Fuel Cell Modeling (POIR)

CIM-mes Projekt is a member of the consortium implementing a project co-financed by the National Center for Research and Development under the INNOCHEM program, Measure 1.2 of the Operational Program “Sectoral R&D Programs,” titled: “Improved fuel cell manufacturing aimed at extending service life, improving operating parameters—in particular power per unit volume/mass of the cell—and reducing investment and operating costs through the use of alternative catalytic systems in printing technology.”

The objective of the project is to improve fuel cell manufacturing with the aim of extending service life and improving performance parameters. In particular, the specific power of the cell (power per unit area/volume/mass of the cell) is to be improved. A significant reduction in investment costs will be achieved through the use of printing technologies for the production of individual cell layers as well as for the application of alternative catalytic systems. Increased cell lifespan and efficiency will allow for a reduction in production costs, as well as a reduction in investment and operating costs through the use of alternative catalytic systems, also applied using printing methods, in a highly efficient and controlled manner.

The main role of CIM-mes in the project is the modeling and optimization of processes occurring during the production of fuel cell components.

Total project value: 4,473,492.96 PLN
Grant amount: 3,450,087.37 PLN