A fully charged batt @ 4.2V with a 0.8ohm coil = 22watts of power. After about 8 - 10hrs of use my 18650 gets down to about 3.7V, with the same 0.8ohm coil = 19.5watts. There is some decrease in power, and you will eventually notice it, but it's not that drastic of power loss. You will still get a good vape and good flavor with a batt at 3.7v but it just wont hit quite as hard as a fresh set.
I put a fresh batt in every morning, then swap it out at about 6 -7pm.
ALL... Friggin'... DAY
When I first got it I would bring extra juice, cotton for wicks, tools, spare batt... Now, nothing (I leave some cotton in my car tho just incase). And every single hit is like a freight train. It's so incredablly low maintenance, I love it.
Amen! Gotta laugh when I see someone carrying a small suitcase or toolbox full of vape gear every day!
A fully charged batt @ 4.2V with a 0.8ohm coil = 22watts of power. After about 8 - 10hrs of use my 18650 gets down to about 3.7V, with the same 0.8ohm coil = 19.5watts. There is some decrease in power, and you will eventually notice it, but it's not that drastic of power loss. You will still get a good vape and good flavor with a batt at 3.7v but it just wont hit quite as hard as a fresh set.
I put a fresh batt in every morning, then swap it out at about 6 -7pm.
My Ohm's calculator says that should be 17 Watts?
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This. Ha. I go to a local B&M some days (Vapor Kings) and it's hilarious to see so many of the vapers carrying around SOOOOO much stuff. One of the regulars always brings his entire tool box full of stuff every time. Evidently he carries it with him everywhere. And they all have tube mods with tanks.....and all they talk about is which leaks the least....all the while they're refilling them with their syringes.... I sit there with my REO and just feel smug (although I don't ACT smug, you understand.....)
I have a question about ohms law. Do you figure the volts under load or not?
Heres where my confusion lies. You set up two Grands with the same ohm coil and both have 4.2 volt fully charged batteries. One has been set up with a voltage drop of .5 and the other at .1. Other than the voltage drop they are identical PVs. If you use ohms law at 4.2 volts the wattage computes the same on both. However because of voltage drop differences the wattage will be different with the PVs.....I think. More voltage is available with the .1 voltage drop so watts would be higher......not.![]()