Wobo Industrial Equipment Co., Ltd.
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Product Overview
The SOEC Water Electrolysis Hydrogen Production System features a modular and skid-mounted integrated design, offering a compact structure, small footprint, and easy installation. It significantly reduces on-site construction work. The system allows flexible configuration of hydrogen production capacity and can be integrated with external heat sources such as industrial waste heat, residual heat, or solar thermal energy. By combining thermal and electrical energy, it improves overall efficiency and reduces energy consumption, making it an advanced solution for clean and efficient hydrogen production.
Working Principle
The system is based on Solid Oxide Electrolysis Cell (SOEC) technology, which electrolyzes steam at high temperatures to produce hydrogen and oxygen. The high-temperature environment significantly reduces the electrical energy required for electrolysis. By introducing external heat sources into the process, thermal and electrical energy are utilized synergistically, enhancing energy conversion efficiency and lowering overall energy consumption.
Key Features
- Modular Design: Flexible expansion and configuration to meet various hydrogen production capacities and application scenarios.
- Skid-Mounted Installation: Highly integrated design enables quick installation and reduces construction time and costs.
- External Heat Integration: Compatible with industrial waste heat, residual heat, and solar thermal energy to improve energy efficiency.
- Compact Structure: Space-saving design suitable for installations with limited space.
Applications
- Industrial Waste Heat Utilization: Ideal for steel, petrochemical, and other high-temperature industries to produce hydrogen with reduced energy consumption.
- Renewable Energy Hydrogen Production: Integrates with wind and solar power for efficient conversion and storage of clean energy into hydrogen.
- New Energy Transportation: Provides a stable hydrogen supply for fuel cell vehicles and hydrogen refueling infrastructure.
- Integrated Energy Systems: Enables efficient coupling and utilization of electricity and heat in comprehensive energy systems.
| Hydrogen Production Parameters: | WOBO-100 | WOBO-1000 |
| Hydrogen Production Rate | 100 Nm/h | 1000 Nm3/h |
| Power Load Range | 0%~120% | 0%~120% |
| Thermal Startup Time | <2min | <5min |
| Hydrogen Outlet Pressure | 1.6MPa (g) | 1.6MPa(g) |
| Hydrogen Purity | up to 99.99% | up to 99.99% |
| System Rated Power (AC) | 360kW | 3600kW |
| Stack Energy Consumption (DC)* | 3.16kWh/Nm3 | 3.16 kWh/Nm3 |
| System Energy Consumption (AC)* | 3.6kWh/Nm3 | 3.6kWh/Nm3 |
| System Efficiency | 84% | 84% |
| Steam Inlet Volume | 134kg/h | 1340 kg/h |
| Inlet Temperature | 140℃ | 140℃ |
| Inlet Pressure | >1.5 bar(g) | >1.5 bar(g) |
| Weight | 6t | 60t |
| Footprint | ~50m2 | ~400m2 |
| Ambient Temperature | -20°C~40°C | -20°C~40°C |
