ADATA P16750 16750 mAh

Adata AP16750 Power Bank
AP16750-5V-CBKBL

High-capacity power banks don't always have to be big and bulky. The P16750, in particular, blends massive power storage with small physical dimensions. By striking the perfect balance between capacity and size, the P16750 is your best choice for power on the go.

Huge Capacity

With a maximum charge of 16,750mAh, the P16750 can charge a smartphone to 100% six times over, and a tablet computer 1.8 times. Say goodbye to low power alerts!

Dual Outputs, No Waiting

Have you ever had to make the difficult choice of charging your mobile devices ? Never fear! The P16750 is equipped with two USB output ports with currents of up to 2.1A, which means you can charge both of your mobile devices at the same time.

LED Flashlight

The P16750 can also light up your life! With its built-in LED and toggle switch on the side of the device, the P16750 serves as a convenient and user-friendly flashlight.

Charge and Discharge Simultaneously

Bid farewell to the days when you had to charge your power bank to full before you could use it on your mobile devices! The P16750 can be charged and discharged at the same time, so feel free to plug in your phone or tablet while the power bank is receiving power from an outlet!

Smaller without Sacrificing Performance

The P16750 shatters conventions by being smaller than other 16,750mAh power banks available on the market. This makes it more easily portable, without compromising performance.

Capacity 16750mAh ( Rechargeable Li-ion battery )
Color Black
Dimensions ( L x W x H ) 130.7 x 75.0 x 25.5mm / 5.1 x 2.9 x 1.0"
Weight 375g / 13.2oz
Input DC 5V / 2.0A
Output 1 & 2 DC 5V / 2.1A max
Accessories Micro USB cable , user manual

Note ADATA power banks utilize rechargeable li-ion batteries. Rated capacities are affected by various factors including but not limited to ambient temperature, testing conditions, and methods. Rated capacities of ADATA power banks are all tested and approved by third party test labs under strict conditions. The available capacity of rechargeable batteries decreases gradually with time and number of uses.