AEMHY develops anion exchange membrane (AEM) electrolyzer stacks that use electrical energy to split water into hydrogen and oxygen. Our development approach brings together materials, electrodes and stack engineering, with a focus on performance, durability and integration into hydrogen production systems. Designed for on-site hydrogen generation and renewable energy applications, AEMHY stacks are available in configurations suited to different project requirements. Operating conditions and performance specifications depend on the selected model and configuration.
Key Advantages of AEM Electrolyzers:
✅ High Performance - Current density up to 5 A/cm²
✅ Low Energy Consumption - Operating voltage 1.7-2.0V
✅ Cost-Effective - No precious metal catalysts required
✅ Long Lifetime - Exceeding 10,000 hours
✅ Wide Load Range - 5%-120% flexibility for renewable energy integration
✅ Eco-Friendly - Non-toxic, sustainable operation
QZC Series AEM Electrolyzers - Complete Product Line:
QZC5 (2.5-25kW): Compact AEM electrolyzer stack for small-scale hydrogen generation. Output: 0.5-5 Nm³/h
QZC50 (25-250kW): Mid-size industrial AEM electrolyzer for medium-scale applications. Output: 5-50 Nm³/h
QZC200 (200-1000kW): Large-scale commercial AEM electrolyzer for industrial green hydrogen production. Output: 40-200 Nm³/h
Applications:
Industrial hydrogen production
Renewable energy storage and grid balancing
Green hydrogen for transportation
On-site hydrogen generation for refueling stations
QZC5（2.5kW～25kW） | QZC50（25～250kW） | QZC200（200～1000kW）(Undergoing performance validation) | |
Active area of a single cell | 100cm2 | 900cm2 | 2000cm2 |
Hydrogen production rate | 0.5~5Nm3/h | 5~50Nm3/h | 40~200Nm3/h |
Hydrogen production pressure | 3.2 MPa | 3.2 MPa | 3.2 MPa |
operating temperature | 60～70℃ | 60～70℃ | 60～70℃ |
Maximum size(mm) | 290*238*800mm | 490*535*590mm | 640mm*590mm*1100mm |
Electrolyte | 1M KOH | 1M KOH | 1M KOH |
