How to charge AirPods to keep battery healthy? Announcing the arrival of Valued Associate #679: Cesar Manara Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern) Should an RSS feed of hot network questions feed any chat room(s) here?MacBook battery versus Tesla or Chevy BatteryBattery Full AlertWhat is the life expectancy of a Magic Mouse 2 battery?How to preserve MacbookPro battery from degradation?What are the best practices for battery longevity?Dilemma about replacing the battery in my 17" MacBook Pro mid-2010Optimum way of charging apple devices?How to prolong battery lifeiPhone 5S battery percentage incorrect after replacementDo AirPods charge batteries with Qi now?AirPods Poor Siri Voice QualityCharging a USB type-c equipped MacBook Pro with a non-Mac charger - would it harm the battery?AirPods battery level with `ioreg`Is it good to keep my MacBook Pro on charge?
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How to charge AirPods to keep battery healthy?
Announcing the arrival of Valued Associate #679: Cesar Manara
Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)
Should an RSS feed of hot network questions feed any chat room(s) here?MacBook battery versus Tesla or Chevy BatteryBattery Full AlertWhat is the life expectancy of a Magic Mouse 2 battery?How to preserve MacbookPro battery from degradation?What are the best practices for battery longevity?Dilemma about replacing the battery in my 17" MacBook Pro mid-2010Optimum way of charging apple devices?How to prolong battery lifeiPhone 5S battery percentage incorrect after replacementDo AirPods charge batteries with Qi now?AirPods Poor Siri Voice QualityCharging a USB type-c equipped MacBook Pro with a non-Mac charger - would it harm the battery?AirPods battery level with `ioreg`Is it good to keep my MacBook Pro on charge?
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Once on the official Apple website it was written to keep iPhone's charge between 20% and 80% for better battery life.
I've not found exact battery specs for the AirPods (I am about 2nd gen), probably they have the same battery type as latest iPhones (Li-ion).
So, do I have to keep AirPods with at least 20%+ charge while using? I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
battery airpods
New contributor
add a comment |
Once on the official Apple website it was written to keep iPhone's charge between 20% and 80% for better battery life.
I've not found exact battery specs for the AirPods (I am about 2nd gen), probably they have the same battery type as latest iPhones (Li-ion).
So, do I have to keep AirPods with at least 20%+ charge while using? I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
battery airpods
New contributor
add a comment |
Once on the official Apple website it was written to keep iPhone's charge between 20% and 80% for better battery life.
I've not found exact battery specs for the AirPods (I am about 2nd gen), probably they have the same battery type as latest iPhones (Li-ion).
So, do I have to keep AirPods with at least 20%+ charge while using? I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
battery airpods
New contributor
Once on the official Apple website it was written to keep iPhone's charge between 20% and 80% for better battery life.
I've not found exact battery specs for the AirPods (I am about 2nd gen), probably they have the same battery type as latest iPhones (Li-ion).
So, do I have to keep AirPods with at least 20%+ charge while using? I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
battery airpods
battery airpods
New contributor
New contributor
edited Apr 11 at 19:42
Allan
46.4k1469176
46.4k1469176
New contributor
asked Apr 11 at 19:08
TarasovychTarasovych
1212
1212
New contributor
New contributor
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add a comment |
2 Answers
2
active
oldest
votes
... do I have to keep AirPods with at least 20%+ charge while using?
No. Use the AirPods for what you purchased them for - wireless headphone with Siri control.
Lithium ion batteries don't need to be micro-managed like previous generation batteries needed to. They don't develop a memory and will function (generally) for their usable life.
The key to this is to understand that age and cycle count is, by far, the largest factor in determining battery health. You can mitigate factors that will diminish battery life like avoiding extreme temperatures and physical trauma but there's no procedure or practice you can do that will extend the life of the battery.
I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
This is also not an issue and a misunderstanding of how charging works. Batteries and chargers are "smart" in that they will automatically reduce/stop charging when it reaches a full charge. Batteries naturally discharge without use, and the charger will kick back in recharging the battery.
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
add a comment |
What Allan said is pretty spot on. To make things more clear, lithium ion batteries do best when the charge is around 50%. In order of most to least importance:
Don't let the battery get to 0. Deep discharge cycles are extremely damaging for the battery. If you do let it get to 0, make sure you charge it at the next possible opportunity, because the longer the charge is at 0 the deeper the discharge (due to "phantom drain" and other things).
Don't charge to 100%. (Side note: 100% is arbitrarily defined, but usually 4.2V). As with empty batteries, try to keep the time it's at 100% to a minimum.
Keep battery between 10% and 90%, or 20% and 80%, or 25% and 75%. But we're getting into diminishing returns territory. The lifespan of the battery (if you follow all of the above) is going to be hundreds of cycles even with bad batteries, thousands of cycles with good ones.
To summarize: look at how much you're usually using them. If you use about 50% of the battery try to keep them between 25% and 75%, if you use 80% try to stay between 15% and 95%.
New contributor
add a comment |
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
... do I have to keep AirPods with at least 20%+ charge while using?
No. Use the AirPods for what you purchased them for - wireless headphone with Siri control.
Lithium ion batteries don't need to be micro-managed like previous generation batteries needed to. They don't develop a memory and will function (generally) for their usable life.
The key to this is to understand that age and cycle count is, by far, the largest factor in determining battery health. You can mitigate factors that will diminish battery life like avoiding extreme temperatures and physical trauma but there's no procedure or practice you can do that will extend the life of the battery.
I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
This is also not an issue and a misunderstanding of how charging works. Batteries and chargers are "smart" in that they will automatically reduce/stop charging when it reaches a full charge. Batteries naturally discharge without use, and the charger will kick back in recharging the battery.
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
add a comment |
... do I have to keep AirPods with at least 20%+ charge while using?
No. Use the AirPods for what you purchased them for - wireless headphone with Siri control.
Lithium ion batteries don't need to be micro-managed like previous generation batteries needed to. They don't develop a memory and will function (generally) for their usable life.
The key to this is to understand that age and cycle count is, by far, the largest factor in determining battery health. You can mitigate factors that will diminish battery life like avoiding extreme temperatures and physical trauma but there's no procedure or practice you can do that will extend the life of the battery.
I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
This is also not an issue and a misunderstanding of how charging works. Batteries and chargers are "smart" in that they will automatically reduce/stop charging when it reaches a full charge. Batteries naturally discharge without use, and the charger will kick back in recharging the battery.
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
add a comment |
... do I have to keep AirPods with at least 20%+ charge while using?
No. Use the AirPods for what you purchased them for - wireless headphone with Siri control.
Lithium ion batteries don't need to be micro-managed like previous generation batteries needed to. They don't develop a memory and will function (generally) for their usable life.
The key to this is to understand that age and cycle count is, by far, the largest factor in determining battery health. You can mitigate factors that will diminish battery life like avoiding extreme temperatures and physical trauma but there's no procedure or practice you can do that will extend the life of the battery.
I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
This is also not an issue and a misunderstanding of how charging works. Batteries and chargers are "smart" in that they will automatically reduce/stop charging when it reaches a full charge. Batteries naturally discharge without use, and the charger will kick back in recharging the battery.
... do I have to keep AirPods with at least 20%+ charge while using?
No. Use the AirPods for what you purchased them for - wireless headphone with Siri control.
Lithium ion batteries don't need to be micro-managed like previous generation batteries needed to. They don't develop a memory and will function (generally) for their usable life.
The key to this is to understand that age and cycle count is, by far, the largest factor in determining battery health. You can mitigate factors that will diminish battery life like avoiding extreme temperatures and physical trauma but there's no procedure or practice you can do that will extend the life of the battery.
I can't keep them 20%-80% because of case will charge them even they are at 99% battery.
This is also not an issue and a misunderstanding of how charging works. Batteries and chargers are "smart" in that they will automatically reduce/stop charging when it reaches a full charge. Batteries naturally discharge without use, and the charger will kick back in recharging the battery.
edited Apr 11 at 19:42
answered Apr 11 at 19:22
AllanAllan
46.4k1469176
46.4k1469176
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
add a comment |
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
1
1
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Leaving batteries in a heavily charged or discharged state is bad for them, (some batteries are best stored fully charged, like lead acid & LiFePo4's, but not the LiPo's from the airpods) - there is minimal management on them, thus they will die out fast - compare to the battery management system of an electric vehicle that will limit the range from around 30% to 80% (it will go into a "limp" mode under 30 & be able to regen past 80), but those same chemistry batteries last longer - air pods & similar just aren't managed in a way to extend their life other than the bare minimum
– user2813274
Apr 11 at 22:15
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
Li-ion is a sensitive battery chemistry that just wants to tear itself apart, and its life is shortened by 1) Leaving it at a high state of charge 2) Leaving it at a low state of charge 3) Lots of charge cycles 4) Leaving it too long without a charge cycle 5) Looking at it funny 6) etc.
– hobbs
Apr 12 at 5:17
add a comment |
What Allan said is pretty spot on. To make things more clear, lithium ion batteries do best when the charge is around 50%. In order of most to least importance:
Don't let the battery get to 0. Deep discharge cycles are extremely damaging for the battery. If you do let it get to 0, make sure you charge it at the next possible opportunity, because the longer the charge is at 0 the deeper the discharge (due to "phantom drain" and other things).
Don't charge to 100%. (Side note: 100% is arbitrarily defined, but usually 4.2V). As with empty batteries, try to keep the time it's at 100% to a minimum.
Keep battery between 10% and 90%, or 20% and 80%, or 25% and 75%. But we're getting into diminishing returns territory. The lifespan of the battery (if you follow all of the above) is going to be hundreds of cycles even with bad batteries, thousands of cycles with good ones.
To summarize: look at how much you're usually using them. If you use about 50% of the battery try to keep them between 25% and 75%, if you use 80% try to stay between 15% and 95%.
New contributor
add a comment |
What Allan said is pretty spot on. To make things more clear, lithium ion batteries do best when the charge is around 50%. In order of most to least importance:
Don't let the battery get to 0. Deep discharge cycles are extremely damaging for the battery. If you do let it get to 0, make sure you charge it at the next possible opportunity, because the longer the charge is at 0 the deeper the discharge (due to "phantom drain" and other things).
Don't charge to 100%. (Side note: 100% is arbitrarily defined, but usually 4.2V). As with empty batteries, try to keep the time it's at 100% to a minimum.
Keep battery between 10% and 90%, or 20% and 80%, or 25% and 75%. But we're getting into diminishing returns territory. The lifespan of the battery (if you follow all of the above) is going to be hundreds of cycles even with bad batteries, thousands of cycles with good ones.
To summarize: look at how much you're usually using them. If you use about 50% of the battery try to keep them between 25% and 75%, if you use 80% try to stay between 15% and 95%.
New contributor
add a comment |
What Allan said is pretty spot on. To make things more clear, lithium ion batteries do best when the charge is around 50%. In order of most to least importance:
Don't let the battery get to 0. Deep discharge cycles are extremely damaging for the battery. If you do let it get to 0, make sure you charge it at the next possible opportunity, because the longer the charge is at 0 the deeper the discharge (due to "phantom drain" and other things).
Don't charge to 100%. (Side note: 100% is arbitrarily defined, but usually 4.2V). As with empty batteries, try to keep the time it's at 100% to a minimum.
Keep battery between 10% and 90%, or 20% and 80%, or 25% and 75%. But we're getting into diminishing returns territory. The lifespan of the battery (if you follow all of the above) is going to be hundreds of cycles even with bad batteries, thousands of cycles with good ones.
To summarize: look at how much you're usually using them. If you use about 50% of the battery try to keep them between 25% and 75%, if you use 80% try to stay between 15% and 95%.
New contributor
What Allan said is pretty spot on. To make things more clear, lithium ion batteries do best when the charge is around 50%. In order of most to least importance:
Don't let the battery get to 0. Deep discharge cycles are extremely damaging for the battery. If you do let it get to 0, make sure you charge it at the next possible opportunity, because the longer the charge is at 0 the deeper the discharge (due to "phantom drain" and other things).
Don't charge to 100%. (Side note: 100% is arbitrarily defined, but usually 4.2V). As with empty batteries, try to keep the time it's at 100% to a minimum.
Keep battery between 10% and 90%, or 20% and 80%, or 25% and 75%. But we're getting into diminishing returns territory. The lifespan of the battery (if you follow all of the above) is going to be hundreds of cycles even with bad batteries, thousands of cycles with good ones.
To summarize: look at how much you're usually using them. If you use about 50% of the battery try to keep them between 25% and 75%, if you use 80% try to stay between 15% and 95%.
New contributor
New contributor
answered Apr 12 at 15:28
xyiousxyious
1011
1011
New contributor
New contributor
add a comment |
add a comment |