Design
This design requires the battery can supply a higher current. For this design we will be using 2 100Ah LiFePO4 batteries.
Fuse Panel (12 Circuit)
Fuse | Size | Usage | |
---|---|---|---|
1 | BED | LED Light (switched off) | |
2 | BUNK | LED Light (switched off) | |
3 | BUNK PWR | USB Power | |
4 | FAN | Fantastic Fan | |
5 | PANEL | Under Sink Light | |
6 | SINK | Sink Lights (includes remote) | |
7 | TV/OUT | 2 - 12v DC Sockets Outdoor Light | |
8 | USB | 2 USB Ports in 120v Outlet | |
Inputs | |||
9 | DC Power In | 15A | Power from AC/DC Power Supply |
10 | Solar In | 25A | Power from Solar Panel Controller |
12 | Battery In | 60A | Power from battery |
Components
Solar Charge Controller
See Renogy Rover 30A MPPT Charge Controller
Solar Panel
We have a flexible 100 watt solar panel from AllPower.
Battery
We will be using 2 DIY 100 Ah LiFePO4 Batteries.
Specification | Value |
---|---|
Capacity | 100 Ah |
Nominal Voltage (4 x 3.2v) | 12.8v |
Max Voltage (4 x 3.6v) | 14.4v |
Min Voltage (4 x 2.5v) | 10v |
Cell Configuration | 4S |
Max Current Output | 100A |
DC-DC Converter
The DC-DC Step down converter will be used to charge the battery while driving. The output will be set to a maximum of 14.4v.
Capacity Meter (No Longer Used)
Renogy Pure Sine Wave Inverter
References
Reference | URL |
---|---|
Battery Chargers | https://wiki.jmehan.com/display/KNOW/Battery+Chargers |
IMAX B6 | https://www.skyrc.com/iMAX_B6_Charger |
IMAX B6 Manual | http://www.ittgroup.ee/files/IMAX_B6_manual.pdf |
Solar Charger | https://iallpowers.com/collections/solar-controller/products/solar-controller |
Solar Charger Manual | |
Capacity Meter | |
Renogy 3000W Pure Sine Wave Inverter | |
Mastercraft Inverter User Manual |