We already have hybrid inverters that does that automatically, you don’t even need a different circuit or special outlets. It can manage all the grid ties, off grid and battery parameters on the fly
We already have hybrid inverters that does that automatically, you don’t even need a different circuit or special outlets. It can manage all the grid ties, off grid and battery parameters on the fly
Subscribe! That would be quite interesting to follow along in future updates, if you don’t mind sharing
Unfortunately they usually do it on farmland around here, when they could easily go the agrivoltaics route. They would only need to raise it a meter or two and let the sheep roam around doing the trimming for them
Depending on location, it would have been cheaper to have those posts raised/reinforced in the first place instead of buying and hauling all that gravel
This one actually grinds my gears and it is too popular around here:



Damn, that looks great. Did you have to take it apart to apply the dyes?


You can’t say that and not show us the result! What color did you use for your guitar?


Oof, how did I forget wood burning?! That’s a great tip indeed.
I also never thought about using leather dye, I’ll look for it next time


That’s a good one, we’ll give it a try next time. I think I’ll try the other block rule as “the next person has to use their non dominant hand to pull their next piece” and see how it goes.
Still open to suggestions everyone, keep them coming
As in what happens if you plug too much stuff that it exceeds your solar production?
I’ll use mine as an example, but it might be different with different models and configurations:
Inverter can handle up to 10kw
If solar production is at 5kw, and home is demanding 7kw, in my case, I have it set up as to draw the remaining 2kw from the battery, if battery is depleted, it will draw 2kw from the utility company
If home demands more than 10kw that the inverter can handle, it will trip the internal inverter protection or a circuit breaker leading to it