The calculations of the output have been reviewed because I took a too high peak power of a solar panel size 1 * 1.65 m. The peak power is reduced from 400 W up to 300 W.
Dear Adriaan,
So in general; if one has far too much power generated by the solar panels oriented in a east-west back to back setup in summer times. with as goal generating as much as possible during winter times.
even after you have refined your study a bit based on the new peak values.
Would you still conclude that an optimal south facing orientation of the panels, even though now needing more spacing between rows, will benefit the power generation during winter times?
If that is the case then I need to find some new and inventive ways to reposition more than 22 panels as my roof is already maxed out
![Sad :(](https://www.fieldlines.com/Smileys/default/sad.gif)
(I now have 44 panels in a east-west back to back configuration)
One thing I have been considering is to have floating arrays of panels. But especially during winter time the sun is rather low so I will need to have them float outside of my property to have full sun. But I guess no one minds as then we have little to no boating activity during those times anyway. But then that damned freezing that could happen. Now I have to think of a raft type that can deal with that.
{1}reason I ask is because I am trying to transition away from grid connected as even though netmetering has been extended for some time by our government again. electrical utility providers are actively trying to circumvent the loss of revenue by employing really nasty tricks like for people with smart meters. Some if not most of them are now being taken from behind by now netmetering will be done on a monthly basis rather than annually.
I am ecstatic I have always resisted the installation of a smart meter. And please believe me they tried! hard!!{/1}