1.Product Introduction
Stack is the core part of hydrogen fuel cell, which is composed of alternately stacked bipolar plates, membrane electrode mea, seals and front/rear plates. Hydrogen fuel cell takes hydrogen as clean fuel and converts hydrogen into electric energy through electrochemical reaction in the stack.
100W hydrogen fuel cell stack can produce 100W of nominal power and brings you full energy independence for various applications that require power in the range of 0-100W.
You can charge your laptop, smartphone, radios, fans, bluetooth headphones, portable cameras, LED flashlights, battery modules, various camping devices, and many more other portable devices. Small UAVs, robotics, drones, ground robots, and other unmanned vehicles can also benefit from this product as a quite and highly efficient electrochemical power generator.
2. Product Parameter
| Output Performance | |
| Nominal Power | 100 W |
| Nominal Voltage | 12 V |
| Nominal Current | 8.33 A |
| DC Voltage Range | 10 - 17 V |
| Efficiency | >50% at the nominal power |
| Hydrogen Fuel | |
| Hydrogen Purity | >99.99% (CO content <1 ppm) |
| Hydrogen Pressure | 0.045 - 0.06 MPa |
| Hydrogen Consumption | 1160mL/min (at nominal power) |
| Environmental Characteristics | |
| Ambient Temperature | -5 to +35 ºC |
| Ambient Humidity | 10% RH to 95% RH (No misting) |
| Storage Ambient Temperature | -10 to +50 ºC |
| Noise | <60 dB |
| Physical Characteristics | |
| Stack Size | 94*85*93 mm |
| Controller size | 87*37*113mm |
| System Weight | 0.77kg |
3.Product features:
Many product models and types
It can be customized according to customer requirements
Good environmental adaptability and adapt to various weather changes
Light weight, small volume, easy to install and move
4.Applications:
Back-up power
Hydrogen bicycle
Hydrogen UAV
Hydrogen vehicle
Hydrogen energy teaching aids
Reversible hydrogen production system for power generation
Case display
5.Product Details
A controller module that manages the startup, shutdown, and all other standard functions of the fuel cell stack. A DC/DC converter will be required to convert the fuel cell power into the desired voltage and current .
This portable fuel cell stack can be easily connected with a high purity hydrogen source such as a compressed cylinder from a local gas supplier, hydrogen stored in a composite tank, or a compatible hydride cartridge to get the best performance.
