1000 Square Design Electrolyzers

1000 Nm³/h Square AWE Equipment

 

â‘ Easy to operate and maintain

• Sealed by hydraulic extrusion, disassembled and assembled on site, and quick maintenance time

 

â‘¡Modular design

• Independent single-chamber unit, expandable single cells, and connectable multiple cells

 

â‘¢Low power consumption

• Zero-gap design, pure nickel electrodes, and high conductivity

 

â‘£High reliability

• Double safety insurance with hydraulic automatic control and multi-point mechanical locking, high-strength mechanical support frame, and independent liquid inlet and outlet of the single chamber to ensure uniform temperature field

 

 

1.Hydrogen production 1000Nm³/h

The hydrogen production capacity of this square AWE equipment is up to 1000Nm³/h per cell. The huge production capacity not only meets the high demand for hydrogen energy of some application scenarios, but also promotes the development of large-scale hydrogen energy industry.

 

2. DC power consumption: 4.1~4.3 kWh/Nm³

Efficient energy conversion is one of the critical indicators to measure the quality of alkaline water electrolyzers. The DC power consumption of this electrolyzer is controlled at 4.1-4.3 kWh/Nm³, realizing efficient use of energy, effectively reducing the energy cost of hydrogen production, and meeting the concept of sustainable development of clean energy.

 

3. The purity of hydrogen before purification reaches more than 99.8%

This square alkaline electrolyzer can ensure that the purity of hydrogen before purification reaches more than 99.8%, ensuring that the quality of hydrogen meets a wide range of application standards.

4. After purification, the purity of hydrogen reaches more than 99.999%

Through advanced purification technology, the electrolyzer can achieve a hydrogen purity of more than 99.999% after hydrogen purification. It can be widely used in fuel cells, electricity and other fields, helping to promote clean energy.

 

5. Working pressure 0.5MPa

The working pressure of this square alkaline electrolyzer is 0.5MPa. This is a breakthrough technology that increases the pressure at the outlet of the electrolyzer, which not only ensures the safe operation of the equipment, but also adapts to a variety of hydrogen usage scenarios, making it Wider application areas.

6. Working temperature 85±5℃

The operating temperature of this electrolyzer is within the range of 85±5°C, providing a suitable temperature environment for efficient hydrogen production. Stability and adaptability of operating temperatures help improve hydrogen production and quality.

 

7. Power fluctuation range 10-120%

This alkaline electrolyzer has a wide power fluctuation range and can operate stably under power fluctuation conditions of 10% to 120%, making it adaptable to different power supply conditions and improving the robustness of the equipment.

 

8. Cold start time ≤ 35min, hot start time ≤ 5min

This electrolyzer only takes 35 minutes and 5 minutes during cold start and hot start respectively. This quick startup feature improves the response speed of the device, making it more suitable for application scenarios that require frequent starts and stops.

 

9. Design time limit 8000h

The 1,000 square meter alkaline electrolytic cell has undergone rigorous design and testing and has a design life of up to 8,000 hours. This long-life design not only reduces the frequency of equipment replacement, but also reduces maintenance costs, providing users with a reliable experience.

 

 

SANY Hydrogen Energy GW-level Package Solutions:

The GW-level Hydrogen Production Solutions include 66 large-scale square electrolyzers, 22 sets of all-in-one air-liquid separation systems, 11 sets of all-in-one purification systems, 66 sets of high-performance power supplies, and 1 set of SIEMS energy management system developed by SANY that increases the overall utilization rate of green power by 10%, which is superior mainly because of a smaller footprint of the entire hydrogen production plant, and a decrease in the maintenance cost by 30% based on the module-oriented design with the maximum operating power density of up to 12000A/m².

 

As the brain of the GW-level Solutions of SANY Hydrogen Energy, this SIEMS energy management system of SANY Hydrogen Energy supports minute-level predictions of the wind and solar system, drives the hydrogen production control system based on millions of kernel data, and realize the rapid synthesis of energy while maintaining the off-grid interface. In addition, the self-developed cluster control algorithm can cover the computility of more than 80 sets of electrolyzers and ensure the underlying safety mechanism at the same time.

http://www.sanyhydrogenenergy.com/