Share your hydrogen power demands and project scale. We provide customized hydrogen energy solutions, full EPC services, green hydrogen production and stable power support, helping you achieve low-carbon energy transformation
We provide an integrated hydrogen power generation solution combining on-site hydrogen production with high-efficiency clean power generation. The system supports three hydrogen production routes: natural gas catalytic cracking, methanol reforming, and water electrolysis (PEM/Alkaline), powered by Hyvoda’s professional hydrogen generators. High-purity hydrogen is produced on demand to drive fuel cells or hydrogen internal combustion engines for stable electricity generation. The solution enables combined cooling, heating and power (CCHP), peak shaving, backup power, and long-duration energy storage. With low emissions, high efficiency, high reliability, and intelligent control, it is widely used in industrial parks, data centers, commercial buildings, renewable energy storage, and industrial energy supply.
– Natural gas purification and pressure regulating system
– Hyvoda natural gas catalytic hydrogen production unit
– High-efficiency hydrogen purification and drying module
– Hydrogen fuel cell / hydrogen internal combustion engine generator set
– Waste heat recovery and CCHP system
– Safety interlock and intelligent control system
– Methanol storage and supply skid
– Hyvoda DDH series methanol reforming hydrogen generator
– PSA high-purity hydrogen purification system
– Hydrogen power generation unit
– Heat recovery and distribution system
– Remote monitoring platform
– Water treatment and supply system
– Hyvoda PEM/Alkaline electrolyzer
– Hydrogen compression, drying and storage system
– Hydrogen fuel cell power generation system
– Energy management and grid-connection system
– Leakage alarm and full-process safety protection
– Multi-source hydrogen production module
– High-efficiency power generation host
– Waste heat boiler and absorption chiller
– Cooling and heating circulation system
– EMS intelligent energy scheduling system
– Safety protection and auxiliary components
Our methanol‑to‑hydrogen system starts with methanol and deionized water as feedstocks. The methanol is stored in a dedicated methanol storage tank, while a pure water station supplies high‑purity water. Both streams are precisely metered and mixed in a mixing system before entering the reformer unit. Inside the reformer, the methanol/water mixture undergoes catalytic reforming, producing hydrogen‑rich synthesis gas.
The raw gas is then purified to achieve high‑purity hydrogen. The purified hydrogen is buffered in a hydrogen buffer tank to ensure stable pressure and flow, then compressed by a hydrogen compressor to the required delivery pressure.
The compressed hydrogen can be directly fed into a fuel cell system for on‑site power generation, or delivered to energy storage units, connected to the grid, or supplied directly to end‑user applications. This integrated architecture ensures efficient, reliable, and low‑cost conversion from methanol to hydrogen energy.
With waste heat recovery, overall energy efficiency can reach 85%, greatly reducing energy cost
Compatible with natural gas cracking, methanol reforming, and PEM/Alkaline water electrolysis, adaptable to fuel, site and policy conditions.
Automatic control, remote monitoring, fault self-diagnosis and intelligent operation & maintenance
Near-zero NOx, SOx and particulate emissions, fully compliant with global environmental standards
Stable output, long continuous operation, suitable for base load, peak shaving and emergency backup power
Compact design, flexible capacity expansion, easy integration with wind, solar and energy storage systems
Integrated Hydrogen Production & Power Generation • Natural Gas Cracking | Methanol Reforming | Water Electrolysis
