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Specifications
- Brand Name: PALO
- Model Number: 1.5V AAA Li-ion battery
- Type: Li-Ion
- Certification: CE
- Nominal Capacity: 900mWh
- Origin: CN(Origin)
- Set Type: Charger Sets
- Bundle: Bundle 1
- Replacement Battery: No
- Battery Number: 2/4/10/12/16
- Size: AAA
1.5V AAA battery rechargeable Li-ion battery AAA 1.5v 900mWh lithium li-ion rechargeable battery and 1.5V Li-ion battery charger
Price history
- for 3 month
- for half a year
- Requires Alitools extension
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Customer Reviews
Global Battery Factory Store спасибо и удачи в бизнесе!!!:)
Delivery started one day after the order. And it was delivered home 13 days after delivery. Delivery to Korea. The battery comes in a somewhat charged state. If the lithium battery is below a certain level, the battery cell will be damaged. The picture should not be judged by the amount of charge, please refer only to the charging current. When two are charged, it sends about 0.255A of current, and about 0.05A when charging is almost completed. The new battery recorded 625mWH in 54 minutes. Judging the above, it is expected to be slightly lower than 1,800mWh if it is used and charged. This is because the time it takes to fully charge is less than 2 hours. The current state of charge does not seem to be suitable for calculating the total amount of charge, so after using the battery a few times, I will leave a review of the charge again if time permits.
When charging, it is charged with a current of 0.114A~0.128A per one. When charging is almost finished, it gradually decreases to 0.22~0.50A, and it is charged. For reference, it was charged with 5.09V notebook USB 3.0. When the first battery is charged, it is estimated that about 75% of the battery is already charged. This battery was fully charged and used in the LED tool to turn on the power for a longer period of time after the voltage drops, and the battery was used close to full discharge. And during this process, two discharged batteries were generated, and one of them was randomly selected. One selected battery was recharged to more accurately measure the amount of charge. The result was that it was charged for 02:15, sending 1233mWh to one battery. Here, when considering the approximate charging efficiency, assuming that 70% of the charging is performed, the total charging amount of the battery is determined to be approximately 870mWh.