Manuel Romanian

Thanks for your answer. I know that the closest option right now would be the "Mounted - Open Space" solution. However, as previously mentioned I thought about additionally adjusting the ambient temperature in the area. What is the best way for lowering the temperature in a certain region within PV*SOL? Thanks. And good to hear that soon Floating is going to be considered within PV*SOL.

Hi all together! What's the best way to consider PV systems built on a water body in PV*SOL? So far, there is no opportunity to take lower temperatures (1-3°) and therefore higher energy yields (5-10%) of the PV systems on water within PV*SOL into consideration. The only way I've thought of so far is to change the ambient temperature at the destination to the targeted- For example, if we have Berlin with mean temperatures of 12° over the year, I could decrease the temperature to 10°. However, this seems to be quite inaccurate to me and I would like to ask for another idea how to handle that problem. Additionally, it is quite complicated to create your own climate data file, which is why there probably must be another solution? Thanks for any answer. Best, Manuel