You don't want to route a fixed panel and a portable thru the one controller @Boots in Action then you cannot use the poratable anywhere else and the anderson plug can only be used for that panel, seperate controllers means you have some versatility
I agree with this, the portable panel will have its own controller, if using it as an extra boost to your fixed panels it's best to leave it as a stand alone system
QUOTE="Drover, post: 180251, member: 3287"]
and if the anderson is direct to battery it be used to run a compressor, the drifter doesn't matter, who wants to sit and look at a stupid meter all day plus dragging a load like a compresssor thru a shunt means more resisitance.
[/QUOTE]
I would connect it to the load side of the shunt as the drifter panel needs to know what is coming in and out. The standard shunt is capable of handling 100A and only has a voltage drop of 75mV, so will allow a compressor to operate unimpeded.
I'm just about to install a big inverter which will pull 160A so have ordered a 400A shunt to ensure I'm always getting accurate values on the drifter no matter what the current draw is.
QUOTE="Drover, post: 180251, member: 3287"]I'd just get the batteries hooked up first and worry about the rest later on and that includes testing all the other stuff and swapping controllers, they probably all work quite well, one step at a time.[/QUOTE]
Agree, just fix the obvious stuff and see if it's working in the real world the make incremental changes until you have it working the way you need