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PEM Electrolytic Cell
PEM Electrolytic Cell
Cosber's electrolytic cell use proton exchange membrane,water electrolysis technology to produce hydrogen.The product occupies only a small area and light.It can start and stop quickly,is easy to realize automatic control and unattended,and is suitable for the application scenarios of distributed photovoltaic generation and small off-grid wind power,power energy storage and hydrogen production.
Cosber's electrolytic cell use proton exchange membrane,water electrolysis technology to produce hydrogen.The product occupies only a small area and light.It can start and stop quickly,is easy to realize automatic control and unattended,and is suitable for the application scenarios of distributed photovoltaic generation and small off-grid wind power,power energy storage and hydrogen production.
Electrolysis System Flowchart
Cabinet design,small and flexible,easy to use. It can be used in well-ventilated workshops,or outdoors with shelters,to provide high-quality electronic-grade ultra-pure hydrogen for various precision product,scientific and experimental purposes.It can also be combined with hydrogen storage and fuel cell co-generation systems to provide 24-hour and zero-carbon electricity and heat for small power generation station with photovoltaic or wind power.
Technical Data
Electrolysis System Flowchart
Product Overview
0.5—2Nm³/h
Cabinet design,small and flexible,easy to use. It can be used in well-ventilated workshops,or outdoors with shelters,to provide high-quality electronic-grade ultra-pure hydrogen for various precision product,scientific and experimental purposes.It can also be combined with hydrogen storage and fuel cell co-generation systems to provide 24-hour and zero-carbon electricity and heat for small power generation station with photovoltaic or wind power.
| Product Overview | |
| ▪ Electrolysis of pure water to produce hydrogen,no corrosion,no pollution,high hydrogen purity; |  |
| ▪ Product modularity,different hydrogen output can be customized according to customer requirements,and provides professional suggestions; | |
| ▪ Membrane electrode production technology is mature,product performance is efficient with fast response and high current density; | |
| ▪ Strong ability to adapt to the site,can be tailored according to the site conditions and ensure the quality; | |
| ▪ Search key start/shutdown,emergency shutdown,real-time hydrogen leak detection,automatic fault detection system;depressurization; | |
| ▪ Adjustment range:0-100% automatic adjustment; | |
| ▪ After-sales service,solve the customer's problem in time. | 2—10Nm³/h |
Technical Data
|
Indicator Model |
C— PEM-05 |
C— PEM-1 |
C— PEM-2 |
C— PEM-4 |
C— PEM-5 |
C— PEM-8 |
C— PEM-10 |
|
Hydrogen Outlet：Nm³/h |
0.5 |
1 |
2 |
4 |
5 |
8 |
10 |
|
Oxygen Outlet：Nm³/h |
0.25 |
0.5 |
1 |
2 |
2.5 |
4 |
5 |
|
Rated Power of electrolytic cell: kW |
2.4 |
5 |
10 |
20 |
27 |
39 |
55 |
|
Rated operating voltage：VDC |
24 |
50 |
100 |
36 |
48 |
70 |
38 |
|
Rated operating current：ADC |
100 |
100 |
100 |
560 |
560 |
560 |
1450 |
|
Hydrogen outlet pressure: MPa |
3 |
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Oxygen outlet pressure: MPa |
normal |
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Inlet water pressure：MPa |
≤0.2 |
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Inlet water quality requirement |
ASTM 01193 Type I I Deionized water（＜ 1µS/cm, > 1MO·cm), propose ASTM 01193 Type I Deionized water（＜ 0.1 µS/cm, >10 MΩ·cm) |
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|
Water Consumption：L/Nm³ |
0.95 |
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Operation Temperature：℃ |
45—65 |
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Energy consumption：kW·h/m³ |
4.78 |
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Energy efficiency |
74% |
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