Current BAPV modules are based on p-type PERC solar cells, have half-cut cells and realized in glass-backsheet designs. However, the next module generation is already in the starting blocks. It is characterized by highly efficient solar cells such as ntype SHJ or TOPCon, shows high cell-to-module (CTM) values to due shingled module interconnection and has been developed sustainably in glass-glass design. Within the EU funded HighLite project such modules were developed and in this study the prototypes were detailed on their stability tested. Next to the thermo-mechanical resistance we are also focused on the LID, LeTID and PID sensitivity of those modules. The outcome of this investigation is development of degradation image pattern at the different cell technologies and the novel shingling of solar cells. Finally, we will close the paper with a risk analysis.