You can work it out with the average watts per bowl.
Takes about 15-20 mAh @ 12volts per puff or 80 mAh @12 volts per bowl. This was calculated from the average of 10 bowls from the 800 mAh PSM battery.
If planning on other voltage rather than 12 V, you will need to convert to wattage per hour to calculate. So, that is .08A x 12V for approx 1 Wh per bowl.
Basically, if you half the voltage you double the current, so best stick around the 12 volt area.
A rough guestimate on the physical size of a FF2, you might fit a 400-500 mAh Lipo which would give around 5 bowls per charge. Of course, the driver circuitry would need to be re-designed and made smaller too.
This would no longer be a DIY project but more of a production thing for the big guys.
Takes about 15-20 mAh @ 12volts per puff or 80 mAh @12 volts per bowl. This was calculated from the average of 10 bowls from the 800 mAh PSM battery.
If planning on other voltage rather than 12 V, you will need to convert to wattage per hour to calculate. So, that is .08A x 12V for approx 1 Wh per bowl.
Basically, if you half the voltage you double the current, so best stick around the 12 volt area.
A rough guestimate on the physical size of a FF2, you might fit a 400-500 mAh Lipo which would give around 5 bowls per charge. Of course, the driver circuitry would need to be re-designed and made smaller too.
This would no longer be a DIY project but more of a production thing for the big guys.