Batteries

[Alancarr]

Im not new to vaping but ive been thinking alot about ohms law and such.

Im using the aegis legend which runs on two 18650's. My batteries are rated at 30A pulse and 20A continuous.

Lets say i have a 0.13 ohm coil and im vaping at 120 watts. Thats 30.3 amps, but is that 30.3 amps being split between the 2 batteries making it 15.15 amps per battery or is that 30.3 amps for both of the batteries.

Sorry if i made this awkward but any answers will be greatly appreciated!

 

[Cozy]

Im not new to vaping but ive been thinking alot about ohms law and such.

Im using the aegis legend which runs on two 18650's. My batteries are rated at 30A pulse and 20A continuous.

Lets say i have a 0.13 ohm coil and im vaping at 120 watts. Thats 30.3 amps, but is that 30.3 amps being split between the 2 batteries making it 15.15 amps per battery or is that 30.3 amps for both of the batteries.

Sorry if i made this awkward but any answers will be greatly appreciated!

It's a regulated mod so at 120w you would be pulling about 22 amps per cell use fogstar regulated mod calculator

https://www.fogstar.co.uk/collections/regulated-calculator

 

[Alancarr]

It's a regulated mod so at 120w you would be pulling about 22 amps per cell use fogstar regulated mod calculator

https://www.fogstar.co.uk/collections/regulated-calculator

Thats great thank you!

 

[Badayuni]

Molicell p26a seem to be the most recommended. That's what I use exclusively

 

[Tootlevape]

With a regulated mod, coil resistance doesn't come into current calculation (unlike a mech).
What comes into the calculation is the voltage of the batteries.
If you are vaping at 120 watts with 2 batteries at 4 volts, the current draw will be 120/(4x2) = 15 amps from each battery.
The same current calculation with the 2 batteries at 3.3 volts would give
120 / (3.3 x 2) = 18.2 amps from each battery.