Scott Hartwick
New Member
Hello Everyone,
Newbie here seeking a general safety check.
2, 100-watt panels on Victron MPPT 100 / 30 Charge Controller
4, 100 AH Redodo Lithium Batteries. Connected in parallel with 2 feet of 2 AWG cables. Every positive terminal has a 100-amp terminal fuse block.
System is connected to a basic 1,000-watt inverter and runs to a small 12v fuse block for my 12v lights, water pump and other smaller items.
On average, I'm generally only drawing a total of 200-300 watts from my inverter which powers my entire rig. A low-wattage draws microwave and electric tea kettle are my biggest occasional draws which are generally around 700-850 watts.
I eventually plan to build a more secure enclosure for the system. I frequently run full loads and check for any rising wire temperatures. Never any issues but always open to improving safety.
Thank you!
Positive connectors for 12v fuse panel, Victron Charge Controller and switch for inverter are on far back left battery.
Negative connectors for the same connections are on the oppositive far back right battery.
There is a generic 10-amp lithium charger controller in back which is used sparingly.
30 Amp main disconnect switch for solar.
Basic 12v fuse panel from battery. I originally started with a Renogy charge controller but kept inside the rig as a spare. Running a cheap 10-watt interior panel just for the fun of it. I will eventually clean up the wiring.
Newbie here seeking a general safety check.
2, 100-watt panels on Victron MPPT 100 / 30 Charge Controller
4, 100 AH Redodo Lithium Batteries. Connected in parallel with 2 feet of 2 AWG cables. Every positive terminal has a 100-amp terminal fuse block.
System is connected to a basic 1,000-watt inverter and runs to a small 12v fuse block for my 12v lights, water pump and other smaller items.
On average, I'm generally only drawing a total of 200-300 watts from my inverter which powers my entire rig. A low-wattage draws microwave and electric tea kettle are my biggest occasional draws which are generally around 700-850 watts.
I eventually plan to build a more secure enclosure for the system. I frequently run full loads and check for any rising wire temperatures. Never any issues but always open to improving safety.
Thank you!
Positive connectors for 12v fuse panel, Victron Charge Controller and switch for inverter are on far back left battery.
Negative connectors for the same connections are on the oppositive far back right battery.
There is a generic 10-amp lithium charger controller in back which is used sparingly.
30 Amp main disconnect switch for solar.
Basic 12v fuse panel from battery. I originally started with a Renogy charge controller but kept inside the rig as a spare. Running a cheap 10-watt interior panel just for the fun of it. I will eventually clean up the wiring.
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