I use rechargeable 2300 mAh nickel metal hydride batteries in my lock because I hate throwing away batteries and want to try to be as “green” as possible. Given the battery level sensor in the Lock is based on Alkaline batteries, the sensed battery level almost immediately drops below 20%, even though the batteries are full and the Lock will continue to function for weeks/months. As a result, auto-unlock stops functioning. It would be great if you could specify the type of batteries you are using so the Lock could adjust the sensed battery life appropriately. If this is unpossible (or maybe in the interim), it would be great if you could override the “low battery” mode of the Lock. Please UPVOTE! Thanks!
NiMh batteries has tendency to drop voltage quickly as it is being drained. I will be testing new rechargeable LiIo batteries and let you know how it performs. It is reported to perform like Alkaline which will maintain same voltage throughout the life of each charged cycle.
Maybe you can pass this on to engineering. It would be nice if the lock recognized Ni-MH batteries. It always shows low even with new charged batteries.
Not exactly true. NiMH batteries actually have a discharge curve that’s more flat. It stays at the 1.2V range much longer than an alkaline before the voltage drops off quickly from 1.5V
Especially under higher load, it performs better than alkaline at staying at the same output until it runs out.
I think similarly as you do, I don’t want to throw away alkaline batteries over and over. I use 2300 mAh NiMH batteries in my lock and keypad. I can’t calibrate the lock and therefore use the auto-lock functions because it always thinks it’s near empty.
4 * 1.5V = 6V expected on alkaline.
4 * 1.2V = 4.8V with NiMH.
It’s basically like running on 3 alkaline batteries, which really sucks. Could probably jury-rig an adapter to fit 5 batteries in there to get 6V but that kinda sucks. All that’s required is a small little toggle that remaps the voltage to battery life % estimate. Or hell just a toggle to disable the battery level estimate completely.
My ghetto macguyver solution is to tape an external battery to it, connected in series.
I might instead get a single battery tray and tape it to that instead and tape the tray to the top of the lock.
something like this:
I’ve always thought the same thing. Very wasteful to throw away 4 batteries so often. If there is any possible way to use rechargeable batteries and the lock still function as intended, that would be great.
I’m going to try these out
Well that battery is fairly low capacity and says for high drain applications only. The low drain like the lock would damage the battery life.
I would recommend against it.
Yeah, they aren’t ideal themselves, but they won’t harm the wyze device. They just wont have as long capacity under low drain.
But get this, I figured out the Wyze lock is actually the problem here…
Once the batteries go low, even replacing with new fully charged 1.5V batteries it STILL says low.
The wyze just isn’t updating the voltage.
@WyzeGwendolyn this is actually a mean Wyze lock bug.
I think it just takes a bit of time for the device to update the Wyze app gui. I’ve had a similar situation happen when I added a new battery to the lock, it took a little bit of tinkering to get the app to register the new battery level.
I can’t remember the exact steps I did, but I think I tried a couple of things including force closing the app, refreshing, eventually it updated.
You can tell immediately if the device thinks it is low power by the LED colour. If it is green or has no light when you lock/close/open then it has sufficient power. If it is red then it thinks it is low on power.
I actually had to remove the device within the app, then add it again as if it were new.