Maximize energy utilization with advanced fuel cell technology
Zero Emissions
Generate clean electricity with water as the only by-product
Fast Response
Instant power output adjustment for dynamic load demands
Modular Design
Scalable architecture from small systems to utility-scale plants
Smart Monitoring
Real-time monitoring and remote operation for optimized performance
High Reliability
Designed for continuous operation with exceptional system availability
How The System Works
1.Methanol Supply
Methanol is stored and delivered as a safe and cost-effective hydrogen carrier
2.Hydrogen Production
Methanol is stored and delivered as a safe and cost-effective hydrogen carrier
3.Hydrogen Buffer Storage
Hydrogen is temporarily stored to ensure continuous and stable supply
4.Fuel Cell Power Generation
Hydrogen reacts electrochemically with oxygen to generate clean electricity
5.Battery Energy Storage
Integrated battery storage provides black-start capability and load balancing
6.PCS & Grid Output
Electricity is converted and delivered to the grid or local loads
Complete Plant Architecture
Methanol → Water Treatment → Mixing → Hydrogen Production → Hydrogen Storage → Hydrogen Compression → Fuel Cell Power Generation → Power Distribution & Energy Utilization
The system combines multi-layer hydrogen safety protection, real-time monitoring, intelligent fault detection and remote operation capabilities. With continuous hydrogen leak detection, automatic emergency shutdown, predictive maintenance and 24/7 IoT monitoring, it ensures maximum safety, high availability and stable long-term power generation.
Applications
Ready to Build Your Hydrogen Power Plant?
Talk with HYVODA engineers about your next hydrogen-to-power project