Wow, this was intimidating to take on by myself. I ended up having to trick myself into actually starting the assembly process. After months of research and planning, I had all the parts in front of me and just started crimping and connecting!
Take everything here as simply the sharing of a novice that's surprised he hasn't started an electrical fire (yet) to anyone who's trying to piece together their own system. Emphasis on novice.
Read the exhaustive walkthru here: [ Ссылка ]
Here are my top sources for information I used over and over to understand what to do with my own system: Will Prowse is a legend in this community.
Video one: [ Ссылка ]
Video two: [ Ссылка ]
Tools I used:
Electrical tape: [ Ссылка ]
Hammer crimper for larger gauge wires: [ Ссылка ]
Cable stripper for larger wires: [ Ссылка ]
Hand crimper and stripper for smaller wires: [ Ссылка ]
Cable clamps: [ Ссылка ]
Washers (for increasing surface area of certain connections): [ Ссылка ]
A pair of scissors for cutting wires (seriously)
A hammer for the hammer crimper
Wire connectors: [ Ссылка ]
Terminal connectors: [ Ссылка ]
Copper terminal connectors (I needed a few more 4AWG connectors so bought two sets of these): [ Ссылка ]
Cordless drill with bits
Wood screws for mounting everything: [ Ссылка ]
Electrical system pieces:
Let's start with the 100 amp-hour Battle Born Lithium Batteries (x2): [ Ссылка ]
Then 1ft of 2AWG (gauge) (depends on how far apart you sit your batteries from each other) red and black for connecting those batteries in parallel (cumulative amp-hour capacity): [ Ссылка ]
Then 2ft of 1/0 (1 aught) between the batteries and the main system: [ Ссылка ]
Between the battery positive cable and the bus bar designated for positive connections, a 200a breaker: [ Ссылка ]
Between that breaker and the next few pieces, 4AWG wire (I used 4AWG positive and negative wire between all the main connections - charge controller, inverter, fuse block): [ Ссылка ]
Between the positive battery cable, its breaker, and the bus bar, a master on/off switch: [ Ссылка ]
Then the bus bar! (x2 - one for positive wires and one for negative wires): [ Ссылка ]
The battery monitor system shunt goes in-line with the negative cable from the battery. The positive wire from the battery monitor attaches directly to the positive terminal of your battery: [ Ссылка ]
A 150a breaker between the positive bus bar and the inverter and fuse block: [ Ссылка ]
A 40a breaker between positive of the charge controller and positive bus bar: [ Ссылка ]
A 2200 Pure Sine Wave inverter: [ Ссылка ]
My fuse block (where all my DC loads are connected): [ Ссылка ]
The ATO fuses to go into that fuse block (they don't come with the fuse block): [ Ссылка ]
Now let's talk solar:
200watt Newpowa panel (x2): [ Ссылка ]
MC4 connectors for wiring panels in parallel (cumulative amp-hour capacity): [ Ссылка ]
20ft of solar extension cables from MC4's through the roof (watch that video here: [ Ссылка ]) and to the charge controller: [ Ссылка ]
35a Solar Charge Controller sized for 400 watts of solar: [ Ссылка ]
Now let's talk shore power:
The 15a regular household plug port on the outside of the van: [ Ссылка ]
The 15a to 30a adapter in case I need to attach to a 30a post (most common in campsites): [ Ссылка ]
The 30a battery to battery charger that takes power from plugged-in source and gives it to my battery system (since I have 200ah of battery bank capacity, I could go up to. 100a of solar charge setup but I don't need a system that charges that fast so I went with 30a): [ Ссылка ]
8AWG red and black wire: [ Ссылка ]
40a breaker between the battery to battery charger and the positive bus bar: [ Ссылка ]
Now let's talk battery isolator (car battery charging my system):
4AWG positive cable from the car positive terminal (under the driver seat in a Ford Transit) to a breaker: [ Ссылка ]
A 150a breaker between that red wire and the battery isolator: [ Ссылка ]
Then the 140a battery isolator: [ Ссылка ]
Music: [ Ссылка ]
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#selfbuiltvan #offgridelectrical #electrical
You can follow my Instagram @jeremiahlukebarnett ([ Ссылка ])
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