LFP has about 2x less energy density unfortunately. It’s a lot cheaper and lasts longer so it’s great for home storage and competitive for lower cost EVs. But phones are all about power hungry bloated apps and web sites.
enable developer settings on android and just set it.
I think it’s different for all phones, but on my Samsung, I go to about - > software information in settings and press the build number a couple of times until developer mode enables. then, just set max background processes. doesn’t even take 5 minutes to do lol
LFP batteries are energy dense and long lasting, but heavy. I’m not 100% sure if the weight would be a big deal at phone scale, but AFAIK that’s why they havent been adopted for phones
Thanks for the reminder to revisit my Droid’s developer options and ensure my background processes are restricted to 4 at most.
Anyway, less cycle life is disturbing. Why they don’t try LiFePO4, I don’t get.
LFP has about 2x less energy density unfortunately. It’s a lot cheaper and lasts longer so it’s great for home storage and competitive for lower cost EVs. But phones are all about power hungry bloated apps and web sites.
No chance these background processes are a relatively simple change for us less technical folks, hey?
enable developer settings on android and just set it.
I think it’s different for all phones, but on my Samsung, I go to about - > software information in settings and press the build number a couple of times until developer mode enables. then, just set max background processes. doesn’t even take 5 minutes to do lol
Ah you rock, thank you! This was literally 5 minutes of my day haha
For any other non techies, it’s this easy!
LFP batteries are energy dense and long lasting, but heavy. I’m not 100% sure if the weight would be a big deal at phone scale, but AFAIK that’s why they havent been adopted for phones