Well the rubber feet for the AC didn't really pan out, as the casters on the AC are screwed into place and are not removable. So I squeezed a bunch of Fuze-It adhesive into the wheels, which promptly became feet!!! It doesn't roll around at all and straps down more securely than it did with the rubber mat under it.
I've been working on the
electrical as sunny days permit and have attached some pictures showing the following:
Complete 400 amp hour
battery bank installed with copper bus bars (I wrapped the copper with
electrical tape between the posts as I have a habit of dropping things like tools).
A relay that opens, disconnecting the tow vehicle feed from the
battery bank when the voltage drops below a charging situation (TBCM-40A Trailer Battery Charging Module 40Amp - Atkinson Electronics). This keeps the bank from depleting the tow vehicle if I leave it hooked up while boon-docking. When the tow vehicle alternator starts up, or when the
solar provides a charging mode, the relay closes connecting the tow vehicle to the battery bank again.
In the background of that TBCM picture you can see the bus bar (Blue Sea Systems Common 150A BusBar, 10 Gang with Cover) where I have collected all of the negative leads before sending them over in a #2 welding cable to the shunt for my battery monitor gizmo.
The shunt for my battery monitor gizmo is pictured, and in another you'll see the gizmo itself laying on the battery bank (Victron BMV 700 Battery Monitor). It waits patiently to be mounted in the cabinet. This also has a Bluetooth dongle that sends all the usage information to an app on my smartphone so I can nerd-out in front of my friends at the campfire. It tells me how many amp hours have been used since the last full charge, how many have been harvested from the sun, how many are left, etc, etc. It's measuring the flow of electrons to a Keurig cup in the picture attached. At 2 amp hours total per cup I can serve hundreds of coffees from this bank!!! Hazelnut anyone?
Outside the shell, I have installed a trolling motor plug and receptacle (MinnKota MKR-18 12V Plug & Receptacle) that is waterproof, locks when you twist it, and handles heavy gauge wire. I'm feeding the
solar controller with 8 awg wire, fused at 30 amps. From the controller there is a short run of 10 awg to the batteries, also fused at 30 amps. The controller is, you guessed it, 30 amps. More later on that I guess because that is not pictured. Here in this picture, you see the DC disconnect switch that will shut off the feed from the
solar panels when I plug, and unplug, from the shell (PV DC Isolator Switch, 32A 1,000V, IP66 UV-resistant PC Enclosure, with MC4).
This week's arrival is pictured... four 100 watt flexible solar panels (400 watt total) straight from China!!!
Weighing in at only 4 and a half pounds each, they will travel easily and deploy at camp to feed the hungry batteries. In the last picture, Trusty Companion is testing them for structural integrity.