Off-grid power should not cause you bad sleep
Off-grid power with Sunfire-Remote is simple, space-saving and involves little effort. It is the ideal solution for secluded areas, operating reliably either as a stand-alone energy source or in combination with photovoltaic systems.
- Be independent: Maintenance intervals > 1 year enable autonomous operation.
- Think ahead: Thanks to high fuel cell lifetime you benefit from a long-term solution.
- Rely on robustness: Your power generator operates continuously – also under harsh conditions.
- Enjoy simplicity: Sunfire-Remote will be easily installed and integrated with your system.
- Care for the environment: You choose a sustainable alternative to conventional technologies.
Benefit from an innovative technology
With hundreds of systems installed, Sunfire is a global industry leader in the award-winning Solid Oxide Fuel Cells (SOFC) technology. Our stacks, the core of our fuel cell devices, operate at temperatures between 750 and 850 °C. They convert propane and natural gas electrochemically into electricity and heat.
- Reliability: Sunfire stacks have demonstrated up to 30,000 operational hours (opHrs) in continuous operation
- Robustness: Full performance in a temperature range between –20 and +55 °C, extension to -40 °C possible
- Low operating costs: Long maintenance intervals and low consumption of common fuel
- Multi-fuel: Available for the use of natural gas or propane – also from renewable sources
Power from 50 Watts to multiple Kilowatts
Sunfire-Remote is as individual as your challenges. Choose between two generators: Either as single unit or many combined to a larger system to achieve higher power output.

Small but powerful
With an average output of 350 watts, Sunfire-Remote 400 is perfectly suited for stationary or semi-mobile applications. The compact power generator is particularly easy to integrate into existing systems.

Double the performance
Satisfy higher needs with Sunfire-Remote 900. While one module already has an electrical output of 850 watts, parallel installation increases the performance. The resulting heat can also be used.
|
Sunfire-Remote 400 |
Sunfire-Remote 900 |
Sunfire-Remote 900 |
Fuel |
Propane/Natural Gas |
Propane | Natural Gas |
Max. electrical power |
350 W |
850 W | 750 W |
Max. electrical output |
8.4 kWh/day |
20.4 kWh/day | 18 kWh/day |
Typ. range of applications (with batteries) |
50 – 1,500 W | 350 – 3,000 W | 350 – 3,000 W |
Rated voltage |
24 VDC varies with battery voltage between 21 – 29 V | 24 VDC varies with battery voltage between 21 – 29 V |
24 VDC varies with battery voltage between 21 – 29 V |
Thermal Output |
none | max. 1,250 Wth @ 850 Wel | max. 1,100 Wth @ 750 Wel |
Average performance at beginning of life. Performance over its operating life may vary due to integration and installation concept as well as operating conditions.

Ready for renewables
Our customers use natural gas or propane to fuel Sunfire-Remote, substantially cutting CO2 emissions compared to conventional diesel generators. As our power generators convince with an unrivaled efficiency, they consume correspondingly little fuel. This, too, has a positive effect on the carbon footprint.
And there is even more reduction potential: Fuel your Sunfire-Remote with propane or natural gas from renewable sources and turn your off-grid power supply carbon-neutral.
Reliable power for critical infrastructures
OIL & GAS
SCADA and integrity monitoring,
Cathodic corrosion protection,
Remote-controlled gate valves at pipelines
SECURITY & SAFETY
Video surveillance systems,
Access control,
Illumination, Traffic control,
Signals, Speed cameras
ANY APPLICATION YOU CAN THINK OF
Environmental monitoring,
Meteorology technology (lidar, solar, radar),
Mountain huts or temporary buildings like office or welfare container,
Drones (charging stations, detection and defence)
Frequently Asked Questions
There is no one-size-fits-all solution for off-grid systems. We have collected the most frequently asked questions. For everything else, get in touch with our experts.

Sunfire is part of the RoRePower project and has received funding for product development and market introduction from the Fuel Cells and Hydrogen 2 Joint Undertaking under grant agreement No 824953. This Joint Undertaking receives support from the European Union’s Horizon 2020 research and innovation programme.