- Overview
- Product Description
- Project Case
- Product Advantages
- Product Application
- Related Products
- Certifications
Basic Info.
Model NO.
customized
Noise Level
Low
Parts
Air Purification Components
Purpose
Gas Manufacturing
Purity
99.9-99.999%
Capacity
5nm3-1000nm3
Heating Temperature of Purifier
250ºC
Rated Power Voltage
380V 50Hz or Customized
Transport Package
Wooden Case or Container
Trademark
WOBO
Origin
China
HS Code
8419899090
Production Capacity
17, 000 Tons/Year
Product Description
Concentrated Solar Power (CSP) Hydrogen Production and Waste Heat Utilization System
Attractive Price 12 Bolt Solar-Powered Hydrogen Electric Generator for Industrial
The Photovoltaic Electrolysis Hydrogen Production System refers to a system that utilizes renewable energy (solar power) to electrolyze water and produce hydrogen gas. The excess electricity generated by solar panels is used to power the electrolysis unit, which converts water into hydrogen gas for storage. The stored hydrogen can then be transported to fuel cell power generation units, where it is converted back into electricity to power electrical devices. This system enables the conversion between electricity, gas, and heat. When integrated with battery storage and solar photovoltaic generation, it can help alleviate peak electricity demand, serving as a peak shaving solution. Additionally, it can be used as a backup power source for large-scale communication base stations in remote areas.
The Photovoltaic Electrolysis Hydrogen Production System finds extensive application in various scenarios, including base stations, equipment rooms, data centers, outdoor surveillance, remote areas, hospitals, recreational vehicles, and outdoor operations (field work).
Attractive Price 12 Bolt Solar-Powered Hydrogen Electric Generator for Industrial
The Photovoltaic Electrolysis Hydrogen Production System refers to a system that utilizes renewable energy (solar power) to electrolyze water and produce hydrogen gas. The excess electricity generated by solar panels is used to power the electrolysis unit, which converts water into hydrogen gas for storage. The stored hydrogen can then be transported to fuel cell power generation units, where it is converted back into electricity to power electrical devices. This system enables the conversion between electricity, gas, and heat. When integrated with battery storage and solar photovoltaic generation, it can help alleviate peak electricity demand, serving as a peak shaving solution. Additionally, it can be used as a backup power source for large-scale communication base stations in remote areas.
| Project Name | Planned Construction Content | Yearly output |
| Gansu Renewable Hydrogen Storage and Comprehensive Utilization Demonstration Project | Green Hydrogen Production | 17,000 tons/year |
| Green Ammonia Production | 39,000 tons/year | |
| Wind Power Capacity | 85 megawatts | |
| Photovoltaic Capacity | 130 megawatts |
Technical Features:
* Fast Start-up and Simple Operation: The system initiates quickly and is easy to operate.
* High Purity Hydrogen Output: The produced hydrogen has high purity.
* Long Continuous Operation: The system can operate continuously for extended periods.
* Integration with Renewable Energy Sources: It can be combined with solar energy, wind energy, batteries, etc., to form a comprehensive backup power system.
* IP54 Outdoor Enclosure: The system is housed in an IP54-rated outdoor enclosure, making it suitable for outdoor and rooftop installations.
* Lightweight and Compact Design: The system is lightweight and compact, facilitating installation.
* Quiet Operation: It operates quietly, and it has low carbon emissions.
The Photovoltaic Electrolysis Hydrogen Production System finds extensive application in various scenarios, including base stations, equipment rooms, data centers, outdoor surveillance, remote areas, hospitals, recreational vehicles, and outdoor operations (field work).
