Hi! I searched the forum and couldn't find this specific question posed ~ seems pretty obvious but here goes:
what if I have a 24V battery bank and would like to power *both* 12V and 24V appliances? I read that using 24V appliances wherever possible within a 24V system is preferred... so if I had a DC-DC 24V > 12V step down converter that feeds into a AC/DC fuse block distribution center where I connect all the wiring for my 120 AC & 12V appliances, would I then hookup the 24V appliances separately directly to the lynx distributor/battery bus bars?
major equipment for more clarification :
4x 200W 24V rich solar panels wired in series-parallel
6 SOK 100Ah aux batteries wired in series-parallel for 24V/300Ah
victron 150V/45A charge controller
victron lynx distributor
DC-DC 24V > 12V step down converter
Furrion AC/DC distribution panel
AIMS 3000w 24v inverter/charger? (haven't bought yet)
12V appliances:
compost toilet fan
2x maxxfans
puck lights
24V appliances:
fridge
water pump
thanks so much for bestowing me with your wisdom!
what if I have a 24V battery bank and would like to power *both* 12V and 24V appliances? I read that using 24V appliances wherever possible within a 24V system is preferred... so if I had a DC-DC 24V > 12V step down converter that feeds into a AC/DC fuse block distribution center where I connect all the wiring for my 120 AC & 12V appliances, would I then hookup the 24V appliances separately directly to the lynx distributor/battery bus bars?
major equipment for more clarification :
4x 200W 24V rich solar panels wired in series-parallel
6 SOK 100Ah aux batteries wired in series-parallel for 24V/300Ah
victron 150V/45A charge controller
victron lynx distributor
DC-DC 24V > 12V step down converter
Furrion AC/DC distribution panel
AIMS 3000w 24v inverter/charger? (haven't bought yet)
12V appliances:
compost toilet fan
2x maxxfans
puck lights
24V appliances:
fridge
water pump
thanks so much for bestowing me with your wisdom!