
shiny side up?!?
Thank you DPL. Ordered a batch to help with my aging AWs.Orbtronic 3000mAh high drains. Black label with green letters. The button tops should run about $9. They're great batteries (IMO) and I've been using variations of them for six years.
3000mAh 18650 Battery 20A-35A Li-ion 3.7V Button Top Rechargeable High Drain H-IMR - Orbtronic
I checked my bucket list too and it isn't on there either. Just wanted to make sure.
Oh, I like Trump more than your usual politician.... He is still, now, a politician. I find his tweets more informative and funny than his speeches though.... I kind of like that he's still at it. I'm not exactly anti-Trump, I'm just sort of anti-politicians in general. I am not a fan of some of his hired guns, to put it mildly, though. LOL.
Anna
Orbtronic 3000mAh high drains. Black label with green letters. The button tops should run about $9. They're great batteries (IMO) and I've been using variations of them for six years.
3000mAh 18650 Battery 20A-35A Li-ion 3.7V Button Top Rechargeable High Drain H-IMR - Orbtronic
So is there a good way to store them for the long-term?
Thank you DPL. Ordered a batch to help with my aging AWs.
So is there a good way to store them for the long-term?
I've got a bunch of AW's tucked away. I checked the voltage of each cell when they came in, which is usually 3.7 - 3.8 V. That would be the resting voltage that they were shipped from the factory at. About every six months or so, I pull them all out and check the voltage of each cell, they seem to mostly sit at 3.7V for the most part. Storing fully charged cells is not a good practice, same goes for storing discharged cells.So is there a good way to store them for the long-term?
My pleasure, Storm! I hope you enjoy them.
Well, I try to follow the Mooch/Baditude recommended method of storing at 50%, but sometimes that's easier said than done. The reality is that some degradation over time is impossible to avoid, so I usually shuttle new ones in immediately, then I store the older ones as backups.
I'm not saying there's anything "correct" about my practice, and only that it's been working out fine for me.
I've got a bunch of AW's tucked away. I checked the voltage of each cell when they came in, which is usually 3.7 - 3.8 V. That would be the resting voltage that they were shipped from the factory at. About every six months or so, I pull them all out and check the voltage of each cell, they seem to mostly sit at 3.7V for the most part. Storing fully charged cells is not a good practice, same goes for storing discharged cells.
I've got some that will probably not be used for a couple more years, got them cheap and they give me piece of mind...it is what it is as far as whatever degradation occurs to them in storage.
Once they go into the rotation they remain in rotation until the day I tape up the ends and bag them for recycling. I trust my P3's to tell me when that time is![]()
I've been doing it the Mooch method. I fully charge them with an Opus BT C3100 V2.2 (is that a long name or what?), then discharge to below 4 volts. But I've never done any long-term storage either.
I have a couple of TENS units for my lower back. They work well. But if you are not careful that little nine volt battery will send you into space.