Hello everyone, I wanted to share some pictures of my powerwall build. I'll be adding a few more pictures of the mobile application I built to monitor this setup. Overall this project was a few months in the making and went very smooth. The only advice I can provide is to not rush and build when you have the time to spare.
The package consists of:
- 16 Valance Batteries
- 2 Eaton electrical panels on the cabinet exterior . (input and output AC)
- 1 small electrical enclose for 48v DC input/output on the cabinet exterior . (Will be used to connect 48v DC Generator)
- 1 Midnite Solar DC panel which contains: Main battery breaker, pre-charge contactor + resistor, main contactor, 48v to 12v converter (BMS and Contactor Power).
- 1 valence High Voltage BMS modified to monitor a low voltage pack.
- 1 Canbus adapter to monitor BMS and Batteries.
- 2 LV5048 inverters (One is yet to be installed in the cabinet.)
- 1 Old Stock Nortel Telephone Battery Cabinet
- Other - shelf fuses, copper busbars, pvc shelf covers, terminal standoffs etc.
The package consists of:
- 16 Valance Batteries
- 2 Eaton electrical panels on the cabinet exterior . (input and output AC)
- 1 small electrical enclose for 48v DC input/output on the cabinet exterior . (Will be used to connect 48v DC Generator)
- 1 Midnite Solar DC panel which contains: Main battery breaker, pre-charge contactor + resistor, main contactor, 48v to 12v converter (BMS and Contactor Power).
- 1 valence High Voltage BMS modified to monitor a low voltage pack.
- 1 Canbus adapter to monitor BMS and Batteries.
- 2 LV5048 inverters (One is yet to be installed in the cabinet.)
- 1 Old Stock Nortel Telephone Battery Cabinet
- Other - shelf fuses, copper busbars, pvc shelf covers, terminal standoffs etc.
