Comparing G4 Play (harpia) and Moto E2 (surnia) I notice a huge difference in battery drain: the harpia only runs for about 24 hrs (in standby, new battery) on both n and q versions of /e/, whereas the surnia lasts much longer on the official q. (Previous unofficial n and q on surnia also drained fast)
Why does the harpia drain so much? It’s all set to default power modes, but it doesn’t seem to reduce its power consumption much in standby.
It is strange, I’ve got two surnias, both on e-0.15-q-20210312105636-dev-surnia.zip
One drains fast, the other lasts for days… The only difference I found is that the second one shows “BL: 80.0B … 2015-03-13” in fastboot mode, which is two months newer than what the fast draining one shows.
Maybe BL refers to the fastboot BootLoader version itself?
The harpias I own (q) can last for a week if they stay in standby mostly.
Do your SIM cards belong to different mobile networks? if yes and one devices next tower by proximity has a weaker signal and the device antenna is compensating, it could explain higher drain. To give merit to the idea you could swap SIM cards for some duration.
(I upgraded a Fairphone3 stock firmware (upgrades the modem firmware too), upgraded /e/ and had to use a new SIM card - sadly all at the same time, so it’s hard to pin the cause, but the device now drains a lot of battery in standby, mostly attributed to mobile network standby in the settings)
XT1602, dual-SIM, but only one SIM inserted. Fastboot string says BL: 81.12 (sha-f9417da, 2017-11-03 00:21:25). As far I can tell, battery drain behaviour didn’t change across releases, q17 currently.
How can energy profiles be compared? I think a benchmark is, default install, no apps, battery drain over 24h without checking screen, AccuBattery average values during sleep? is there anything I can give you to compare?
Thanks, I believe your figures (several days standby). Mine need recharging after 24 hours without activity…
Hard to tell what’s the culprit - something prevents them going into standby properly it seems, and only with certain versions of the manufacturer’s firmware.
My intuition is… it’s all in software, battery capacity/lifetime and mobile network signal strength… I would be surprised for you to find a difference in X1604 vs X1602 if you also benchmark with the same battery and SIM card.
I came to your post in the first place as I see a regression with another device - fairphone3 - after a stock firmware upgrade and then /e/ update the battery drain is considerably heightenend (like… 2,5% per hour in standby according to AccuBattery what should be <1%). So while I think a weak signal to the mobile tower can contribute, it cannot explain the high standby figure. What is yours?
Not sure if mobile signal/SIM is crucial for the Motos, since drain is also high without SIM installed.
Also, I’ve got several surnias, all XT1527, and the ones with the later BL revision (as shown in fastboot menu) last for days, whereas the others drain like XT1604.
This should also appear in “What’s not (yet) working” on the device description: Info about Motorola Moto G4 Play - harpia but doesn’t seem to. Do I have to set a label?
After observing AccuBattery for 2 weeks: battery drain in standby on a harpia X1602 dual-sim is 0.6% per hour (compared to FP3 -2,6%) , a charge with 30min screen interaction, default apps +4 and wifi enabled, holds for 5-6 days.
If my readout is right, my 2,8% discharge rate with an unused FP3 device is caused by blisslaunchers WeatherUpdateService keeping a constant “partial wake lock” throughout the day. The cpu can’t sleep and drains battery. Despite having the widget set to “refresh every 8 hours”. Maybe it cant decide on a location and keeps probing.
Had to enable adb shell dumpsys batterystats --enable full-wake-history before generating the adb bugreport bugreport.zip to get these wake lock stats. Can really recommend battery-historian as way of debugging and I’m curious what you’ll find with your XT1604.
just to give an impression - on a default install (!) on a xt1602 harpia discharge rate without wifi is <0.5%/hr, with wifi on (second half) ~0.6%/hr - with 1 sim card slot populated and no active mobile data connection - and almost no interaction