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I'm very curous about this battery for Desire HD. From my experience, 3rd party batteries are generally frowned upon because they usually either
1) Does not contain the advertised charge (mah) amount
2) Does contain the advertised amount of charge but the battery spoils fast, and would be unable to hold charge properly after a few months of usage
3) Heat issues, etc, safety issues in general
It seems like many people in this forum have already got the battery and would like to know whats it like so far. my current original DHD battery has already semi gave way after a year+ of usage, it no longer hold the charge proper and I can only charge up till 60+% before it jumps straight to 100%, as well as battery level jumps erratically.
I went to check, seems like the mugen 1500mah battery http://www.mugen-power-batteries.co...ery-for-for-htc-desire-hd-softbank-001ht.html cost around $45 US which translates to roughly $56SGD whereas locally the original DHD battery costs $59SGD. Adding a couple of bucks for shipping and all, it definitely works out to be a better battery to purchase if it actually works well (e.g. refer to above criterias).
So I would like to know whether the battery suffer from the problem of holding charge and also any heat/security issues. Considering I've read that many people claim that they get a lot more battery life out of it in their initial usage.
you can find plenty of user comments in these threads:
http://forum.xda-developers.com/showthread.php?t=818794
http://forum.xda-developers.com/showthread.php?t=997060
Between the 2 threads, there are about 700 comments
If you can live with a modified battery cover then this is superior to the mugen battery and cheaper too:
http://forum.xda-developers.com/showthread.php?t=1344761
Big advantage here is you can use an original sensation/evo3d battery from HTC and don't have to have rely on 3rd party batteries.
On the other hand you can get as much as 1900mAh instead of the 1500mAh mugen offers.
paul c said:
you can find plenty of user comments in these threads:
http://forum.xda-developers.com/showthread.php?t=818794
http://forum.xda-developers.com/showthread.php?t=997060
Between the 2 threads, there are about 700 comments
Click to expand...
Click to collapse
As a matter of fact I have skimmed through that threads and I don't find anyone talking about how the battery life performs after months to a year of usage. This is a common concern because many 3rd party batteries lose their ability to hold charge very quickly after a short period of time. Of course it can be argued that no one complained about it in the thread but thats not substantial enough. The uesr reviews thats stated in those thread that you have linked are mostly by new users who were "wow"ed by the battery and then stop coming over to the thread altogether.
Even if they would reply, you wouldn't be able to use their statements because you don't know how they treated the battery so far.
I received my Mugen battery lately and I will be handling it the way I learned from here:
http://batteryuniversity.com/learn/article/how_to_prolong_lithium_based_batteries
Ratix0 said:
As a matter of fact I have skimmed through that threads and I don't find anyone talking about how the battery life performs after months to a year of usage. This is a common concern because many 3rd party batteries lose their ability to hold charge very quickly after a short period of time. Of course it can be argued that no one complained about it in the thread but thats not substantial enough. The uesr reviews thats stated in those thread that you have linked are mostly by new users who were "wow"ed by the battery and then stop coming over to the thread altogether.
Click to expand...
Click to collapse
I have been using the Mugen battery for about a month now, following their instructions on how to handle the battery during the initial charges.
First, you say "3rd party batteries lose their charge.... after months to a year". Well, my original HTC battery after one year, is - I estimate - about 50% of the new Mugen.
OK, a new battery will outperform an old one, but it's not just 3rd party batteries.
When I changed batteries, the OEM one had actually expanded slightly and it did not slide out of its compartment easily. So the OEM is not a perfect guarantee of a lifetime of high power and good behaviour
And, I spent the extra € on Mugen and not the 2000mAh cons from eBay - Mugen has built a reputation over time, it is built to a similar (or higher?) standard as the OEM's.
btw look for a coupon that is valid for 10 or 20% I recall off the standard Mugen price.
test1800mAh
Many businesses will pretend to be the large capacity, we choose the best choice in the factory, so the quality guaranteed some. I bought a nominal capacity is 2300 mAh, I test the actual can reach 1800 mAh.
does it give you much better battery life?
So if im charghing my battery and it jumps to 100 from 74pct it shows that my battery is in bad condition?
msellars2450 said:
does it give you much better battery life?
Click to expand...
Click to collapse
Yes, about 22 % (1500:1230= 1,219...)
No because it's physically impossible.
Hunt3r.j2 said:
No because it's physically impossible.
Click to expand...
Click to collapse
I've measured my battery and, as stated before, it has 1523 mAh.
Zeitraffer said:
I've measured my battery and, as stated before, it has 1523 mAh.
Click to expand...
Click to collapse
I can confirm this too.
Zeitraffer said:
I've measured my battery and, as stated before, it has 1523 mAh.
Click to expand...
Click to collapse
Give me a screenshot of a true test of the battery using external monitoring. Batteryboss.org is my proof, where is yours?
Hunt3r.j2 said:
where is yours?
Click to expand...
Click to collapse
paul c said:
I can confirm this too.
Click to expand...
Click to collapse
Also I'm not here to battle myself with others about stats.
There's a lot of people that are satisfied with Mugen, even here on the board.
http://forum.xda-developers.com/search.php?searchid=12986796
I personally don't care if you don't believe that.
I used a battery testing widget when I first got the mugen battery about 2 months back...
It was around 1300mAh with maximum 15% deviation, stayed around that value for the charge cycles done during that period, for about a couple of weeks.
I'd say its definitely pretty close. My HTC battery was at 800mAh with maximum of 20% deviation by the end of 1 year.
(Deviation comes from the limitation of calculating the mAh if I'm not wrong. Because it takes value of the actual consumption / charging once every minute or so, it kind of either interpolates between values, or just assume the whole 1 minute being the recorded value. Hence the possible variation.)
Zeitraffer said:
Also I'm not here to battle myself with others about stats.
There's a lot of people that are satisfied with Mugen, even here on the board.
http://forum.xda-developers.com/search.php?searchid=12986796
I personally don't care if you don't believe that.
Click to expand...
Click to collapse
Of course you don't, but no, ignorance is not a replacement for knowledge.
Actual testing (250 mA drain until shutoff voltage) shows Mugen to be wrong. Where is proof that you're right?
For the OP: http://www.amazon.com/Motorola-Univ...able-Packaging/dp/B00486MH80/ref=pd_sim_cps_6
That should give one full charge of the Desire HD from 0% to 100%. It's about the size of the phone, but thinner.
http://www.amazon.com/Anker-SlimTal..._1_6?s=wireless&ie=UTF8&qid=1334818005&sr=1-6
This should give around two to 1.75 full charges.
I would highly suggest going with genuine OEM batteries to get the maximum you can get. Always ask yourself: If it was so easy to get more battery capacity into the phone, why didn't HTC do it?
Hunt3r.j2 said:
Batteryboss.org is my proof
Click to expand...
Click to collapse
No it's not, because batteryboss.org did not test the Mugen 1500 mAh battery for the HTC Desire HD this thread is about. If they did, please provide a link.
batteryboss.org said:
Tests of batteries being sold for HTC's Nexus One, Incredible, EVO 4G, Hero, Desire and Touch Pro2/Tilt 2.
Click to expand...
Click to collapse
Hunt3r.j2 said:
where is yours?
Click to expand...
Click to collapse
Hunt3r.j2 said:
Where is proof that you're right?
Click to expand...
Click to collapse
I have posted a screenshot of BatteryMonitorWidgetPro below, showing 1526 mAh of in-use value as complete capacity after 100% complete / 0% discharge cycles.
Also showing 1214 mAh with +- 41% deviation while on daily use, with no complete charge/discharge cycles that I made in the beginning, after I had received the battery on March 13th 2012.
So this is not the complete capacity; the upper value is.
Hunt3r.j2 said:
Actual testing (250 mA drain until shutoff voltage) shows Mugen to be wrong.
Click to expand...
Click to collapse
Where? Please provide a link to the test of the Mugen 1500 mAh for HTC Desire HD.
Of course I might be wrong, for I am no technician, but the one test app that I used showed me these values. I haven't read anything about Mugen selling batteries with fake values, so I'd really like to know more about it, if there is
Zeitraffer said:
No it's not, because batteryboss.org did not test the Mugen 1500 mAh battery for the HTC Desire HD this thread is about. If they did, please provide a link.
Click to expand...
Click to collapse
They tested a Mugen battery, which consistently shows that they overrate batteries. By default, the rating of the battery is in serious doubt.
Zeitraffer said:
I have posted a screenshot of BatteryMonitorWidgetPro below, showing 1526 mAh of in-use value as complete capacity after 100% complete / 0% discharge cycles.
Also showing 1214 mAh with +- 41% deviation while on daily use, with no complete charge/discharge cycles that I made in the beginning, after I had received the battery on March 13th 2012.
So this is not the complete capacity; the upper value is.
Click to expand...
Click to collapse
Your own phone is telling you that you're getting exactly OEM capacity, maybe less. Battery Monitor Widget extrapolates what it thinks your mAh rating of the battery is based upon the voltage and the mA consumed to get to that voltage. So far it looks like your battery is either OEM capacity or slightly less. The top 1526 mAh number is what the battery claims to have, not what it really has.
Zeitraffer said:
Where? Please provide a link to the test of the Mugen 1500 mAh for HTC Desire HD.
Of course I might be wrong, for I am no technician, but the one test app that I used showed me these values. I haven't read anything about Mugen selling batteries with fake values, so I'd really like to know more about it, if there is
Click to expand...
Click to collapse
1. Your test app is proving you wrong.
2. Phone based test applications are a horrible idea, proper testing should be done with the battery charged outside the phone to 4.2v then discharged to 3.4v at constant mA drain. Multiply the time that it took to drain by the mA drain used to get your accurate capacity.
Hunt3r.j2 said:
They tested a Mugen battery, which consistently shows that they overrate batteries. By default, the rating of the battery is in serious doubt.
Click to expand...
Click to collapse
1 battery doesn't prove anything.
Hunt3r.j2 said:
Battery Monitor Widget extrapolates what it thinks your mAh rating of the battery is
Click to expand...
Click to collapse
No, it uses historical data (logs) to measure the battery. It doesn't think, it measures.
Please provide a link or anything else for such statements.
https://play.google.com/store/apps/details?id=ccc71.bmw.pro&hl=de said:
Measures real battery capacity using historical data
Click to expand...
Click to collapse
Hunt3r.j2 said:
So far it looks like your battery is either OEM capacity or slightly less.
Click to expand...
Click to collapse
No. This is how the app works: This value (1214 mAh) was measured by not draining the battery completely anymore. If I don't drain the pack to 0%, the app cannot measure all the capacity. Simple logic.
Hunt3r.j2 said:
The top 1526 mAh number is what the battery claims to have, not what it really has.
Click to expand...
Click to collapse
No, the battery was measured all the way from 100% to 0%, and that's what came out after several complete cycles. The log is accessible inside the program.
How should it claim another value?
Hunt3r.j2 said:
Your test app is proving you wrong.
Click to expand...
Click to collapse
Please prove that statement.
HTC Desire HD is a supported device
http://www.3c71.com/android/?q=node/102
Hunt3r.j2 said:
2. Phone based test applications are a horrible idea, proper testing should be done with the battery charged outside the phone to 4.2v then discharged to 3.4v at constant mA drain. Multiply the time that it took to drain by the mA drain used to get your accurate capacity.
Click to expand...
Click to collapse
That is just your opinion.
Hi there,
I am hoping that there are some "Battery Monitor Widget" (BMW) users with us, and that you would share your values which BMW is detecting.
As far as I understand and can tell the Transformer does not report measured mAh values and BMW does some estimations and calculations by monitoring over a long time.
After a month or so my TF101G showed an estimated capacity of 23614 mAh ... you get it that I am confused. Therefor I am asking you to post your values, eg. with a screenshot of the "Calibration" page of BWM.
As far as I can tell, nobody has posted these values, at least not @XDA. So this would really be interesting, maybe also for 3c (author of BMW).
Greetings,
- Stephen
"Bump"
Really no one willing to share their battery's capacity as reported by Batter Monitor Widget (BMW)?
forcemaker said:
Really no one willing to share their battery's capacity as reported by Batter Monitor Widget (BMW)?
Click to expand...
Click to collapse
Hey man, I'm not much of a pro of this widget, i downloaded it yesterday but may I ask, in your Settings-Monitoring-Battery Capacity(mah), what is written there exactly?
Installed it on my Motorola Defy and it work superbly... But in my TF101, it doesn't seemed to show the details I expected.
The battery capacity, what do you enter here? Is the BMW detect the dock battery?
I'd run it over two days but the data shows doesn't seemed to be right, so uninstalled it..
If you have any proper steps or ways to make it work in TF101.. please write here.
Sent from my Transformer TF101 using XDA Premium HD app
In battery capacity option, you write your battery mah as you know it. I got extended 3500 mah so I wrote 3500 there, measured the mah with the app using the app for a day, it said 4580 mah. Well, there is no way that is right
I'm gonna use the app for some day, see if the measured mah is gonna change.
The app can not read the externals battery, it seems to be totally unaware. It also seems to register any power from the keyboard dock's battery as an external charger.
As the TF101 does not report measured mAh values as other devices do (e.g. my HTC Desire Bravo A8181) it uses estimates from the OS system logs (as far as I understand).
The app's author suggests - at best - a maximum complete discharge/charge cycle for guessing accurate values (maybe it's the other way around: first fully charge, then discharge; or it doesn't matter; but: do no discharge your Li-Ion battery completely as this is known to harm Li-Ion's (e.g. batteryuniversity, dont know their reliability), try at least a charge cycle of 50%)
It took quite some time until my mAh value stabilized at the value of 23614mAh that I got. For about 2 weeks the value was rising and stopped then at 23614mAh.
Yes, as I remember the mAh-value you are asked for at e.g. the first use is an estimation/hypothetical temporary value used for calculations and which will be corrected with the measured/estimated values over time.
The app and it terms are in some cases confusing/unclear without reading the docs which can be found here and are quite enlighting. In general I use this app a lot on my Desire where it measured the battery's capacity with 14xx mAh which is a little more than the expected capacity claimed by HTC (and I treated my battery quite well).
About the capacity of an Asus TF101(G): I left my tablet running under these cirumstances (the first time accidentially, the second time planned):
flight mode on (no 3g, wifi, bluetooth, me telling you just because you can enable the latter two even in flightmode!)
screen set to lowest value
no apps except battery monitor run on purpose (background tasks left untouched)
OS 3.2.1 stock ROM completely untouched (only the OTA which gave me this OS version)
The results of this test:
from 100% battery to 8% battery within 8 hours 20 min
the battery usage screen of Android control panel showed following "distribution" of power:
Screen: 86%
Android OS: 11%
Android System: 3%
no other entries!
My (quick) conclusion of this test is: as Asus promotes this device with about 8 hours of HD video playback (which I expect to be a processor sucking task) on one charge, without keyboard dock, and as other sites with this' tablet reviews report the same, my device underperforms "highly".
(Sorry, I did not start reading the - for sure - existing threads about battery life in this forum, as I "hoped" that a simple comparison of "Battery monitor widget" values would enlighten me. But, for sure I have to dive into these discussions.)
Uploaded images (thumbnails below) may be unreadable and are posted here for your convenience:
http://imgur.com/a/FJ2Xx#2
There is one application that estimates you battery health and size after a charging session, it keeps telling me that my phone is 3799 aka 3800 not 4000, can any of double-check? It's called accubattery on the playstore.. Is there any other app that can do that so I can recheck
I guess some models were released with lower capacity batteries which means you're doomed.
blackspp said:
I guess some models were released with lower capacity batteries which means you're doomed.
Click to expand...
Click to collapse
It says 4000 on the box, im just worried it's a bad battery
You're probably fine, have you tried another app to check? I'm using aida64 and it reports 3900 mAh
Batteries are not a precisely defined size. It's not like they are machined out of some material to an exact size. They are a bunch of messy chemicals and there will always be some variation in capacity.
It's up to the manufacturer's honesty whether they specify the minimum or average or maximum capacity.
blackspp said:
You're probably fine, have you tried another app to check? I'm using aida64 and it reports 3900 mAh
Click to expand...
Click to collapse
I tried Aida, it gives me 3900 too, but the app im talking about measures it after a charge
RR-99 said:
Batteries are not a precisely defined size. It's not like they are machined out of some material to an exact size. They are a bunch of messy chemicals and there will always be some variation in capacity.
It's up to the manufacturer's honesty whether they specify the minimum or average or maximum capacity.
Click to expand...
Click to collapse
Maybe yeah, but 200 mah is too much, when my s7 edge was 3680, even more than advertised
So you guys don't think it's a defect or something? Worth checking out?
I doubt it's accurate. On my current phone which is over three years old it says the capacity is still 3000 mah like the day I bought it. That would be an incredible feat but very doubtful.
Your battery is fine, don't worry about it.
If it shows 3400 mAh in a few months, well...
Thank you guys, I'll keep it and keep checking every month, if its getting worse then I can always check with my warranty provider
Ashk91 said:
There is one application that estimates you battery health and size after a charging session, it keeps telling me that my phone is 3799 aka 3800 not 4000, can any of double-check? It's called accubattery on the playstore.. Is there any other app that can do that so I can recheck
Click to expand...
Click to collapse
Same here. At the moment accubattery is reading my battery at 3741mah 94% life.
Ashk91 said:
There is one application that estimates you battery health and size after a charging session, it keeps telling me that my phone is 3799 aka 3800 not 4000, can any of double-check? It's called accubattery on the playstore.. Is there any other app that can do that so I can recheck
Click to expand...
Click to collapse
I use the same app for all my Android devices (I set a charging limit alarm to 80%). In the first couple of days I had my Mate 9 Accubattery was reporting 3920 mAh. I uninstalled and reinstalled it thinking there was something wrong. Then the next time I installed it it was reporting lower capacity of 38xx mAh. So I just ignored it and let it run. A few more days go by i randomly checked it and now its showing 4002 mAh 100% health. So I think it has a break in or calibration period for it to properly detect the actual size of the battery
---------- Post added at 09:23 PM ---------- Previous post was at 09:19 PM ----------
Trixanity said:
I doubt it's accurate. On my current phone which is over three years old it says the capacity is still 3000 mah like the day I bought it. That would be an incredible feat but very doubtful.
Click to expand...
Click to collapse
There is a reason for that and the explanation can be found in the app itself. Some manufacturers report a lower size battery than the actual battery size. Therefore you see the health is still at 100% although it already has degraded.
My battery shows 3850 and 100% life battery since the first day I got the phone. It last 2.5 days with medium/high usage. it took me a while to optimize all the apps I have installed in the phone tho.
in my understanding the number that gets reported to the app isnt the real capacity but the capacity keyed in to the Kernal file. Nothing to worry about guys.
Mine is still only takes around 3750mah worth of charge using Accubattery.
I remember some blurb that battery manufacturers have some %10 or so leeway in what the battery actually delivers versus what's written on it.. I wouldn't worry about it; what's 200 mAH between friends?
I did speak with the Huawei support center regarding my battery only taking around 3700mah charge and they informed me that it's normal and it's for backup.
That does not make a lot of sense but I do understand there are manufacturing tolerances. The battery in the mate 9 is rated for 3900mah with a typical capacity of 4000mah. So going from 3900 to 3722 on my last benchmark charge isn't to bad.
Hi to all,
I just wanted to make a debate about the real capacity of our phones batteries.
That's because I found an app that allows us to measure the real capacity and I found a quite astonishing result: it seems like my battery has the same behaviour as a 2200mAh ones!
In fact, with all connection active (Bluetooth, Wifi, LTE, synchronization..) I barely reach 3h of SOT daily.
I used 3C toolbox (https://play.google.com/store/apps/details?id=ccc71.at.free) using the instructions in this answer (https://android.stackexchange.com/q...ity-of-a-battery-in-mah-received-fake-battery in "How to measure actual capacity using 3C Toolbox").
Also if you can advise different apps and methods to do this, I would be very happy.
Thanks to all!
The real battery capacity is the advertised one. 3000-3080mAh.
Xiaomi uses lower binned batteries which degrade a bit faster over time. An app can't measure the real battery capacity or estimate it accurately. The SOC we have is power hungry and inefficient, that's why it's so hot too.
I think it's 1500 mah or something like that. I get only 2 or 2.5 hours screen on time. The results has been never changed which i've tried several roms.
Cozzmy13 said:
The real battery capacity is the advertised one. 3000-3080mAh.
Xiaomi uses lower binned batteries which degrade a bit faster over time. An app can't measure the real battery capacity or estimate it accurately. The SOC we have is power hungry and inefficient, that's why it's so hot too.
Click to expand...
Click to collapse
Well, the app don't measure the battery capacity, but how much current flows in when it's charging.
So you're saying that the main problem is the age of the battery..
Do you think that changing battery may improve the result?
3h sot is normal, when used from morning till evening. When used continually, I get 5-6h sot. An app cannot accurately measure battery capacity. This phone, like many others, is built to last a day with moderate usage...
Brunnys said:
Hi to all, I just wanted to make a debate about the real capacity of our phones batteries.
...
Also if you can advise different apps and methods to do this, I would be very happy. Thanks to all!
Click to expand...
Click to collapse
Hello, this is a very interesting topic, so I decided to check the real capacity of my Mi4c's battery with one of these. When the phone turned off at 0% I recharged it to 100%, while still off, with the following result: 1.76Ah @ 8.8V as I was using a QC2 charger. Let's translate it to the battery's 3.8V assuming 80% charging circuit conversion efficiency:
Code:
((8.8 * 1.76) / 3.8) * 0.8 = 3.2Ah
My battery is 6 months old and seems to be slightly better than specified.
If you use a 5V non-QC charger try one of these to measure it and assume higher 90% efficiency. Android battery apps are useless, please check it out with a hardware meter...
:highfive:
I'm already running third battery with my mi4c, all three tested with a similar hardware meter:
1. original battery, but already with signs of being worn out (shutdowns, sudden voltage drops) ~12Wh, not tested as being new
2. aliexpress replacement (getting worn out after 3months of use) ~13Wh
3. some battery I've got at local online shop that seller claims to be original (not 100% sure, but dimensions and weight match the original one) - sligthly over 14Wh
4. -another mi4c, as it was brand new- just over 14Wh from empty to max; surely the battery is in good condition as the one can reach 6h SoT
and I've tried different chargers (QC,non-QC) and no go - no way to see 15Wh or more being transmitted in one charge on both mi4c's I've got at home
Find out about battery behaviour of Nexus 5x, as its specs are very similar to mi4c's and compare battery capacity and standby/sot
andrei80 said:
Find out about battery behaviour of Nexus 5x, as its specs are very similar to mi4c's and compare battery capacity and standby/sot
Click to expand...
Click to collapse
And our battery behavior is a lot better.
Should I consider the values from /sys/class/power_supply/bms/ valid?
charge_full = 1983000
charge_full_design = 3071000
Does that mean that my battery capacity is now only ~2000 mAh?
EDIT:
charge_now_raw reports 2952776 when my battery level is 98%. So something is definitely wrong there.
Writing more stats for comparison:
cycle_count: 20430
resistance: 279541
esr_count: 63
voltage_now: 4223995
voltage_ocv: 4323094
capacity_raw: 9495
adamuadamu said:
...and I've tried different chargers (QC,non-QC) and no go - no way to see 15Wh or more being transmitted in one charge on both mi4c's I've got at home
Click to expand...
Click to collapse
Your results are fine but you're not accounting for the efficiency of charging which also decreases with higher...
charger's voltage
meter's internal resistance
connecting cable and contacts resistance
My 15.7Wh on the meter is actually around 15.7*0.8=12.5Wh on the battery.
Ydraulikos said:
Should I consider the values from /sys/class/power_supply/bms/ valid?
Click to expand...
Click to collapse
Some of them are definitively valid, others depend on type/firmware version of the control chip integrated in your battery. Here are mine:
Code:
POWER_SUPPLY_NAME=bms
POWER_SUPPLY_CAPACITY=51
POWER_SUPPLY_CAPACITY_RAW=5143
POWER_SUPPLY_CURRENT_NOW=432278
POWER_SUPPLY_VOLTAGE_NOW=3837410
POWER_SUPPLY_VOLTAGE_OCV=3874031
POWER_SUPPLY_VOLTAGE_MAX_DESIGN=4400000
POWER_SUPPLY_CHARGE_NOW=0
POWER_SUPPLY_CHARGE_NOW_RAW=1481002
POWER_SUPPLY_CHARGE_NOW_ERROR=98504
POWER_SUPPLY_CHARGE_FULL=3101000
POWER_SUPPLY_CHARGE_FULL_DESIGN=3071000
POWER_SUPPLY_TEMP=285
POWER_SUPPLY_TEMP_COOL=0
POWER_SUPPLY_TEMP_WARM=450
POWER_SUPPLY_RESISTANCE=110778
POWER_SUPPLY_RESISTANCE_ID=50306
POWER_SUPPLY_BATTERY_TYPE=x11_atl
POWER_SUPPLY_UPDATE_NOW=0
POWER_SUPPLY_ESR_COUNT=64
POWER_SUPPLY_VOLTAGE_MIN=1
POWER_SUPPLY_CYCLE_COUNT=0
It was measured with the power gauge at around 55%. My CYCLE_COUNT is surely higher than 0 after 6 months of use, and your CYCLE_COUNT=20430 is simply impossible
I'd more believe your charge_now_raw = 2952776 than charge_full = 1983000.
Incidentally, the simplest way to get these stats is from TWRP in ADB:
Code:
adb shell cat /sys/class/power_supply/bms/* > bms.txt
Hey guys, long time no see
I did not see the thread, but i went on with my speculations on the same matter.
I bought this from amazon https://www.amazon.it/gp/product/B00NPVZHAO/ because i wanted to test my day-one mi4c battery.
It has roughly one year and a half.
Well...from 0 to 100% it gets a whopping 1617 mAh (see the attachment).
I was disappointed, but hey, maybe i had a degraded battery to start with, and since i never measured before i went on to buy a new original one.
Well, yesterday it arrived. changed it, discharged to 0%, charged to 100%.
Okay, it's only the first cycle, but...
1800 mAh
I guess advertised capacity is a long way from the real one?
After all, if this is correct my old battery degraded by 10% in 18 months...and that's realistic.
Please tell me i'm wrong.
I bought it for this job and I wait. But unfortunately there is not much hope
Nexus 5x has very similar specs and very similar SOT. Also, the original qc charger is supposed to charge using 5v,9v and 12v, not only 5v. What does that say about your research? Either both manufacturers lie, or you're doing something wrong.
I get anywhere from typical 3h(usage from morning till night) to 6h(continuous movie watching using streaming). For the record...
andrei80 said:
Nexus 5x has very similar specs and very similar SOT. Also, the original qc charger is supposed to charge using 5v,9v and 12v, not only 5v. What does that say about your research? Either both manufacturers lie, or you're doing something wrong.
I get anywhere from typical 3h(usage from morning till night) to 6h(continuous movie watching using streaming). For the record...
Click to expand...
Click to collapse
I took the photo with the phone disconnected, but i remember that during charging it's at steady 8.91 v and 1.02 A
I'll take new pics after some charge cycles with the new battery and post the results.
alterbang said:
Well...from 0 to 100% it gets a whopping 1617 mAh (see the attachment).
I was disappointed...
I guess advertised capacity is a long way from the real one?
Please tell me i'm wrong.
Click to expand...
Click to collapse
Yes, please read my earlier post in this thread.
alterbang said:
I took the photo with the phone disconnected, but i remember that during charging it's at steady 8.91 v and 1.02 A
Click to expand...
Click to collapse
Code:
((8.91 * 1.617) / 3.8) * 0.8 = 3.03Ah
Which is exactly as advertised by the manufacturer.
No need to change batteries, your SOT is low because of the awful apps you use. For example, did you know that "uninstalling Facebook app saves up to 20% of Android battery life"? You can still use FB and its notifications without the app - read the article.
k23m said:
Code:
((8.91 * 1.617) / 3.8) * 0.8 = 3.03Ah
Which is exactly as advertised by the manufacturer.
Click to expand...
Click to collapse
Thanks @k23m, i felt like a student again but after reviewing your formula you are right.
I though the tool's mAh measurement were already adjusted for the battery's voltage, but as you showed we still need to do some math.
I guess that i didn't need a new battery after all, but now that i have one it's certainly better!
I don't have issues with SoT, i do 5-6h on TS CM13 (i stay on marshmallow for xposed) but i just wanted to test battery degradation.
I will still post new battery results after a few cycles.
alterbang said:
Hey guys, long time no see
I did not see the thread, but i went on with my speculations on the same matter.
I bought this from amazon https://www.amazon.it/gp/product/B00NPVZHAO/ because i wanted to test my day-one mi4c battery.
It has roughly one year and a half.
Well...from 0 to 100% it gets a whopping 1617 mAh (see the attachment).
I was disappointed, but hey, maybe i had a degraded battery to start with, and since i never measured before i went on to buy a new original one.
Well, yesterday it arrived. changed it, discharged to 0%, charged to 100%.
Okay, it's only the first cycle, but...
1800 mAh
I guess advertised capacity is a long way from the real one?
After all, if this is correct my old battery degraded by 10% in 18 months...and that's realistic.
Please tell me i'm wrong.
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Click to collapse
Where did you get the original battery? There are always fake on the internet.
mendocino_610 said:
Where did you get the original battery? There are always fake on the internet.
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Click to collapse
ebay battery seller with 20k feedback 99%+ positive.
I never saw the oem parts of xiaomi on the internet but I dont know i hope this original.
An app in the play store called AccuBattery allows you to see how much health your battery has left with a slight error margin after a few charge cycles.
I've used my moto g4 plus a bit more than 1 1/2 years and running this app when the phone was new yielded a result of ~3000 mAh which is to be expected. Reinstalling and running it now gave me a result of ~2050 mAh.
My question is does anyone else use or have tried this app and see a degradation over time like me? If so I'd wanna know how much.
I used the application for a while, the result was ~ 2100 of "battery health", I really realized that my battery does not last longer the same time, now I use a module magisk to prevent a major degradation
https://forum.xda-developers.com/apps/magisk/module-magic-charging-switch-cs-v2017-9-t3668427
j0nas_ said:
An app in the play store called AccuBattery allows you to see how much health your battery has left with a slight error margin after a few charge cycles.
I've used my moto g4 plus a bit more than 1 1/2 years and running this app when the phone was new yielded a result of ~3000 mAh which is to be expected. Reinstalling and running it now gave me a result of ~2050 mAh.
My question is does anyone else use or have tried this app and see a degradation over time like me? If so I'd wanna know how much.
Click to expand...
Click to collapse
Lithium batteries have an expected life of around 3 years within you can charge it approximately upon to 500 times. Those are theoretical values and decreasing fast if you doing fast charge, expose to heat, high discharge and more. Also you won't discharge the battery to the cut off voltage that sets the maximum capacity.
So that app accu battery does calculate values and isn't really accurate.