Inner Mongolia Dengkou Integrated Demonstration Project for Wind and Solar Power-to-Hydrogen
Key Projects in Bayannur City | Major Hydrogen Energy Demonstration Project in Inner Mongolia Autonomous Region
Project Overview
The integrated wind-solar hydrogen production demonstration project in Dengkou, Inner Mongolia, is located in Dengkou County, Bayannur City, Inner Mongolia. Developed and invested by Shanghai Shanyao New Energy Development Co., Ltd., with a total investment of 31.21 billion yuan, the project aims to build an integrated hydrogen production base that combines wind power, photovoltaics, energy storage, electrolytic hydrogen production, and hydrogen storage. It has an annual green hydrogen output of 20,000 tons.
Core System
Wind and Solar Power Generation System
The project includes wind and solar power generation systems to fully leverage abundant local wind and solar resources, providing green, clean electricity for electrolytic hydrogen production.
- Wind Power Generation System: Harnessing abundant local wind resources
- Photovoltaic Power System: Fully Leverage Abundant Sunlight
- Energy Storage Systems: Ensuring Stable Power Supply
- Intelligent Dispatch System: Optimizing Coordinated Wind, Solar, and Storage Operation
Electrolytic Hydrogen Production System
Adopting advanced water electrolysis technology, we use clean electricity generated from wind and solar power to produce green hydrogen, with an annual output of 20,000 tons.
- Electrolyzer Equipment: High-efficiency alkaline electrolyzers
- Annual green hydrogen production: 20,000 tons/year
- Hydrogen Purity: Meets Industrial-Grade / Fuel Cell-Grade Standards
- Smart Control: Fully Automated Monitoring & Control System
Project Showcase
Showcase the full lifecycle of hydrogen production and storage—from wind and solar power to project construction and operations.
Panoramic View of Wind Farm
Photovoltaic array
Hydrogen Production Station
Electrolytic Hydrogen Production Plant
35kV Distribution Room
Analysis and Testing Building
Hydrogen Refueling Station
General Pump Room
Smart Control Center
220kV Indoor GIS Room
Panoramic View of Wind Farm
Photovoltaic array
Core Project Metrics
New Energy Side
Construction Content
Wind 300 MW + Solar 200 MW + Storage 75 MW/150 MWh
- · 48 wind turbines (160m tower)
- · Monocrystalline Modules + String Inverters
- · 220 kV Step-Up Station + Tie Line
Wind Farm 300 MW
Annual power generation: 8.14 billion kWhPhotovoltaic Power Plant 200 MW
20 years, average 3.82 billion kWh/yearEnergy Storage Configuration
Electrochemical energy storage: 75 MW / 150 MWh, used for wind and solar output regulation and system peak shaving to ensure stable power supply for hydrogen production.
Associated Works
Wind turbines, box-type transformers, collection lines, lifting platforms, roads, 220 kV step-up substation (including energy storage), and transmission line between step-up and step-down substations: 12 km.
Hydrogen production side
Construction Content
Water electrolysis for hydrogen production + hydrogen compression + storage
- · 44000 Nm³/h Electrolyzer
- · 8×2000 m³ Hydrogen Storage Sphere
- · Designed capacity: 2 thousand tons/year
Main Engineering Modules
Water electrolysis for hydrogen production + hydrogen compression + purification
Fresh Water / Circulating Water / Chemical Water / Nitrogen / Compressed Air / Instrument Air + Heating, Power Supply, and Telecommunications
Air Compressor Nitrogen Station + Tank Farm + Control Room + Laboratory
Hydrogen storage solution: 8 units of 2000 m³ spherical tanks
Single-tank capacity 2000 m³ × 8 units = Total hydrogen storage capacity 16 10,000 Nm³. Hydrogen is compressed and stored in spherical tanks, then regulated for delivery to downstream chemical users or transported via pipeline.
Substation
220 kV Step-Down Substation (Connected to Hydrogen Production Plant)
Use Cases
Industrial Sector
Replace gray hydrogen with green hydrogen in industrial applications such as chemical and metallurgical processes to achieve industrial decarbonization.
Transportation
Hydrogen fuel cell vehicles, hydrogen heavy-duty trucks, hydrogen logistics vehicles, and other transportation applications
Energy storage peak shaving
Hydrogen as an energy storage medium enables seasonal-scale, large-capacity peak shaving.
Hydrogen Pipeline Transport
Build hydrogen pipelines to enable long-distance, low-cost hydrogen transport.
Project Value
Zero-Carbon Demonstration
Build an integrated zero-carbon industrial base for wind, solar, energy storage, and hydrogen to set a benchmark for China's hydrogen industry.
Industrial upgrading
Drive the upgrade of local new energy industries and stimulate development across the upstream and downstream supply chains.
Job Creation
Creates numerous jobs during construction and operation, boosting local economic growth.
Dual Carbon Contribution
Annual production of 20 thousand tons of green hydrogen, replacing significant fossil fuel use and reducing carbon emissions.
Project Milestones
Project Initiation: Begin Preliminary Research and Planning
Pre-project initiation procedures
Project officially commenced construction
Full-scale operation launched with an annual green hydrogen production capacity of 20,000 tons.