07-07-2022, 02:20 PM
I have a 6.8Kw grid tie system on my house that has been working continuously since August 1, 2016.
The problem with a grid tie system is when the grid goes down, the grid tie system goes down with it.
I have been working on a battery backup system and collecting parts for it since January of 2019.
Have it installed now and working since September of 2019.
The main parts for this system consist of:
10 recycled 245watt 24V solar panels
16 180Ah 3.2V LiFePO4 batteries configured into a 24V 360Ah battery bank
A 2Kw 24v to 120 PureSine inverter for small loads
A Magnum Energy MS4024PAE Hybrid 24v to 120/240v Hybrid inverter
An ElectroDacus SBMS120 charge controller/battery management system
Various breakers, and 24VDC to 12VDC and 5VDC buck transformers for DC loads complete the system.
The problem with a grid tie system is when the grid goes down, the grid tie system goes down with it.
I have been working on a battery backup system and collecting parts for it since January of 2019.
Have it installed now and working since September of 2019.
The main parts for this system consist of:
10 recycled 245watt 24V solar panels
16 180Ah 3.2V LiFePO4 batteries configured into a 24V 360Ah battery bank
A 2Kw 24v to 120 PureSine inverter for small loads
A Magnum Energy MS4024PAE Hybrid 24v to 120/240v Hybrid inverter
An ElectroDacus SBMS120 charge controller/battery management system
Various breakers, and 24VDC to 12VDC and 5VDC buck transformers for DC loads complete the system.