This is not a "high discharge" battery. Hence not suitable for vaping.
The way a regulated mod works.. is in 2 stages.
The front end controller calculates current voltage of the batteries. It then reads the amount of power the mod is requesting (watts) and via a booster circuit (keeping voltage at a constant 4.2 V) draws power from the battery. Resistance is not used in this stage.
manufacturers set the max amperage to be used in this stage. Usually based on a 3.1v charge (low) and also at 3.5v and 4.2v, any current draw outside these limits will cause the device not to fire. (low battery cut off) or BATTERY LOW error message.
Next
DC(Direct Current)-DC Converters allow a controller to provide an output voltage different from the input voltage. This type of converter is the main element that allows a regulated mod to perform its duties
In stage 2,
Ohm’s law states:
Power = Voltage2/Resistance
And
Resistance = Voltage2/Power
With these 2 formulas, by knowing the maximum output voltage and power of our controller, we can calculate the maximum power that can be delivered to a specific coil and the range of resistances that can actually use all the power.
In regulated mods, the manufacturer sets the max wattage.
During this stage resistance is used in the calculation, but aside from that, really has no bearing here.
for example.. a 220W mod will put out 220w at 0.50, 0.30, 0.20 , 0.15 etc. It can never exceed 220w.
It is also during this stage that your total available wattage may be less than the limit set by manufacturer. For example a 0.60 ohm coil would only allow a max of around 185w (aprox) less than the 220 available at 0.50 ohm or lower.
This is why we suggest only HIGH DISCHARGE brand name batteries. Not some 5A flashlight battery.
See also:
http://blog.thevaporist.org/2015/12/29/regulated-mods/#Input Side