Sunfire-Remote can bring reliable power generation to almost any application. A modular design makes Sunfire-Remote adaptable to your specific needs – with optional features such as solar panel connectivity or integrated into a PowerTrailer or a PowerBox with a range of additional options. No matter the situation, Sunfire-Remote can be trusted to deliver clean, reliable and cost-effective off-grid power to your project. Only one annual proactive maintenance and the use of robust long-life industrial components keep costs down.
Sunfire-Remote
Energy conversion at its best
Sunfire-Remote’s modular nature together with it`s industry leading performance and reliability makes it well suited to serve a wide range of industries. Sunfire-Remote operates in the harshest environments – bringing highly autonomous operation and low maintenance together in a robust design. It boasts an electrical efficiency of up to 35 %, almost double that of traditional diesel or gas generators, leading to emission and cost savings.
Our technology offers unmatched flexibility, working with Propane (LPG) or natural gas; while not emitting any significant pollutants. Few moving parts are leading to a long lifetime, and a reduced need for regular maintenance. This makes Sunfire-Remote perfectly suited for use in hard to reach locations.
Technical Specifications
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|
Sunfire-Remote 400 | Sunfire-Remote 900 |
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Electrical power |
350 W |
850 W |
|
Daily electrical capacity |
8.4 kWh/day |
20.4 kWh/d |
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Electrical power nominal |
150 – 350 W | 350 – 850 W |
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Rated voltage |
24 VDC | 24 VDC varies with battery voltage between 21 - 29 V |
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Thermal Output |
– | max. 1,250 W @ 850 W elec. via cooling circuit |
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Fuel |
Propane/natural gas | Propane/natural gas |
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Fuel consumption |
part load 74 g/h (0,95 kW) – full load 101 g/h (1,3 kW) |
part load 90 g/h – full load 210 g/h |
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Gas connection |
8 mm |
1/2" male |
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Pressure of gas connection |
15-50 mbar |
15-50 mbar |
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Weight |
40 kg |
150 kg |
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Dimensions |
550 x 480 x 400 mm |
680 x 1.150 x 600 mm |
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Ambient temperature for operation |
-20 °C to +40 °C |
-20 °C to +40 °C |
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Water / lubricant consumption |
none | none |
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Noise emission |
< 50 db(A) |
< 50 db(A) |
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IP protection category |
IP20 | IP20 |
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Communication |
Ethernet TCP/IP | Ethernet TCP/IP |
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System scope |
Sunfire SOFC core system, battery management, desulfurization cartridge |
Sunfire SOFC core system, battery management, desulfurization cartridge |
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Essential accesories for operation |
|
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Average performance at beginning of life. Performance over its operating life may vary due to integration and installation concept as well as operating conditions.
Frequently asked questions
How high is the fuel consumption? How long does a full tank last?
Sunfire-Remote fuel cell units have an electrical efficiency of approx. 30 %. As a rule of thumb, there is a need of 3.33 kWhchem from fuel for 1 kWhel and 12.9 kWh chemical energy is stored in 1 kg Propane. Hence, about 3.87 kWhel can be generated from 1 kg Propane.
For a detailed fuel calculation a load curve, including voltage levels and peak power information is required to consider battery changing and conversion equipment efficiencies.
Are Sunfire-Remote fuel cells noisy?
No, they operate with low noise and without vibration. Noise mainly occurs from fans as well as a burner during start-up, optional additional noise adsorber are available.
What is the maintenance effort for Sunfire-Remote?
The Sunfire-Remote systems do not contain any lubricants and only two blowers as components with rotating parts. Hence, the annual proactive maintenance is limited to following activities: visual inspection, cleaning, change of desulfurizer cartridges, gas and air filters, gas leakage test.
How does the Sunfire fuel cell work?
The heart of the Sunfire-Remote units are Solid Oxide Fuel Cells (SOFC). These are high temperature fuel cells which operate at temperatures between 800 and 900 °C. Similar to other fuel cell technologies they compose of an anode and a cathode separated by a ceramic electrolyte. This principle is similar to batteries with the difference that fuel cells are continuously fuelled. The ceramic electrolyte conducts oxygen ions from the cathode to the anode whilst electrons are sent to an external circuit in order to produce electricity. At the anode, the oxygen ions combine with the fuel to produce water and carbon dioxide. Heat and carbon dioxide are also generated at the anode. Unlike conventional fuel cells, the Sunfire fuel cells run on hydrocarbons such as natural gas or propane.
