10000mAh Mi Power Bank Pro

10000mAh Mi Power Bank Pro

10000mAh

Mi Power Bank Pro

Type-C charging | High density batteries
Two-way fast charging | 12.58mm thin

1,999

Mi Power Bank Pro
USB Type-C charging

USB Type-C charging

The micro USB cable comes with a Type-C adapter for a wide range of charging options that support phones, tablets, notebooks, and more. Simply pair with your own cable to charge iOS devices.

12.58mm thin

12.58mm thin

Sleek and slim, it is 42% thinner than the regular 1000mAh Mi Power Bank and only 2.68mm thicker than the 5000mAh Mi Power Bank despite having twice the capacity.

18W fast charging both ways

18W fast charging both ways

Whether it's charging others or getting charged, 10000mAh Mi Power Bank Pro moves fast. With up to 18W fast charging, it intelligently adjusts power output to safely charge each connected device.

Time to fully charge a 3090mAh Android
device (QC2.0) with 5V/2A power banks

2h 30min

Time to fully charge a 3090mAh Android
device (QC2.0) with 10000mAh Mi Power Bank Pro

1h 50min

Time saved

25%

* Lab test results. Actual usage may vary.

Time to fully charge
a 5V/2A power bank

6 hours

Tme to fully charge
10000mAh Mi Power Bank Pro

3.5 hours

Time saved

40%

* Lab test results. Actual usage may vary.

Double press for low power charging

Safely charge low power devices such as bluetooth headsets or fitness bands. Simply double press the power button to enter 2-hour low power charging.

  • Mi Bluetooth Headset

    0.06A

  • Mi Band

    0.025A

*Figures by Zhimi Technology based on internal data. Figures may vary based on environmental conditions.

High-density lithium polymer batteries

Incredibly dense, 10000mAh batteries supplied by ATL/Lishen are used to satisfy the portable power needs for your phone, tablet, camera, and more.

High-density lithium polymer batteries
  • Full charges a 3000mAh
    Android phone (QC 2.0)

    2.5x

  • Fully charges iPhone 6

    4x

  • Fully charges iPad mini

    1.5x

* Lab test results. Actual usage may vary.

Nine layers of world-class circuit chip protection

With adopted USB smart-control chips and charging/discharging chips built by Texas Instruments, Mi Power Bank not only provides nine layers of circuit chip protection. It also enhances charging efficiency.

  • Temperature Resistance

  • Protection from
    Short Circuit

  • Reset Mechanism

  • Input Overvoltage Protection

  • Protection from Incorrect Insertion

  • Protection from Output Overcurrent

  • Output Overvoltage Protection

  • Protection
    from Overcharge
    and Over-discharge

  • PTC Protective Circuits for the Cell

Up to 93% conversion rate

Optimized charging/discharging efficiency

World-class chips are not only safer, they improve charging conversion rates and stabilize discharging voltage. With advanced resistance-capacitance sensors, 10000mAh Mi Power Bank is more durable and optimizes charging efficiency.

  • conversion rate

    93%

  • actual output capacity

    7000mAh

* Lab test results. Actual usage may vary.

CNC edges + Double anodized aluminum

Feels exceptional in hand

CNC edges + Double anodized aluminum

The double anodized aluminum case has a matte, polished and extremely smooth surface for better hand feel. Comes with shiny CNC-finished edges - a design typically reserved for premium smartphones.

Aluminum metal case

Aluminum metal case

High-precision CNC cutting tools are used to create the integrated aluminum case, which has a high structural strength that can withstand collisions and up to 2000 pressure impacts.

Elegant, rounded curves

Elegant, rounded curves

Ergonomically friendly and easy to hold.

Anodized aluminum case

The meticulous anodizing process creates a stronger surface resistant to color fading, swear, daily wear, and corrosion.

Naturally indented button

A slightly indented button resets the power bank with a simple touch.

Manufacturing process

  • Cutting
  • Sandblasting
  • Anodization
    Oxidation
  • CNC+
    Polishing
  • Anodization
    Oxidation
  • Quality
    checks
  • Laser
    engraving