Reliability, service life and the best possible performance despite declining costs: these are the most important parameters for any manufacturer of modules. These are exactly the challenges the group »Reliability of Solar Modules and Systems« faces as they focus on the characterization of modules, components and materials.
Through a combination of methods applied in material science, testing and model building, our partners and customers get a comprehensive and well-founded characterization of modules from one source. The focus is set on material-scientific analysis, mechanical testing and characterization experiments with the module, performance measurements in the laboratory and in the field as well as mechanical and thermomechanical finite element simulations. The objective we pursue is to examine solar modules with regard to various reliability aspects, optimize them and further develop derivable technological processes and materials.
Our projects are concerned with the integration of new crystalline cell concepts, the mechanical reliability of thin-film modules of all methods, the establishment of pilot plants for the regional development of PV and the adjustment of modules to the requirements of extreme climates.
- Module tests in conformity with IEC standards
- Thermomechanical finite element simulations
- Performance and yield measurement of solar modules