on-Site 24V Fuel Cell 850 Drgree Anode Solid Oxide Fuel Cell Manufacturers

• Customization: Available
• Regenerative Type: Non-Regenerative
• Indirect Type: Reforming Type
• Model NO.: WB-101
• Electrolyte: SOFC
• Working Temperature: 600°C-1000°C
• Fuel Type: Solid Oxide Fuel Cell
• Generation: SOFC
• Solutions: Direct Type
• Rated Power: 300W-1000W
• Peak Power: 1000W
• Operating Ambient Temperature: 750ºC
• Design Life: >10000h
• Transport Package: Wooden Case or Container
• Specification: 0.5*0.5*0.5m
• Trademark: WOBO
• Origin: China
• HS Code: 8419899090
• Production Capacity: 1000 Sets/Year

Product Description

Solid Oxide Fuel Cell

On-Site 24V Fuel Cell 850ºC Anode Solid Oxide Fuel Cell Manufacturers

Product Description

SOFC (Solid Oxide Fuel Cell/Solid Oxide Fuel Catalog) is a high -energy -efficiency power generation device. By generating the chemical reactions of fuel (hydrogen) and oxygen, recycling accompanying thermal energy, and providing energy with heat. The battery stack is the core part of the SOFC unit that connects dozens of ceramic batteries into the SOFC unit.

Product Parameters

Model	WB-101		WB-102
Power(w)	300W	1000W	2.5KW	5KW
Number of cells	12	36	24	48
size(mm)	220×186×75	220×186×178	352×320×135	352×320×238
Weight(kg)	≤13kg	≤25kg	≤57kg	≤88kg
Operatingtemperature	750ºC	750ºC	750ºC	750ºC

Technical Principle

The solid oxide fuel cell uses electronics and generates electricity through several basic steps

1 Natural gas is reorganized by steam. This chemical reaction produces hydrogen (H2), carbon monoxide (CO), carbon dioxide (CO2) and steam (H2O). Some unresolved natural gas will be left in the mixture.
2 The element mixture from the regulator enters the fuel cell on the anode side. At the same time, air (including oxygen) enters fuel cells on the cathode side.
3 The combination of oxygen in the air and free electrons, forming oxide ions in the cathode. Oxide ions with free electrons move from the cathode to anode through electrolyte.
4 In anode, oxide ions and hydrogen react to generate water (steam), and react with carbon monoxide (CO) to generate carbon dioxide (CO2).
5 The reaction involved in step 4 releases free electrons. These free electrons reach the cathode through the external circuit and generate electrical energy.
       

Our Advantages

1. Much selective
SOFC can use natural gas, synthesis gas (CO, H2 and other mixed gas), biomass gas (such as biogas), etc., or can also use coal -to -gas, coalbed methane, shale gas, industrial by -production gas, etc. The efficiency of traditional fossil
energy conversion, reduce CO2 emissions, and achieve the clean and efficient utilization of fossil energy.

2.High electrolytic efficiency
Semi-Automatic PET Bottle Blowing Machine Bottle Making Machine Bottle Moulding Machine PET Bottle Making Machine is suitable for producing PET plastic containers and bottles in all shapes.

3. Thermal power connection to improve energy utilization efficiency
The power generation scale of the micro -thermal power connection system is usually 1 to 5 kW, which can directly use the electric energy and thermal energy of natural gas to provide a single user. When the power is rich, the power can be sold to the power grid. Save once energy consumption and improve energy utilization efficiency.

4. Compatible with traditional fuel
SOFC can use traditional fuel, but its startup time is long, suitable for auxiliary power devices for luxury cars, leisure cars and heavy trucks.

5. Can be used for portable power supply
SOFC -based micro -power generation systems are also expanding to the field of portable power supply, mainly because SOFC has higher power density [than power density is the ability to describe the battery that can release greater energy in an instant. ],Micro -Tube SOFC can meet the rapid startup requirements.

 

Production Process

Product Detection System

     Hardware and software solutions for SOFC test beds
In a system, the unit under test (UUT) or device under test (DUT) is the stack or module along with the complete BoP. The output power is typically DC for automotive or mobile applications and AC for grid-connected applications. System test beds are to be used to perform performance testing of your final system and to determine operating strategies for the highest possible efficiency on the one hand, and also to identify those areas that are causing degradation or underutilization of your system. To perform all these activities, To perform all these activities, we hardware and software tools for test beds together with our dedicated test bed automation.

Product Application

Certifications