10000mAh Mi 18W Fast Charge Power Bank 3
Mi 18W Fast Charge Power Bank 3
Classic Design Becoming Even More Advanced
18W Fast Charge | Dual Port Inlet/Outlet | Lithium Ion Polymer Battery
18W Dual Port Inlet
Upgraded self-charging experience
Dual port for both Micro-USB and USB-C. Maximum input power as high as 18W;
Self-charging can be completed in 4 hours*.
18W dual port output, ensuring more efficient fast charging
Dual USB-A output interface capable of charging two devices at the same time. Supports 18W MAX fast charging with single port
and offers more convenient fast charging experience.
High 10000mAh capacity
The high 10000mAh capacity is enough for multiple charges for one device*, satisfying your whole-day charging needs.
Single cable for both
charging and self-charging
With the Micro-USB cable included in the package or
your own USB-C cable, you can readily charge
Android devices or self-charge the power bank.
*Dedicated cable may be needed to
charge Apple devices
Available in two colors
Silver and Cyan; simple yet modern.
Aluminum alloy metal cover
Super high structural strength withstands falls and bumps.
LED battery indicator
View battery status at a glance and know the usage at any time.
Easy-to-use small current charging function
Tap the “Check Battery” button twice to switch into small current
charging mode to charge small current devices such as
Mi Bluetooth Headset, Mi Smart Band, etc.*
Mi Bluetooth Headset
Mi Smart Band
More protection, enhanced safety
The high precision resistance, inductance, and capacitance components and
high quality lithium polymer battery can easily tackle overcharging, over-discharging, overheating, short circuits and other faults, offering multiple protection for both the power bank and the devices.
Uses thermistor and temperature
regulation mechanism to ensure the
battery works within the safe
Short circuit protection
Automatically protects the main
board and battery from damage
in case of abnormal short circuits.
Added circuit rest function. In case of
faults preventing the power bank from
working properly, you can tap the
“Check Battery” button to recover.
Input over voltage protection
The OVP circuit can prevent input
over voltage to avoid damages to
the back-end circuits.
Reverse charging protection
If the cable and the Micro-USB port
are reversely plugged, the circuit will
automatically shut down to protect the
Output over current protection
Smart detection of output current
when necessary. If the output current
exceeds the upper limit, the output will
automatically be shut down to protect
the charging device.
Output over voltage protection
Smart detection of output voltage
when necessary. If the output voltage
exceeds the upper limit, the output
will automatically be shut down to
protect the device that is being charged.
Overcharge and over discharge
Added dedicated battery protection
components to effectively prevent
the battery from overcharging and
very-discharging and avoid damages
to the battery.
Hardware-level over voltage
Detects the over voltage short
circuit status of the battery at hardware
level and responds quickly to break the
current circuit and effectively protect the
In accordance with international aviation standards: single portable charging device with a capability of less than 100Wh, passed UN38.3 testing.
Test reports from the China Electronic Standardization Institute (CESI) laboratories; Report no.: S19-B0961-1.
Self-charging in four hours: the power bank is tested according to its rated capacity; the test method is GB/T35590 which fully discharges the power bank and places it in idle status for 30 minutes; standard fast charging is used (18W or higher QC fast-charging adapter is required).
10000mAh high capacity: At full capacity, 10000mAh Mi 18W Fast Charge Power Bank 3 can charge one device multiple times.
Small current devices: 10000mAh Mi 18W Fast Charge Power Bank 3 also supports small current charging for Bluetooth headsets and smart bands by brands other than Xiaomi.
All data without special notes consists of measured values from ZIMI labs. The data may vary subject to environmental changes.