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1st what voltage and current are you charging at? it would have to be serious amps to create steam... 2nd... have you measured each cell when at 90%+ charge to ensure each cell is the same voltage? I would guess the cell was way over voltage

I use a generic 100A generic lifepo 12v battery. And a victron 75/15 SCC to connect 24v to 12v.. I can set up a proper charge profile

solar assistant will do that with my growatt 3000 spf

sadly a starting capacitors don't store any energy on AC voltage.. what it does is phase shift the sin wave on the start windings allowing the anglers difference from the run windings to start the motor spinning..

the voltage at the output of the SSC and the battery should be the same.. if it isn't then it's the wire or connection.. read by a volt meter

14v can be just takes longer in absorption phase

1 you will need soft starts on each AC compressor 2 yes eg4 and growatt will do transfer switch 3 you will need a battery to start the units and deal with moving clouds.

you need bigger wires on your charger

get a volt meter 1st.. how long is the wire between battery and victron

high cell shutting down your battery.. lower your charge voltage. what battery? do you have Bluetooth acces to it?

on new install had to give the input 120v

to run off your 50a socket you will need 2 chargers or one 220v charger

might be able to cut back a few loads during an outage and be good

you say 25amps at 220v is 5500 watts... and will need lots of battery for 30 hours...

how much are you saving compared to 32x 280ah lifepo cells?

legally your are supposed to pull permits before work starts. they do have exceptions like weekends for emergencies.... that's where red tag stop work tags come from people that didn't

try a full isolation on a small inverter

what if you run your ham on a separate battery pack and you isolate as needed

before I switched to 24v 280ah. I had two 12v JK BMS and one always had higher amps at 13.2v.

I think some BMS have slightly different resistance and Lifepo voltage is so flat in the middle it allows drift. I would think in the upper and lower in the sharp voltage curve it would equal out

what where your testing parameters? where are you measuring the amp and with what? where your cells top balanced? what was your stating voltage and ending? where you using a BMS? what was the pack voltage when the one cell hit lower limit

how is battery 4 at a different voltage? BMS disconnected? battery 4 is at 3.16v per cell no where near 0%. as long as the batteries are at the same voltage. once they get into the sharp part of the curve it will pull current from the fuller battery

agreed I was saying in series.. just .2 volts from each other

they have to be charged while in parallel and neither fully charged at 1st

well now it glitched out and says it's a a 48v.. ughhh. didn't touch it

you can do RLA isn't listed because it variable frequency so it "ramps" up to speed and no surge current.. perfect for off grid

xr17 is a single speed compressor so a soft start would be fine.. it just closes a scroll bypass selniod to use 100% of the compressor

so when I have a large load like the air conditioner my solar input is 1399w but without large load on the inverter it ramps down to 679w any ideals?

no matter how balanced your 4 batteries are when you run them dead like that one will Always turn off first (the 3 volt thing)

it rises so quick because your battery is already at 3.2v per cell (100% charged)

in US? like more info

your electric company will let you grid tie without an electrician?

the vent didn't let go.. that looks like a heat issue with current and bad connection appears the terminal melted away.. what was on?

bond only at 1st point of disconnect.. is there a switch by the meter?