Thanks for the replies. I'm ordered the 2100 AAs for some led motion lights at work which have been burning through alkaline batteries much faster than I would have thought possible.
Thanks for the replies. I'm ordered the 2100 AAs for some led motion lights at work which have been burning through alkaline batteries much faster than I would have thought possible.
Thought I would bump this thread with an update, and ask a question.
To date, in 2020 and 2021, I've bought a total of 20 AA and 24 AAA Eneloop rechargeble batteries. I think I am down to the absolute last remote control, a Samsung TV that accidentally dropped in the storage unit and became deadened as a result, so I avoided replacing that set.
Which brings me to this: I have had a 12-pack of Surefire Lithium CR123a batteries for like forever. My old Streamlight Polytac car flashlight is dieing on me, which caused me to realize, I am out of CR123a's.
I see these USB rechargeable CR123a's for sale, this is typical:
https://www.amazon.com/EBL-Rechargea...6998541&sr=8-4
Now, I should probably know this, but do ya'll think there's any issue in using these rechargeable batteries in a flashlight application? It's fairly high (steady) current, so aside from lower capacity (the rechargeables seem to have less Ah, generally, than Lithium) I don't see how it would be an issue? But I was curious if anyone else was using the rechargeables for CR123a use. TIA.
Bringing this thread back up since it's time for me to buy some rechargeable AA and AAA and I could probably use a cr123a or two as well. Are eneloops still the way to go on the AA and AAA? What is the current (heh) recommendation for cr123a?
I'm still happily using AA and AAA eneloops. (efest 700 for 123's.) I haven't kept up with any more recent technology.
There's nothing civil about this war.
Thank you.
Thanks all. Eneloops it is.