Batteries

[ADDicT]

2 molicels in my Asmodus DNA250 mod seem to last at least a day running them at 75w with 0.14ohm coils. Dual battery mods seem to last so much better than a single, for obvious reasons.

It is kind of a "how long is a piece of string" question this one though.

 

[Simon G]

2 molicels in my Asmodus DNA250 mod seem to last at least a day running them at 75w with 0.14ohm coils. Dual battery mods seem to last so much better than a single, for obvious reasons.

It is kind of a "how long is a piece of string" question this one though.

It is.... I always think if you aren't getting a day out of whatever you are using, then you are using the wrong device.

... unless you don't mind charging or swapping batteries all the time which is fair enough, but I can't be doing with that personally.

 

[ADDicT]

It is.... I always think if you aren't getting a day out of whatever you are using, then you are using the wrong device.

... unless you don't mind charging or swapping batteries all the time which is fair enough, but I can't be doing with that personally.

Tbh using the same setup on my heavy hitter mech I can kill a battery in a couple of hours, possibly less.

I can't see the other side of the room if I do that though.

 

[Mr Ripple]

2 molicels in my Asmodus DNA250 mod seem to last at least a day running them at 75w with 0.14ohm coils. Dual battery mods seem to last so much better than a single, for obvious reasons.

It is kind of a "how long is a piece of string" question this one though.

If you use one battery and get 60 puffs on it then swap it out for another of the same battery you'll get another 60 puffs on it but if you put both batteries together you'll get 160 puffs out of them when they're working together.

 

[Richard Winter]

If you use one battery and get 60 puffs on it then swap it out for another of the same battery you'll get another 60 puffs on it but if you put both batteries together you'll get 160 puffs out of them when they're working together.

If 1 battery equals 60 puffs, and another battery also equals 60 puffs, if the same 2 batteries are used togrther how does those 2 batteries equal 160 puffs lol. Shouldn't 2 x 60 puff batteries equal 110 puffs.

 

[Mr Ripple]

If 1 battery equals 60 puffs, and another battery also equals 60 puffs, if the same 2 batteries are used togrther how does those 2 batteries equal 160 puffs lol. Shouldn't 2 x 60 puff batteries equal 110 puffs.

Each battery added increases it's capacity by 20%.
It must be true cos i read it one the tinternet.

 

[Simon G]

Maybe spreading the current draw across 2 cells means they aren't be hammered as hard and might give more puffs because of that?

 

[Mr Ripple]

Maybe spreading the current draw across 2 cells means they aren't be hammered as hard and might give more puffs because of that?

Yes that sound good we'll go with that.
Seriously though i read that for each battery you add it will boost the first by 20% but you explain it much better.

 

[Richard Winter]

Sounds like there is some magic going on here. Ohms and Kirchoffs laws dictate that when two batteries of the same voltage and mAh rating are connected in parallel, the voltage will remain that of a single cell voltage, but the mAh will be the sum of the individual cells, I.e. twice the current.
You could argue that exactly twice the mAh ratings might not be achievable due to the different internal resistances of each of the cells BUT boosting each cell by 20% I feel is a little ambiguous.

 

[Richard Winter]

Sorry I ment AMBIOUS not AMBIGUOUS LOL