Uploaded February 2020 | Updated September 2026, 23 hours ago
Testing the tower of power for capacity.
I was able to pull 24.37 kwh from the battery. I started with the cells at 3.5 volts, and ended the test when the first cell reached 2.5 volts. Maximum voltage for these cells is 3.65 volts per cell, but they float less than that.
This works out to 3.05 kwh per module. At least in my test. It's possible I might be able to do a little better with some more tweaking, maybe. But I'm going to concentrate on other projects for now and be happy with my 24 kwh.
Check out some of the links below if you would like to help support the channel.
Battery Hookup. Use coupon code "davidpoz" for 10% off any purchase.
batteryhookup.com/?rfsn=3333666.ca06e9
Amazon affiliate links:
Watt Meter: amzn.to/2SilQRC
“As an Amazon Associate I earn from qualifying purchases.”
patreon.com/DavidPoz
facebook.com/DavidPozEnergy
Testing the tower of power for capacity.
I was able to pull 24.37 kwh from the battery. I started with the cells at 3.5 volts, and ended the test when the first cell reached 2.5 volts. Maximum voltage for these cells is 3.65 volts per cell, but they float less than that.
This works out to 3.05 kwh per module. At least in my test. It's possible I might be able to do a little better with some more tweaking, maybe. But I'm going to concentrate on other projects for now and be happy with my 24 kwh.
Check out some of the links below if you would like to help support the channel.
Battery Hookup. Use coupon code "davidpoz" for 10% off any purchase.
batteryhookup.com/?rfsn=3333666.ca06e9
Amazon affiliate links:
Watt Meter: amzn.to/2SilQRC
“As an Amazon Associate I earn from qualifying purchases.”
patreon.com/DavidPoz
facebook.com/DavidPozEnergy










