jsyn
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We just finished our first trip with everything set up.
Power
I built my own power station in the bed of the truck using 18mm Baltic Birch plywood, next to the fridge. Its job is to power everything Overlanding-related, the fridge, tent lights, rechargeable AA/AAA battery charging, USB lantern charging, etc. I chose NOT to charge this battery from the Alternator, and instead only from a 100W solar panel. I made this choice because I hate running big live wires with that level of juice the full length of the truck. It just feels like asking for trouble. Perhaps I'll change my mind in the future as I monitor my power usage.
I did this all last minute before a trip (literally the day before we left), but here's what the side of the power station looks like. Far left (black, outside the box) is the MPPT controller. The plywood stack above the battery is a thin stack that is pushed down from 2 bolts in the shelf above. It's job is to hold the battery in place and not let it bounce or slide. The bolts can be adjusted to provide more pressure. The messy box is the wiring for the ports, and below that is an open area so I can still access my bed's 110v AC plug. And I managed not to cover up the bed light!
Here's the front of the power station. Again, forgive the ugliness, I was leaving on the trip in less than 24 hours and tossed this together REALLY quickly.
On top of it all is a charging shelf. You can see that right now my solar panel is in the sun and charging the battery.
to be continued in a few minutes with details on fridge, fridge slide, and tent with solar panel....
Power
I built my own power station in the bed of the truck using 18mm Baltic Birch plywood, next to the fridge. Its job is to power everything Overlanding-related, the fridge, tent lights, rechargeable AA/AAA battery charging, USB lantern charging, etc. I chose NOT to charge this battery from the Alternator, and instead only from a 100W solar panel. I made this choice because I hate running big live wires with that level of juice the full length of the truck. It just feels like asking for trouble. Perhaps I'll change my mind in the future as I monitor my power usage.
- Spare Battery: Renogy 100Ah Hybrid Gel Battery. I chose Hybrid Gel because I live in Las Vegas, where heat kills normal car batteries in just 1-2 years. My research suggests that Gel deep-cycle batteries can handle the heat better than the other options. I did look into the Genesis under-hood dual battery system, but that would just be two batteries I'd now have to replace every 1-2 years, plus it's not a true deep cycle.
- Solar: Rhino Adventures SolarHawk 100W Skycamp-specific solar panel. This is a new product that's a flexible solar panel that attaches right to the top of your RTT. Quick-disconnects allow you to still take the tent off without wiring concerns
- MPPT Controller: Renogy Rover Li 20Amp MPPT Solar Charge Controller. You can't just connect a solar panel straight to a battery. You need something to monitor the battery's power and charge it appropriately from the solar panel. Renogy seemed to be a good price with complete support for Gel batteries
- Battery Monitor: Renogy 500A Battery Monitor. This allows me to see at a glance exactly how low my battery is, what my power drain is, how well the solar panel is charging, etc
- Wiring and power ports: All just generic junk off Amazon, chosen for what would get here first, not for what was best. Every power port has its own switch to turn power to that outlet on/off and has its own fuse. The fridge is the only special port, which is the ARB fridge-specific port that the power cable screws into so it can't fall out on bumpy roads.
I did this all last minute before a trip (literally the day before we left), but here's what the side of the power station looks like. Far left (black, outside the box) is the MPPT controller. The plywood stack above the battery is a thin stack that is pushed down from 2 bolts in the shelf above. It's job is to hold the battery in place and not let it bounce or slide. The bolts can be adjusted to provide more pressure. The messy box is the wiring for the ports, and below that is an open area so I can still access my bed's 110v AC plug. And I managed not to cover up the bed light!
Here's the front of the power station. Again, forgive the ugliness, I was leaving on the trip in less than 24 hours and tossed this together REALLY quickly.
On top of it all is a charging shelf. You can see that right now my solar panel is in the sun and charging the battery.
to be continued in a few minutes with details on fridge, fridge slide, and tent with solar panel....
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