1500 Alkaline Water Electrolysis Hydrogen Production Equipment
Upgraded fastening system reducing the leakage of electrolyzer under alternating working conditions
1500 Nm3/h Alkaline Water Electrolyzer
Advantage
1.Wide power fluctuation range
- The adaptable power fluctuation range is 30-120%, which is better suited for wind and solar hydrogen production.
2. Highly reliable
- Double protection of internal and external sealing
- Fastening system upgrade to reduce electrolytic cell leakage under alternating working conditions
- Large-diameter bipolar plate technology effectively reduces the length of the electrolytic cell
- Thickness of bipolar plate coating: ≥50μm (at the lowest point), with high corrosion resistance to ensure prolonged service life
3. Low power consumption
- New flow-field design with simulation of the electrolyzer structure and testing for iteration and optimization to ensure flow uniformity in fuel cells
- New-generation electrodes with industry-leading overpotentials and tolerance in electrode reactions
- Comprehensive power consumption ≤4.8kWh/Nm³
4. Short cold start time
- Independently developed alkali heating circulation system, reducing cold start time by 50%
Technical specifications and performance
1. High hydrogen production, comprehensive surpass
This alkaline electrolysis water hydrogen production device can produce hydrogen up to 1500Nm³ per hour.
2. Low consumption and high efficiency, DC power consumption ≤4.4kWh/Nm³
The DC power consumption of this electrolyzed water hydrogen production device is ≤4.4kWh/Nm³, which has higher production efficiency and is significantly improved compared to traditional equipment.
3. Extremely pure, ≥99.8% before purification, ≥99.999% after purification
The hydrogen purity of this alkaline electrolysis water hydrogen production device before purification has reached more than 99.8%, and after purification, it is as high as more than 99.999%. High-purity hydrogen not only meets the needs of industrial production, but also provides strong support for scientific research. .
4. Stable and reliable, working pressure 1.8MPa, working temperature 90±5℃
Along with high productivity, the stability and reliability of equipment are also indispensable. This alkaline electrolysis water hydrogen production device has fully considered this in its design. The working pressure is controlled at 1.8MPa and the working temperature is maintained at 90±5°C. This not only ensures the normal operation of the equipment, but also provides safer conditions for the operator. Reliable production environment.
5. Efficient operation, power fluctuation range 30-120%
The power fluctuation range of this alkaline electrolysis water hydrogen production device is wide, from 30% to 120%, which can ensure that the equipment can maintain efficient operation under various working conditions.
|
Name |
Parameter |
| Hydrogen production (Nm3/h) |
1500 |
| DC power consumption (kWh/Nm3) |
≤4.4 |
| Hydrogen purity (before purification) |
≥99.8% |
| Hydrogen purity (after purification) |
≥99.999% |
| Working pressure (MPa) |
1.8 |
| Working temperature (℃) |
90±5 |
| Standard working range (%) |
30~120% |
Scope of Application
Energy industry: It can be used in fields such as power generation, energy storage and fuel cells.
Transportation: Used in the transportation field, hydrogen production and hydrogenation integrated station electrolyzer hydrogen production, hydrogenation station hydrogenation. Hydrogen fuel cell on-board hydrogen storage systems for medium and heavy-duty vehicles, external hydrogen source hydrogenation stations, and management of vehicle hydrogen transportation in areas without hydrogen sources. Promote the development of hydrogen fuel cell vehicles.
Industrial uses: Green hydrogen synthesis, ammonia synthesis, methanol synthesis, refining and coal chemical industry, and also used as a reducing agent in the metallurgical industry. It is used in industrial fields such as chemical production, metal processing, and synthesis of hydrogen from hydrides.
FAQ
1. How to define the GW-level solution of SANY Hydrogen Energy?
The GW-level hydrogen production solution includes 66 large-capacity square electrolyzers, 22 sets of all-in-one gas-liquid separation systems, 11 sets of all-in-one purification systems, 66 sets of high-performance power supplies, and 1 set of SANY's self-developed SIEMS Energy Management System that increases the overall green power utilization rate by 10%. Its significant advantages include smaller footprint, an decrease in maintenance costs by 30% based on the module-oriented design and a maximum operating power density of 12,000 A/m2.
2. What is the SIEMS Energy Management System of SANY Hydrogen Energy?
The SIEMS Energy Management System of SANY Hydrogen Energy is the brain of the GW-level solution of SANY Hydrogen Energy, which is superior because it can support minute-level predictions for wind and solar energy systems to drive the hydrogen production control system based on millions of kernel data, and to realize the quick coordination of energy while maintaining the off-grid interfaces. Moreover, the self-developed cluster control algorithm can cover the computility of more than 80 sets of electrolyzers while the underlying safety mechanism is maintained.
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