Ask Lemmy
A Fediverse community for open-ended, thought provoking questions
Rules: (interactive)
1) Be nice and; have fun
Doxxing, trolling, sealioning, racism, and toxicity are not welcomed in AskLemmy. Remember what your mother said: if you can't say something nice, don't say anything at all. In addition, the site-wide Lemmy.world terms of service also apply here. Please familiarize yourself with them
2) All posts must end with a '?'
This is sort of like Jeopardy. Please phrase all post titles in the form of a proper question ending with ?
3) No spam
Please do not flood the community with nonsense. Actual suspected spammers will be banned on site. No astroturfing.
4) NSFW is okay, within reason
Just remember to tag posts with either a content warning or a [NSFW] tag. Overtly sexual posts are not allowed, please direct them to either !asklemmyafterdark@lemmy.world or !asklemmynsfw@lemmynsfw.com.
NSFW comments should be restricted to posts tagged [NSFW].
5) This is not a support community.
It is not a place for 'how do I?', type questions.
If you have any questions regarding the site itself or would like to report a community, please direct them to Lemmy.world Support or email info@lemmy.world. For other questions check our partnered communities list, or use the search function.
6) No US Politics.
Please don't post about current US Politics. If you need to do this, try !politicaldiscussion@lemmy.world or !askusa@discuss.online
Reminder: The terms of service apply here too.
Partnered Communities:
Logo design credit goes to: tubbadu
view the rest of the comments
I think so, but I think it's a bad development. Rechargeable devices tend to be non-repairable and ultimately bad for the environment. A, AAA, etc are ultimately just standardized interfaces with standardized form factors and voltage, the actual batteries are available in both one-time-use and rechargeable variants. I think we should keep them around as they enable us to use our devices for a longer time without costly repairs or even disposal of the device itself. This does not apply to very complex and energy intensive devices like smart phones though, as they obviously require more sophisticated and space optimized batteries.
I'd much rather see modern rechargeable batteries (Li-ion, maybe Na-ion in the future) in standardized, field-replaceable form factors.
This is already common in flashlights. In my pocket today is a flashlight running on an AA-size 14500 Li-ion. There's a magnetic pad to recharge the battery with a proprietary cable, but I can also unscrew the tailcap and replace it with a spare, as most people expect from a flashlight. I can use AA in a pinch with reduced performance, though I'll note supporting both voltage ranges takes extra work on the manufacturer's part.
Being complex and energy-intensive doesn't preclude batteries being standardized or field-replaceable. The issue with smartphones is that they have a highly optimized form factor.
A good percentage of rechargeable cells are standardized too, they’re just not easily accessible. I don’t think it would take much to adjust the design of a thing to accept a replaceable battery in most simple items.
For example, I have a laser pointer that runs on rechargeable lithium batteries, you just unscrew it and put any standard 18650 cell in directly.
I love the implication here that disposable batteries are good for the environment.
I think you got me wrong here. The implication should he that repairability is good for the environment and a standardized form factor enables repairability. It's not the best solution but still better than everything glued in, but you seem to not agree on that one either, do you?