PUBLIC DEFENDER By Brian Livingston Sales of new smartphones are skyrocketing — Samsung’s new S21 line sold three times as many units in the US in Mar
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New smartphone? Great! Now don’t charge it past 80%
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The iPhone charges to 100% but it optimize charging first up to 80%.
With iOS 13 and later, Optimized Battery Charging is designed to reduce the wear on your battery and improve its lifespan by reducing the time your iPhone spends fully charged. When the feature is enabled, your iPhone will delay charging past 80% in certain situations. Your iPhone uses on-device machine learning to learn your daily charging routine so that Optimized Battery Charging activates only when your iPhone predicts it will be connected to a charger for an extended period of time. The algorithm aims to ensure that your iPhone is still fully charged when unplugged.
Optimized Battery Charging is on by default when you set up your iPhone or after updating to iOS 13 or later. To turn off the feature, go to Settings > Battery > Battery Health > Optimized Battery Charging…
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It was with Li-Ion batteries, where repeated charge from lets say 99 to 100 % could lower the battery life. Maybe Apple is trying to reduce this risk, by letting phone charge only to 80%. Some people from our company came with their iPhones, that they are broken and they cant fully charge
it takes some adjustment (optimize charging as Alex wrote) to let the phone charge fully. Does Apple still use Li-Ion batteries? I think there are som hours, during which the full charge is available, becase iPhone says:To reduce battery aging, iPhone learns from your daily charging routine so it can wait to finish charging past 80% until you need to use it.
What does it mean? I have no clue.
It used to be that letting your phone reach 0% battery and then charging it back to 100% was the best way to keep your battery efficient. While this was true back in the day, the batteries in smartphones now work very differently.
Source:
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It isn’t clear to me what the wear on the battery would be if it stays at 100% most of the time, since the phone automatically cuts of charging then. The BU articles don’t seem to cover the possibility of being mostly at full charge, unless I missed one.
I have the same question about laptop Li-ion batteries. I understand why it’s not a good idea to repeatedly charge a Li-ion battery to 100%, allow it to discharge down to 20% or so and then re-charge back to 100%, but what about a laptop that is essentially used as a desktop computer and is left plugged in the entire time the laptop is turned on? Does this degrade the life of the battery, or is it better to stop charging at 80% if the laptop is always plugged in?
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I’ve found a cheap solution by accident: I’ve bought a very very very cheap car charger for my phone, and it brought an orange colored USB cable that is so bad and has so much internal resistance the phone barely charges up – a but more than 1 hour with a regular charger but with this cable it takes more than 5 hours!
This cable doesn’t supply enough charge for the phone to be used as a GPS on the car. At first I thought the charger was cheap and bad and bought another charger but ended using the same cable with the same result, reaching the conclusion that the problem was the cable – verified when I started using another cable.
So I leave the phone next to me, connected to the computer on a very slow charging (not warming up, which is great) and I have the time to react and avoid it to fully recharge.
That cable is so bad that it is actually so good!
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If you’ve been blasting your battery to 100% every night, after a year or so your device lasts far fewer hours on a charge.
Not in my experience. Every cell phone I’ve ever owned has been plugged into a charger overnight and charged to 100%. In a couple of decades, I’ve bought only one replacement battery, for a Microsoft Lumia 950 after five years of daily use. The screen developed intermittent issues a few months ago, so I’ve changed over to the spare I bought a couple of years ago.
I don’t have a need for a new smartphone nor, in my experience, any reason not to charge the battery fully. My anecdotal evidence tells me I have ~five years of quite useful battery life left.
Always create a fresh drive image before making system changes/Windows updates; you may need to start over!We all have our own reasons for doing the things that we do with our systems; we don't need anyone's approval, and we don't all have to do the same things.We were all once "Average Users".4 users thanked author for this post.
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I have used Android BatteryBot Pro for 2 years on a 6-year old Oneplus One (battery not replaceable). Several features make it a great app. You can set quiet alarms for ‘rising above 80%’ (bird chirp) and ‘falling below %60’ (low tone). I added alarms every 5% for missed alarms. The alarm for 90% is a hundred birds! Added bonus: a small circle widget with a large % number which can be seen at a glance, and tap it for setting, history etc. There are settings for details in the notification area and % in the status bar. (in image 8° is from Weawow app)
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Here is my really geeky solution for Android. It is not as hard to do as it sounds, but also not for the technically challenged.
- Get a copy of Tasker from the Play Store, if you don’t already have it. It is amazing how much you get for the money. Set up a task to send an HTTPS request with the string from IFTTT (more below). Set up a profile to trigger the task when the battery is at 80%. Make another profile and task for when the battery is at 75%
- Get a “smart plug” or “wifi plug” and plug your charger into it. Get one that works with IFTTT, which almost all of them do. I use the Wyze Smart Plug because it is cheap ($15-$20 for two). Set it up with your wifi network. Create an account; using their app is optional.
- Get a free account with IFTTT, if you don’t already have one. Connect your wifi smart plug account with your IFTTT account, so that IFTTT can turn the plug on and off. Create your own IFTTT “applet” to turn the plug on, and one to turn it off. These are very simple applets that say “if Maker Event XXXXX then turn PlugXXX off”. Get the API and HTTP string for this event (it is really hard to find this string; look under “webhooks”). Then put IFTTT’s POST/GET request strings into the Tasker Web Request tasks you created on the phone.
Now, you can plug your phone in all night or all day. When it reaches 80% (or whatever you set), Tasker will send a message to IFTTT which will send a command to the wifi plug to turn off the charger. Later, Tasker will turn the charger back on.
There are a lot of moving parts in this method but it is pretty reliable, although it can be hard to troubleshoot. I can’t swear that the short on/off charging cycles are better than charging to 100% then letting the phone switch to trickle, but I bet it is. (Any experts want to weigh in on this?) Short charging cycles won’t heat the battery as much. For the really geeky, you can take IFTTT out of the process by getting a Sonoff wifi switch and putting Tasmota onto it so that Tasker can talk directly to the switch. I don’t think there is a Tasker equivalent for iPhones. It should be possible to do something similar with a laptop by using a PowerShell script to check the battery level, but I haven’t tried it. I just got a new phone this month, so ask me in a year or two if this worked.
-- Peter R --
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This is my fourth attempt at posting a reply. I think that Woody’s over-caffeinated security software keeps blocking me. If this doesn’t work, I give up.
Tasker is not easy to learn. There is not a lot of official documentation, but a fair number of YouTube videos and forums. The basic concept is that there are “Profiles” and “Tasks” A profile is a condition, such as a battery level, receiving a phone call, an app starting, or a GPS location. Profiles invoke a task. A task can be to play music, take a picture, send an HTTP request, or pop up a screen to enter data.
In the pictures, you can see that there is a profile called “Charge Reached” for when the battery reached (or exceeds) 85%. There is another one called Charge Restart for when the battery gets to 80% or below. The Charge Reached profile runs the task called ChargeStop as shown.
The ChargeStop task, as shown, sends an HTTP request, flashes a message on my screen, then after 3 seconds, sends the HTTP request again. It is sent twice since occasionally something “misfires” along the way.
There is a picture that shows the details of the ChargeStop’s step for HTTP Request. The important part of that step is the URL that comes from IFTTT (which is a separate discussion). I just send that URL and I don’t look at what I get back.
When IFTTT receives that URL, it runs a “webhook” that sends a command to my wifi smart plug.
It sounds complicated, but it works pretty well. It was tough to set up, but now that it is working, it seems simple.
-- Peter R --
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What does a phone’s user manual say? I’d think by now charging algorithms and protection circuits would prevent anything resembling overcharging or over discharge. Phone batteries don’t have the memory effect NiCAD’s or NiMH batteries do. Charging is a regime of high and slightly lower voltages combined with low and higher current levels controlled by circuitry in the battery pack, not just a blast of constant voltage with whatever current results.
Why 80%? Why not 90% or 60%? If 80% is optimal, the battery could very easily be designed to stop there, then display 100%. No one would know the difference.
How do you charge to 80%? Watch the percentometer and quickly yank the power cord at exactly 80%? Sarcasm, yes, but apps that can do that have to know what the battery’s capacity really is, something that has to determined by the first few full charge/discharge cycles. There are as many forum topics on true battery capacity as there are on true 80% charge.
Heat during charging, discharging and use is something that reduces battery life. We love to prop our phones up while driving, often on a hot dash or play videos until they get toasty. There’s plenty of good data that shows exposure to 60C (140F) for periods of time reduces battery life; starts below that temp. If a phone is hot enough to be uncomfortable to hold, that’s likely a problem.
IMHO, the 80% meme, which has appeared since LiIon batteries became popular, is similar to the stuff about SSD’s being unreliable or having lower life than HDD’s; true long ago but not now.
If anyone can find current controlled experimental data supporting 80% (or 82% or 73% or 64.53%…), let’s see it.
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What does it mean? I have no clue.
It means that if you wake up everyday at 7AM and leave the iPhone to charge at night, the iPhone will be charged to 80% and remain so for hours and just before your wakeup it will charge up to 100% so you’ll have a fully charged battery for the day.
1 user thanked author for this post.
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It applies to any device with a battery, such as laptops, your Tesla..
“Thou shalt not charge your Tesla to 100%, unless you absolutely must. Electric car batteries should not, generally, be charged to 100%. Long-term, this reduces the battery’s longevity, and Tesla cars actually charge up to 90% by default…’
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Why create a rechargeable product that will die if you charge it to capacity?
It will die if you charge it only to 80% too… it will just take longer. Batteries are consumable items, like brake pads on a car. They will need replacement sooner if you do a lot of hard braking than if you treat them gently.
If you’re asking why manufacturers rate their batteries to what they now call 100% rather than limit it to 80% of that and call it 100% (and set the onboard electronics to stop charging at that point, so that does in fact become the new 100%) so it will last longer… well, they could do that, but they would be at a competitive disadvantage when alternative products last longer on a single charge despite having the same physically-sized battery, and with the same nominal materials cost. If a cell phone maker reported a battery capacity that was ~20% lower than that of their closest competitor, resulting in 20% shorter run time on a charge, but they advertised that their batteries lasted (just picking numbers out of the air) 3 years instead of 2, most people would just see the bit about the lower battery capacity and not think about the durability of the battery until it was time to replace it. It seems
On top of that, manufacturers of batteries or the devices that contain them are not necessarily upset if their product wears out and people need to go buy another one. Many people just go buy a new phone when the old one begins to have excessively short run times on a charge, and some manufacturers go out of their way to promote that kind of thinking by making repairs on older models prohibitively expensive, or simply refusing to do those repairs at all (to allow the person in the store to upsell to a new phone) and by doing their best to keep parts out of the aftermarket.
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If you want to get serious about it, and you have an Android which has nothing built in, get a Bluetooth dongle (chargie.org).
It works great. I have my phone charging 50 – 55% 24/7 and scheduled to top off to 65%. Even 80% is not necessary everyday for me.
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The statement about slow charge being more battery friendly sonds reasonable. But phones support fast charge as well, thus it should not be such issue. But I agree, even if its only my assumption.
If Im in a hurry, I plug the phone into charger from electricity, I can gain 30 % very quickli then, in 10 or 15 minutes. Otherwise I prefer to charge my phone prom USB on the computer.But still its a device that should serve me. Not eating my time thinking, whats the best way how to charge it.
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Just need an app that plays a clapping sound when the battery goes from 79% to 80%. Don’t forget to plug your charger into a Clapper
Or have the app tell Alexa to turn it off for those into newfangled contraptions.
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BatteryBot Pro on F-Droid
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I have only used iPhones myself.
I always charge my iPhones up to 100% (My iPhones allow charging to 100% and not only 80% with that Optimized Battery Charging feature on, at least that is what they show on screen.) after the charge falls below 20%. But since I only charge my iPhones once every 7-8 days (I am only a light user.) I believe my phones still have pretty good battery life left.
Hope for the best. Prepare for the worst.
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Batteries are made out of (a battery of) cells, hence it’s name.
The electro-chemistry behind the Lithium batteries is that when a cell is fully discharged it degrades seriously with the probability of death – meaning it just won’t accept (and therefore supply) any charge. I practical terms you’ll have a battery that both charges and recharges strangely very quickly (because there’s one less cell to recharge) and that battery won’t handle power peaks, with the phone suddenly dying on you (not shutting down properly, just snap dying) suddenly even if reporting a lot of charge on it.
With time cells naturally start degrading on an individual level, and each one has it’s own danger zone that no one can guess. The battery charge indicator is “an average” of all cell charge (as Lithium batteries can linearly and accurately translate voltage to percentage). You can have 5% charge on the battery but with one or more of the cells can be in the danger zone but all the other ones OK.
So hence a safe zone for charging – the greater the safer – and that’s why phones alarm you when about 15%, just to (try to) make sure no individual cell falls under the danger zone.
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I have used the AccuBattery app for about a year or so. It works well for me. I charge my Galaxy S-10 phone to 80% with one exception. If we have severe weather potential and a good possibility of power outages then I will over ride the 80% and charge to 100%. When you get the 80% notification, it will charge past that up to the 100% charge unless you unplug the charger.
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Every cell phone I’ve ever owned has been plugged into a charger overnight and charged to 100%.
That’s what I’ve done historically, too. My Lumia 920 lasted two years, another 18 months after battery replacement (that was tought). My Lumia 950 lasted two years but only one year more with a replacement battery, probably because the replacement was manufactured the same year as the phone.
My experience with the same phone charged in the same way was entirely different.
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Concerning Lenovo Vantage app, will this work on other laptops? If not, is there a Dell equivalent to this Lenovo Vantage app?
Thanks
I don’t know about the software, but first your hardware needs to support charging limit of its battery and not all computers do, even the new ones.
KDE does support this function by software, but unfortunately my hardware doesn’t. I wish you luck!
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That is interesting but it leaves me with many questions.
From my personal anecdotal experience, Iphones that have seriously degraded batteries after two years are those that has been used a lot by our salesmen. They wait anxiously the end of our 3 years period. The other phones are usually fine despite people charging them overnight even before the new optimized battery setting. My guess is the usage you do with your phone is the most important factor in all this. The more you use it (the more full cycles you end up doing however you do them in multiple sessions or one session), the more you damage your battery, by far, unless maybe if you are the type that leaves it get extremely low and charge it on a fast charger to a 100% and then leave it plugged.
I am not sure that the 100% displayed by Apple is really 100% or if it is not an 80% or 90% displayed as a 100%. That would make a difference.
I bet Apple know at least a bit what they are doing when they made the optimized battery setting, trickle charging close to 100% for many hours probably being not great. Slowing down the charging above 80% at all times and also waiting the end of the night to charge above 80% with the optimized setting might have a good impact, although not optimal. Yes they want to sell more phones, but usually, especially lately, they seem to have gained more love by acting in the interest of their customers, extending support and performance of older models by tuning their newer IOS better to handle older models. They probably gain more by having a quality product with people that wants to change because of the new things they bring rather than because their phones die too fast. They know battery is one the most annoying thing to people about phones. Apple don’t gain if they are perceived as selling a clearly inferior product that dies too fast.
However, I must admit that since they revamped the battery tab, it has become completely useless by drowning the user with meaningless information vs the previous way of presenting information. I wondered if they purposefully wanted to make it impossible for people to realize they had only 3-4 hours of usage after a full charge. There is no clear way anymore to see why your battery drops and by how much. They present usage per 24 hours, but not since last charge and it is not clear what the percentage shown is about. Often, the battery drops by much more than what is written there, as some hidden process or system is draining the battery. It is not easy to know which apps are draining more power per minute. If the app uses the GPS, is it counted as part of the app draining or the hidden system portion? This could be improved by a lot. And I am someone who turns off every system background process I can, notifications, background apps, etc. That is how I quickly saw when they had battery bugs after some defective releases of IOS, being used to having a very slow steady decline of battery when idle (and yes I know about the re indexing and other household chores of the OS after an update, so I refer to the problem being still there 2 weeks after).
Is there a way on an Iphone without running a battery draining background app to receive a notification from the system when it reaches 80% so you stop charging? I don’t know.
Is it worse to fully charge your phone for a day and have it at 30% and then have to charge it or charge it to 80% and then end up at 10% when you can charge it?
My take on all this and this is what I would say to people from what I understood:
-use slow chargers whenever possible because heat is the enemy or maybe if you need faster charge use the fast charger up to 80% then switch to slow (but the Iphone already seems to slow down charging after 80% so is it really necessary, maybe not, but maybe it is marginally better). I am thinking it would be easy for me to plug it on the slow charger here and there during the day when I work from home.
-avoid getting below 20-25% if possible and charge it a little bit whenever convenient during the day as soon as it drops below 70%, up to about 80%, don’t be afraid to charge it here and there multiple sessions a day like if you get in your car. The myth of the memory effect or the number of charge regardless of the duration of the charge needs to go.
-Try to reasonably not let it charge above about 80% if you will be able to recharge it easily and try hard to not leave it plugged for extended periods of time, especially when charged to 100%.
-Don’t worry too much if you need to charge fully before using it for a day where it won’t be convenient to recharge.
-Use optimized battery setting so if you really need to charge it overnight one night, it will at least save the 80-100% portion for the end of the night.
I would really like to hear Apple on battery management.
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I wouldn’t bother using a battery app that requires you to stop charging manually – life’s too short. Charge the phone when required and live with the small loss of capacity.
Never assume your phone is being backed up. Do it yourself manually when you have time, but daily is probably not required as calendar and mail tends to be kept on the server as well as the phone.
cheers, Paul
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Charge the phone when required and live with the small loss of capacity.
That’s how I see it too. But I would add to that to buy phones (and laptops, and anything else that isn’t disposable-cheap) that facilitate battery replacement. It’s a little more research to do before you buy, but when it is time to replace the battery and you are able to do it in a few minutes with a single phillips screwdriver* (as with my Acer Swift and any of my three Dell laptops… all my other laptops are old and have externally removable batteries), you’ll be glad you did.
Smartphones are not as easy to open up as laptops usually are, but there are easier ones and harder ones to service within that framework. I saw the description (with photos) on how to open up my Motorola G7 Play and it was fairly simple. It’s new, so it won’t be for a while that it needs a new battery hopefully, but when the time comes, it should not be that hard.
* Edit: Actually, it takes two screwdrivers on the two aluminum-cased laptops, the XPS and the Swift. Both of them use Torx screws on the outside. At least they’re readily available at the hardware store (standard Torx, not the security type), unlike the pentalobe proprietary screws some fruit laptop manufacturers use to keep their owners out of them!
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Well, I don’t think anybody knows if Apple displays 100% but it is something else behind.
Anecdotal evidence I have supporting a good amount of Iphones over many years, I would say, based on this and the article :
-If you only charge the phone once a week when it gets low, try to charge it a bit more often and try to not let it go below 20-25% so as to avoid entering the danger zone to damage battery, especially when the battery gets older if I understood properly.
-When you charge, you can unplug when it reaches 80% shown on the phone in the hope that it will make a difference in the long run on your battery life.
-Avoid charging overnight if possible.
So basically, try to maintain its charge in the 30% or more to 80% zone.
Don’t hesitate to charge it as soon as it drops below 70% if it is a good moment for you, it is even better to not wait until it discharges more. You can plug and unplug your phone as often as you want without any second thought with the small charger of the Iphone when you are in the right zone. It is not as powerful as the bigger ones of the Ipad so it charges more slowly and it is better for the battery.
And as Paul T and Ascaris said, life is too short to stress too much about striving for absolute optimization of the battery life. Unless you are retired with not much money and lots of time and you want to reach the full now 6 years plus of OS support Apple seem to provide, maybe you try to keep those ideas in mind, but don’t worry too much if you don’t always do things properly, at least don’t let your phone discharge too much which seems to be worse than anything else. Oh, and I forgot : keep it away from heat and cold.
I hope this helps you keep it simple. It’s not as bad as the length of this text.
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I have Optimized Battery Charging turned on
Then you have done everything you need to do to have maximum battery life. Relax and enjoy.
cheers, Paul
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Thanks AlexEiffel & Paul T for making the instructions much clearer.
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