Anonymous
9/2/2025, 1:41:52 AM
No.2942322
>>2942305
>shipping containers in our area sell and deliver for 6000+
Fucking brutal.
I am still not sure how the fuck you got up to 8500 but I'm going to assume the solark was 60% of that and you bought new panels?
What is your system voltage? 48(51.2) I assume? 51.2 280/315ah chinkshit batteries are getting crazy. Like half what I paid per kwh a year ago. I'm guessing that's what you're looking at with a 14.5kwh
My setup is all Chinese noname but the mppt charger does 128v 180a, so it can in theory support up to 24kw in but the battery bank on paper only can handle 1C so 12.8kw max, which out of sheer laziness I'm at 10% of but it's enough for living.
The problem with most beginner and DIY friendly units is they are too smart for their own good and will shut off of you throw big inductive loads on them.
Wells are the absolute worst case for solar because of the usually long wire runs and psc motor. They need a massive overhead, like 5x it's current rating, and that is what you should make at minimum continous duty.
I have a few regrets, like not just going with raw lfp 280ah cells and building my own compression/containment, and building around 128vdc instead of 192v or 360-380v. Ehh, it's whatever. I have had zero issues with it in 6 months so far. Can't recommend lfp more for you, it's maintenance free so long as you have a temperature/weather controlled environment.
>shipping containers in our area sell and deliver for 6000+
Fucking brutal.
I am still not sure how the fuck you got up to 8500 but I'm going to assume the solark was 60% of that and you bought new panels?
What is your system voltage? 48(51.2) I assume? 51.2 280/315ah chinkshit batteries are getting crazy. Like half what I paid per kwh a year ago. I'm guessing that's what you're looking at with a 14.5kwh
My setup is all Chinese noname but the mppt charger does 128v 180a, so it can in theory support up to 24kw in but the battery bank on paper only can handle 1C so 12.8kw max, which out of sheer laziness I'm at 10% of but it's enough for living.
The problem with most beginner and DIY friendly units is they are too smart for their own good and will shut off of you throw big inductive loads on them.
Wells are the absolute worst case for solar because of the usually long wire runs and psc motor. They need a massive overhead, like 5x it's current rating, and that is what you should make at minimum continous duty.
I have a few regrets, like not just going with raw lfp 280ah cells and building my own compression/containment, and building around 128vdc instead of 192v or 360-380v. Ehh, it's whatever. I have had zero issues with it in 6 months so far. Can't recommend lfp more for you, it's maintenance free so long as you have a temperature/weather controlled environment.