Impact of the temperature on calendar aging of an open cathode fuel cell stack

This paper deals with calendar aging of a proton exchange membrane open-cathode fuel cell. Calendar is already developed for energy sources as supercapacitor and batteries but the literature very poor cell stacks. However, this kind test necessary to determine actual lifetime system without running it define impact storage such system. One possible outcome cells provide electricity in remote areas connection grid. issue becomes even more challenging under hard environmental conditions, especially negative ambient temperatures. Experimental research on degradation open cathode these tricky conditions needed investigate resting states evaluate sub-zero temperatures performance losses.