![(DIY) [Australia] About the Hybrid system setup - and battery charging behavior @TheOldnic](https://i.ytimg.com/vi/YoqggoUc-9s/maxresdefault.jpg)
Uploaded January 2014 | Updated September 2026, 21 hours ago
[view in full screen in 720p HD if able or 480p resolution]
Rewired the wind turbine and mast up another meter to clear wind obstructions on the roof.
The turbine was on a temporary pole in a temporary position in turbulence among trees and roofing obstructions , consequently it tip stalled and flicked around on the pole at as little as 4 m/s wind speed. The pole itself is only thick rolled galvanized sheet iron and flexes too much causes continual lower rotation speed below the value of the wind speed. However, it reasonably did ok, being half the charge output. Wind was never actually constant only pulses and gusts.
Note: "12V 40AH lithium iron phosphate (2000 cycles to 100 percent DOD)" Battery is one type i have found(not used here) that may be interesting, for use here because a 12v system can only have 4 batteries maximum in parallel(these special lithium i'm not sure if it can or cannot have more in parallel).They are around 230 USD each (255 AUD) "at" the manufacturer with Minimum 10 of them.
In terms of its DOD and cycles, it becomes a 200ah lead acid battery with less complications.
[view in full screen in 720p HD if able or 480p resolution]
Rewired the wind turbine and mast up another meter to clear wind obstructions on the roof.
The turbine was on a temporary pole in a temporary position in turbulence among trees and roofing obstructions , consequently it tip stalled and flicked around on the pole at as little as 4 m/s wind speed. The pole itself is only thick rolled galvanized sheet iron and flexes too much causes continual lower rotation speed below the value of the wind speed. However, it reasonably did ok, being half the charge output. Wind was never actually constant only pulses and gusts.
Note: "12V 40AH lithium iron phosphate (2000 cycles to 100 percent DOD)" Battery is one type i have found(not used here) that may be interesting, for use here because a 12v system can only have 4 batteries maximum in parallel(these special lithium i'm not sure if it can or cannot have more in parallel).They are around 230 USD each (255 AUD) "at" the manufacturer with Minimum 10 of them.
In terms of its DOD and cycles, it becomes a 200ah lead acid battery with less complications.
![(DIY) [Australia] About the Hybrid system setup - and battery charging behavior](https://i.ytimg.com/vi/YoqggoUc-9s/mqdefault.jpg "(DIY) [Australia] About the Hybrid system setup - and battery charging behavior
[view in full screen in 720p HD if able or 480p resolution]
Rewired the wind turbine and mast up another meter to clear wind obstructions on the roof.
The turbine was on a temporary pole in a temporary position in turbulence among trees and roofing obstructions , consequently it tip stalled and flicked around on the pole at as little as 4 m/s wind speed. The pole itself is only thick rolled galvanized sheet iron and flexes too much causes continual lower rotation speed below the value of the wind speed. However, it reasonably did ok, being half the charge output. Wind was never actually constant only pulses and gusts.
Note: 12V 40AH lithium iron phosphate (2000 cycles to 100 percent DOD) Battery is one type i have found(not used here) that may be interesting, for use here because a 12v system can only have 4 batteries maximum in parallel(these special lithium im not sure if it can or cannot have more in parallel).They are around 230 USD each (255 AUD) at the manufacturer with Minimum 10 of them.
In terms of its DOD and cycles, it becomes a 200ah lead acid battery with less complications.")
