Baseus Qpow Digital Display quick charging power bank 20000mAh 22.5W (With Type-C Cable)

Description

A portable device with strong secret storage

A compact and transportable device, the Baseus Qpow Digital Display Quick Charging Power Bank 20000mAh 22.5W (With Type-C Cable). It is unbreakable and contains long-lasting, concealed storage. The connector may be inserted into the slot to transform the cable into a carrying lanyard. It can be transported on an aircraft since it complies with air travel regulations. By using this power bank, you may travel more comfortably.

Cable for quick charging at 20 W

It comes with an Apple 20-watt quick-charge cord. The output of 9V/2.22A and 20W enables it to quickly charge an apple 12. Additionally, the 18W PD quick charging iP 8-11 series are compatible. A cable, plug, and charger are included. In order to swiftly charge Huawei devices at 22.5W to their maximum capacity, they must be compatible with the SCP and FCP fast charging protocols.

High capacity of 20000mAh

High battery capacity is present in the Baseus Qpow Digital Display Quick Charging Power Bank 20000mAh 22.5W (With Type-C Cable). It shows actual battery capacity and accommodates daily charging requirements.

Three outputs and two inputs

It supports the power supply of many devices simultaneously. When you go, you just require one cable.

Digital LED mirror display

The LED digital display makes it possible to see the battery level in real time.

Support a variety of quick charging modes

Other rapid charging protocols, including PD, QC, AFC, FCP, and SCP, are supported. This is done to satisfy various manufacturers’ demands for quick charging. Nine security protections are present in the Baseus Qpow 20000mAh 22.5W Digital Display Quick Charging Power Bank (With Type-C Cable). High-grade polymer lithium batteries guarantee secure power storage and discharge.

It safeguards against excessive voltage, current, power, and charge. Additionally, it offers defense against overheating, short circuits, over-discharge, restoration, and electromagnetic fields.