SOEC requires a constant water vapor flow rate to stabilize OCV.
For this purpose, we have developed products that can control the temperature and pressure of water vapor so that the water vapor flow rate remains constant.
We can manufacture evaporators to your specifications, so please feel free to contact us.
In a cogeneration system such as a fuel cell system, which consists of a fuel cell unit and a hot water storage unit, the effective use and control of the heat generated has a significant impact on the efficiency of the entire system.
In SOFC systems, an important issue is to convert the heat energy (exotherm) generated simultaneously with the generation of electricity in the stack into the energy (heat absorption) required for steam generation, steam reforming reaction, and conversion of cold water into hot water, etc. without loss.
For this purpose, multiple heat exchangers are used in SOFC systems, and along with the efficiency of heat utilization as described above, downsizing is necessary to make the entire system compact.
Magnex Corporation provides heat exchangers for SOFC for such purposes and sells a variety of products.
We have manufactured a compact reformer that integrates a [water evaporator] and a [combustion unit] to heat up the reformer to produce hydrogen from natural gas and other resources for power generation in fuel cells.
We can modify the system to meet your specifications, so please feel free to contact us.
