hydrogen production system is widely used in hydrogen refueling stations, industrial applications, backup power, and off-grid power generation.

Product Features

• Efficient Hydrogen Production: The AEM electrolyzer allows for efficient hydrogen generation, enhancing energy conversion efficiency.
• Modular Design: Flexible system design supports modular stacking and on-demand configuration, catering to different scale requirements from 1 Nm³ to 200 Nm³, meeting small to medium-large hydrogen production needs.
• Easy Maintenance: The system is easy to maintain, offering quick response times and high stability, ensuring reliable long-term operation.
• Integrated Functionality: Includes built-in gas-liquid separator and drying-purification units, providing pure hydrogen output and reducing the need for additional post-treatment equipment.
• Fast Response: The system can quickly adjust to changing power or hydrogen demand, ensuring a continuous hydrogen supply.
• Versatile Applications: Suitable for hydrogen refueling stations, industrial applications, off-grid power generation, and backup power, addressing a wide range of market needs.

Application Areas

• Hydrogen Refueling Stations: Provides efficient hydrogen production systems for refueling hydrogen-powered vehicles, meeting the energy demands of hydrogen transportation.
• Industrial Hydrogen Production: Suitable for industrial hydrogen needs in sectors such as chemicals, metal processing, electronics manufacturing, and more.
• Backup Power & Off-Grid Generation: Provides stable hydrogen energy supply for remote areas or emergency situations, supporting off-grid power generation systems.
• Distributed Energy Systems: Supports distributed energy networks, offering hydrogen production solutions for locations requiring stable and sustainable energy supplies.