Anker Nano Power Bank 30W 10,000mah Built In USB C Cable - Blue | A1259H31, Bi-Directional Charging, 10,000mAh, Sustainable Design, 2 Year A1259H31
Description
Nano Power Bank 30W 10,000mah Built In USB C Cable - Blue | A1259H31 30W Bi-Directional Charging 10,000mAh Worry-Free Power A Greener Approach Built-In USB-C Cable Sustainable Design Warranty: 2 years Anker Nano Power Bank 30W 10,000mah Built In USB C Cable - Blue | A1259H31 Features 30W Bi-Directional ChargingBoost the power bank to 50% in just 45 minutes or achieve a 50% charge for your iPhone 14 within 30 minutes through 30W two-way fast charging. 10,000mAh Worry-Free PowerExperience hassle-free power on the go with the built-in USB-C cable, providing seamless charging in a compact form factor measuring 4.09 × 2.06 × 1.02 inches. A Greener ApproachThrough meticulous material selections and manufacturing practices, the exterior casing is made from 80% post-consumer recycled plastic (PCR) to reduce carbon emissions. Built-In USB-C CableUse the integrated USB-C cable to charge your phones, tablets, and laptops, as well as recharge the power bank, meeting all your charging needs. What You GetAnker Nano Power Bank (30W, Built-In USB-C Cable), welcome guide, our worry-free 24-month warranty, and friendly customer service. How Many Charges Will the Anker Nano 30W 10,000mAh Give You? With a 10,000mAh battery and 30W two-way charging, this Nano is a comfortable daily top-up for phones and small devices. The estimates below are based on usable output after voltage conversion losses: Device Battery Size Charges From This Power Bank iPhone 16 ~14Wh ~1.5 charges Samsung Galaxy S24 ~15.5Wh ~1.5 charges iPad Air ~28Wh ~0.8 charges PS5 DualSense controller ~5.7Wh ~4 charges Apple Watch ~1.1Wh 20+ charges AirPods (with case) ~1.3Wh 18+ charges Charge estimates are based on approximately 24Wh of usable output after voltage conversion losses. Actual results vary with device battery health, cable, and charging conditions. A power bank's mAh rating is measured at 3.7V, so real-world charges are lower than a direct mAh-to-mAh comparison suggests.