Hello guys,
I am trying to figure out how to build a power-distributor controller for my wind turbine that would do the following task:
- IF (power generated >= power demanded) THEN bypass battery bank and supply the household straight from the wind turbine.
- IF power generated < power demanded THEN supply household hold through battery bank ( while still charging the battery with power generated).
Specs of the system:
- Power generation by wind turbine 500-2000 W
- Battery bank 24 V
- load is variable
I was thinking op-amps (comparators) and switches (transistors) but I've never dealt with high power circuits before. I really would appreciate any assistance available out there. How could I make this possible?
Thank you all for reading and helping out!
(edited for typos)
(edited for more info)
I am trying to figure out how to build a power-distributor controller for my wind turbine that would do the following task:
- IF (power generated >= power demanded) THEN bypass battery bank and supply the household straight from the wind turbine.
- IF power generated < power demanded THEN supply household hold through battery bank ( while still charging the battery with power generated).
Specs of the system:
- Power generation by wind turbine 500-2000 W
- Battery bank 24 V
- load is variable
I was thinking op-amps (comparators) and switches (transistors) but I've never dealt with high power circuits before. I really would appreciate any assistance available out there. How could I make this possible?
Thank you all for reading and helping out!
(edited for typos)
(edited for more info)
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