You wont get any more power than your power supply can put out...So 480 watts of power max for power supplies you have even at 36 volt . You could find an adjustable benchtop top power supply that will do the power you need. If you can find one that would supply the current and up to 48 Volt adjustable.
Roger that. Still, 480w is quite s bit better than 160w (from the stock AC/DC adapter). A 48v (20-amp) would still be 480w?...but, IDK how these little DC-DC step up boosters work. Do they pass full current? Even with a 36v unit at 20-amps, it is 4x the current vs the stock AC/DC adapter if it is "just" 20-amps (480w). All these "mods" are for max volume/output...like having a car engine on a dyno to get the fuel/air/timing mixture for max horsepower.
@@ChrisDIYerOklahoma There would be some loss from the step up from 24v to 36v with the boost convertor, one because of the rise in voltage and 2 losses to heat from the conversion. I'll take a guess and say your probably getting less than 360w from the setup so a bit more than twice the original power supply wattage.
Sounds correct and right out of the Ohm's Law book to me brother. Rock on!
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Good lord why the wagos that's not a proper termination
You wont get any more power than your power supply can put out...So 480 watts of power max for power supplies you have even at 36 volt . You could find an adjustable benchtop top power supply that will do the power you need. If you can find one that would supply the current and up to 48 Volt adjustable.
Roger that. Still, 480w is quite s bit better than 160w (from the stock AC/DC adapter). A 48v (20-amp) would still be 480w?...but, IDK how these little DC-DC step up boosters work. Do they pass full current? Even with a 36v unit at 20-amps, it is 4x the current vs the stock AC/DC adapter if it is "just" 20-amps (480w). All these "mods" are for max volume/output...like having a car engine on a dyno to get the fuel/air/timing mixture for max horsepower.
@@ChrisDIYerOklahoma There would be some loss from the step up from 24v to 36v with the boost convertor, one because of the rise in voltage and 2 losses to heat from the conversion. I'll take a guess and say your probably getting less than 360w from the setup so a bit more than twice the original power supply wattage.