10000 mAh

Mi Wireless Powerbank

2,499 2,699
  • Qi

  • 2-Way
    Fast Charging

  • 10W Fast
    Wireless Charging

  • 18W Fast Charging
    Output Port

  • Fast Charging
    USB-C Input Port

Welcome to a Wireless World

10W Fast Wireless Charging

The Mi Power Bank is designed for unprecedented convenience. Your Qi certified smartphone will be charged in no time.
Forget the hassle of plugging and unplugging cords.

Two Devices in One Go

Charge Wireless and Wired

You can simultaneously charge two mobile devices at the same time or even the power bank itself.
Get the convenience you need on the go.

Beast of Speed

Two-Way 18W Fast Charging

This power bank supports 18W Fast Charge on both the USB-A output port
and the USB-C input port making it a reliable travel companion.

Thoughtful Design, Necessary Functionality

Non-Skid Wireless Charging Surface

Lightweight and svelte, this Mi Power Bank is quite the looker. The non-skid
wireless charging surface looks smooth while offering absolute charging comfort.

Seamless Compatibility

Certified by Qi

The Qi magnetic inductive technology is used by devices world over. The Mi Power Bank can charge all
Qi compatible devices, so you never have to worry about it.

  • iPhone XS

  • Mi MIX 3

  • Mi 9

  • Google Pixel 3

  • Samsung Galaxy S10

Full of energy

10,000mAh Capacity

Using high-quality lithium-ion polymer batteries and compatible with mainstream smartphones and digital devices, this wireless power bank offers seamless power supply.
With a capacity of 10,000mAh, it can continuously charge your mobile devices on the go.

Smart Protection in Place

12-Layer Advanced Chip Protection

Your mobile devices are effectively shielded against overheating, over current and
short circuits with the robust 12-layer protective design.

  • Temperature

  • Output short
    circuit protection

  • Reset

  • Input over-voltage

  • Metal foreign
    object detection

  • Electrostatic

  • Output over-current

  • Output over-voltage

  • Battery over-charge
    and over discharge

  • Battery over-current

  • Chip thermal
    shutdown protection

  • Input Under-voltage