|Item||Xiaomi Mi 10000mAh Wireless Powerbank Essential Black|
|Battery capacity||10000 mAh|
|Nominal Capacity||18W (wired), 10W (wireless)|
|Charging time||up to 4 hours|
|Wired output||(USB-A) 5V 2.4A 9V 2A 12V 1.5A MAX|
|Battery type||Lithium-ion polymer battery|
|Induction distance||≤5 mm|
|Battery power||37Wh 3.7V 10,000 mAh|
|Input parameters||5V 3A 9V 2A 12V 1.5A|
|Rated capacity||5800 mAh (5V/2.4A)|
|Wireless output||10 W max|
|Product dimensions||147.9×70.6×16.6 mm|
High 10000 mAh capacity housed in a body weighing just 230 g. Two colors to choose from: black and white; easy to use and portable.
With 10 W max wireless fast charging and one 18 W max wired port interface. Supports the Qi protocol for wireless charging for mobile devices while simultaneously charging wired devices such as cameras, gaming consoles, and tablets
Anywhere and anytime, the power bank can instantly become a wireless charger that charges phones with their cases on*. Tap the "Check Battery" button, and wireless charging begins if the vertical induction distance is no greater than 5 mm.
The USB-C port’s maximum input power of up to 18 W greatly reduces the time needed for self-charging and ensures extra power for outdoor use.
It complies with the wireless charging standards issued by the Wireless Power Consortium, enabling it to charge any Qi-compatible wireless charging smart devices
Uses a high-quality lithium-ion battery, and works with most phones and digital devices. The high 10000 mAh* capacity enables full charging of multiple phones in succession
The rubber charging panel is slip-resistant with a soft touch. It fits in one hand and offers a comfortable grip thanks to its curved design.
It employs high-precision capacitance and inductance sensors, plus advanced circuit chips to upgrade the conversion rate, while simultaneously offering multi-protection for circuits and easily tackles overcharging, over-discharge, overheating, short circuits, and any other anomaly. Smart metal FOD detection prevents keys, coins, and other metal objects mistakenly placed on the charger from drawing power and causing the charger to overheat.