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If you are flying computers or supercomputers you'll perhaps not need so many in terms of throughput so that the drone doesn't need to travel very often? In that case I'd say it doesn't matter too much but for a drone that goes back and forth all the time, using packaged fuel isn't the best option in terms of resource management.
Turbo fuel will be more efficient. Rocket fuel can feed an army of drones.
You can also feed the drones plutonium cells instead of sinking them (since you have nuclear) but you will spread radioactivity around in doing so.
Edit: I see I may have misunderstood the question (or maybe not) but my response should still be valid :)
Battieries arent best. in terms of speed: Plutonium Fuel rods are tied with Ionized Fuel, then Nuclear fuel rods, then Batteries tied with Rocket Fuel.
3km is fine with normal packaged fuel. just might need a stack or more per round trip.
If a trip takes 5 minutes and use up 50 fuel, you need to make 10 packaged fuel/min to keep it fed, tho i would recommend overproducing and sink the overflow.
You can easily run a trip DOUBLE the length on the standard (yellow) fuel. Yes, it will use more, but for long trips you also have longer to produce new fuel.
Very roughly for you: 3 km = ~65 normal fuel, 25 turbo fuel, 7 rocket fuel, 9 batteries, and something like 0.07 uranium fuel rods for your trip. Again, roughly. The numbers really aren't that high.
This is a good way to find out fuel demand: