PEM water electrolysis is considered one of the most promising techniques for highly pure and efficient hydrogen production from renewable energy sources. It emits only oxygen as a byproduct without any carbon emissions.
Additionally, the produced hydrogen (H2) and oxygen (O2) can be directly used for fuel cells and industrial applications
Subject | Parameters |
|---|---|
PEM Area
| 4256cm² |
Size | 750 ×1180×760 (mm) |
Weight
| 4035 kg |
Single Electrolysis Module
| 1.96V |
Nominal Current
| 4776 A |
Maximum Hydrogen Output Pressure
| 3.0 MPa |
Maximum Hydrogen Output Volume
| 220 Nm3/h |
Efficiency
| >75% |
Subject | Parameters |
|---|---|
PEM Area
| 2849cm² |
Size | 560 ×1200×620 (mm) |
Weight
| 2496kg |
Single Electrolysis Module
| 1.96V |
Nominal Current
| 3190A |
Maximum Hydrogen Output Pressure
| 3.0 Mpa |
Maximum Hydrogen Output Volume
| 116 Nm3/h |
Efficiency
| >75% |
Subject | Parameters |
|---|---|
PEM Area
| 420cm² |
Size | 480 ×330×310 (mm) |
Weight
| 300 kg |
Single Electrolysis Module
| 1.96V |
Nominal Current
| 552A |
Maximum Hydrogen Output Pressure
| 3.0 Mpa |
Maximum Hydrogen Output Volume
| 11.6 Nm3/h |
Efficiency
| >75% |