BatteryBench Tests of Nitecore and Anker Portable Battery Chargers
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Home › Forums › Campfire › Editor’s Roundtable › BatteryBench Tests of Nitecore and Anker Portable Battery Chargers
What’s the best way to measure that? I have been just draining a device and measuring the percentage of increase at the point the NB10000 shuts off.
You can get one of those USB meters like Rex as mentioned
e.g. https://www.amazon.com/gp/product/B07FMQZVW2/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1
That will display watt hours
Or just run something that has constant drain, like a fan or light and measure time
After listening to the podcast and reading this article and noting Rex’s comment about the constantly evolving Power bank models, I wondered if Nitecore may have updated their power bank. Looks like they have. Both the 10,000 and 20,000 have a “gen 2” and a more rugged “Carbo” model drop resistant to 1.5 meter with same electrical performance. (Cost only 7 grams… but lots more dollars!) I’d love to see Rex Sanders take on these newer models.
AliExpress has many USB meters. Typically about $4 to $10.
I now always use my meter when charging.
Make sure the device is actually charging – sometimes it appears to be charging but it’s not actually drawing any current
If a device, for example, draws 0.4 amps when it starts charging, when it gets down to 0.1 amps I’ll disconnect it. Otherwise, it will continue to trickle charge, using up my USB power bank, but the added charge is minimal. Not a big effect though.
Also, if you only charge a lithium battery to 80% or 90% the battery will have a longer lifetime. This will be when the charge current drops from, for example, 0.4 amp to 0.1 amp. Over time, the battery gradually loses capacity. This problem is reduced if you only charge to 80% or 90%. Rex mentioned this.
“Also, if you only charge a lithium battery to 80% or 90% the battery will have a longer lifetime. This will be when the charge current drops from, for example, 0.4 amp to 0.1 amp. Over time, the battery gradually loses capacity. This problem is reduced if you only charge to 80% or 90%. Rex mentioned this.”
Similar if you only let it drop to the 10 to 20% range. The combo reduces dendrite formation apparently.
With the super fast charging new generation of power banks, would it be time re run this test? I would focus on 10 Ah banks that can be charges in less than 60 minutes, and weigh less than 250 grams.
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