
Working on irrigation to all corners of my piece of land. Digging meters and meters and putting HDPE pipe connectors with water sockets. Digging is heavy work but I needed a workout actually
Working on irrigation to all corners of my piece of land. Digging meters and meters and putting HDPE pipe connectors with water sockets. Digging is heavy work but I needed a workout actually
Ah, that sucks 1 step forward and back at the start
Installing electricity lines are always finicky and cost me also a lot of effort. I understand your procrastination. Last week I have separated installing electricity lines by one line per evening (really one box and a line + the other side button/socket). And this helped greatly in overcoming the great effort of fixing stuff after work and dinner. The streak eventually ends and this week Factorio had me snatched up unfortunately.
They were not dying to find out, I hope?
The same here, thinking of how to make a door in wooden interior for electric installation has gotten me almost insane. So many choices. And then comes the hinges, do I use the ones I have for recycling or new, hiding the hinges but that means more complexity. There is not much space and all I use are 2,5x5cm wood lengths. It required quite some though processes if it is not standardized. Also I’m too shoddy and impatient for nice clean sharp finish. Luckily this style is consistence though.
I’ll try to share some pictures as that adds to the depth of the conversation
Also if these are not load bearing beams ( they have been almost cut throughto allow the pipe going through), make the gap wider and put some isolation around the pipe. But only if the pipe is the case of the water problem
Ah I see now there is double thread 😶🌫️
Indeed, it’s actually Wattpeak. For my work I make a difference between actual Watts and solar Wattpeak. I normally multiply by 0,75 to get the MAX power. This max power only occurs around noon as the sun goes up and down again. For energy in my home (Lithuania) I hope to get in the summer with 1kwh/M2/day from the solar panels.
There are geological overlays graphs available that give indication on how much kWh you can get. Solar atlas is one of them. Look for kWh/kWp, multiply it by your solar installation size and you have your average available intake of energy. You can find the kWh/kWp on average per year,month and day. So you know in winter that you produce a lot less than summer