Products5kW Methanol Reforming HT-PEMFC Power Generation Module
5kW Methanol Reforming HT-PEMFC Power Generation Module
Hydrogen energy is produced and used immediately
The methanol reforming high-temperature membrane fuel cell power generation system uses hydrogen-rich reformate gas produced from methanol reforming as the direct fuel for high-temperature membrane fuel cell technology. It typically comprises a methanol reforming system and a high-temperature proton exchange membrane fuel cell stack. The advantage of this technology is that it can utilize the high energy efficiency, strong anti-poisoning capability, and simplified water-heat management of the high-temperature proton exchange membrane fuel cell stack. At the same time, it uses cheap and high-quality methanol as a hydrogen-rich carrier for direct energy utilization, allowing for immediate use without the need for purification, thus avoiding the high-pressure hazards in pure hydrogen storage, safety risks in transportation, and high usage costs. Compared to direct methanol fuel cells (DMFC), it meets the requirements for high-power generation in automobiles and ships, overcoming the low power density and methanol crossover technical challenges of DMFC.
Product Features
Electrical efficiency ≥42%, comprehensive thermal efficiency greater than 90%.
01
Compact single module design, capable of being scaled up through system stacking to form high-power products.
02
Uses methanol as fuel (reforming methanol into hydrogen-rich gas), offering high energy density.
03
Wide application range, suitable for electricity generation, combined heat and power, range extender systems, etc.
04
High safety level, with hydrogen produced and used on-demand, eliminating the need for storage and associated safety concerns.
05
Technical Specifications
| Item | Parameter |
|---|---|
| Rated power output（kW） | 3.5 |
| Peak power output（kW） | 5 |
| Power generation efficiency（%） | ≥42 |
| System efficiency（%） | ≥90 |
| Size L*W*H（mm） | 699*455*266 |
| Fuel | 60%methanol 40%water |
| Working conditions（℃） | -50~50 |
Applications
Serving as the core component of product
Power Generation
Range Extender Technology
Marine Power Supply
CHP
Hydropower Cogeneration