Quote:
Originally Posted by E-Revonut
I have to do some digging but I may have a pretty good way of holding a large load on a battery. I have a 700 Watt DC-AC power inverter. It has a low voltage cut off at 10V but I'm not sure what the max input voltage is. It's designed to be hooked to a car battery so I know it will handle at least 14 but If it would handle 4s lipo I could hold about a 60 amp load on a pack. I could still run the pack through my Eagle tree for Data logging or even do a live view so I can monitor the voltage and cut it before going below 3v/cell. I know 60Amps isn't anywhere near the "rated" capabilities of these packs but it would be a continous load at more than twice the average current draw they would see in RC use
|
I've considered this before, since an AC inverter can really generate ALOT of DC load.
Problem is: The lower input limit is 10v, but the upper input limit is 15 volts.