Maybe the danger zone is too much for this, but I think I didn't saw any mentions of this yet.
So we have a truck mounted system of limited space, implying it would be worthwhile to go with maximum efficiency big panels that also happen to have ridiculously high Voc. Then comes an SCC of quite limited voltage. What if... the array was connected to a switch that would make it parallel during the high sun, but went to series connection for mornings/evenings/otherwise poor light conditions? Let's say some voltage limiting device prevents the SCC damage in case of sudden voltage surge in series mode, and there is a motorised switch to take care of make the changes in optimal conditions? Is it worthwhile at all or the idea is unheard of simply because it does not make sense?
So we have a truck mounted system of limited space, implying it would be worthwhile to go with maximum efficiency big panels that also happen to have ridiculously high Voc. Then comes an SCC of quite limited voltage. What if... the array was connected to a switch that would make it parallel during the high sun, but went to series connection for mornings/evenings/otherwise poor light conditions? Let's say some voltage limiting device prevents the SCC damage in case of sudden voltage surge in series mode, and there is a motorised switch to take care of make the changes in optimal conditions? Is it worthwhile at all or the idea is unheard of simply because it does not make sense?