A little primer on vaping power:
Ultimately, watts is what determines the strength of your vape. Watts is found by squaring the voltage and then dividing them by the resistance (ohms), so W = (VxV)/O
If you have a 3.7v battery and a 3.0ohm atty, you get 4.56 watts.
If you have a 3.7v battery and a 2.0ohm atty, you get 6.85 watts.
If you have a 3.7v battery and a 1.5ohm atty, you get 9.12 watts.
If you have a 5v battery and a 3ohm atty, you get 8.33 watts.
If you have a 6v battery and a 3ohm atty, you get 12 watts.
It's a matter of personal preference what wattage is best for you (for me, I like 9-11 watts, depending on the juice), but by changing the voltage and using different resistance attys, you can tailor your vape to exactly what you like heat-, flavor-, and volume of vapor-wise.
Ultimately, watts is what determines the strength of your vape. Watts is found by squaring the voltage and then dividing them by the resistance (ohms), so W = (VxV)/O
If you have a 3.7v battery and a 3.0ohm atty, you get 4.56 watts.
If you have a 3.7v battery and a 2.0ohm atty, you get 6.85 watts.
If you have a 3.7v battery and a 1.5ohm atty, you get 9.12 watts.
If you have a 5v battery and a 3ohm atty, you get 8.33 watts.
If you have a 6v battery and a 3ohm atty, you get 12 watts.
It's a matter of personal preference what wattage is best for you (for me, I like 9-11 watts, depending on the juice), but by changing the voltage and using different resistance attys, you can tailor your vape to exactly what you like heat-, flavor-, and volume of vapor-wise.