Urbn Launches Ultra Compact Power Bank With 20,000mAh Capacity

Here comes a compact and powerful power bank for your phone

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Highlights
  • Urbn has unveiled an ultra compact charging power bank, available in two capacities: 10,000mAh and 20,000mAh.
  • The standard 10,000mAh variant costs Rs 1,699, and the 20,000mAh variant costs Rs 2,499.
  • The Urbn Nano is available on Amazon, Croma, and the company’s official website.

These days, we are using our smartphones more than ever, and as a result, the need to fuel them up has increased. No wonder, power banks have become part of our daily essentials. However, a significant issue for many users is the chunky size of traditional power banks. But Urbn, a Made-in-India brand, appears to have addressed this concern with their latest Nano power bank series, which is an ultra compact device making it more portable. Here’s everything you need to know about:

Urbn Nano: Price and Availability

The Urbn Nano comes in two variations, one with a 10,000mAh capacity and the other with a 20,000mAh capacity. It costs Rs 1,699 and Rs 2,499 respectively. Both the power banks are available on Amazon, Croma, and the company’s official website. It comes in three colour options: Black, Camo, and Purple.

Urbn Nano: Features and Specifications

urbn nano

The standard 10,000mAh power bank supports 20W charging. It comes with dual ports, one USB-A and one USB Type-C. The device weighs 173g and is said to take around 3.5 hours to charge fully.

The 20,000mAh power bank supports 22.5W charging and offers triple charging ports, including one USB-A and two USB Type-C. It enables the concurrent charging of multiple devices and provides “pass-through” charging, allowing the power bank to charge while the smartphone is charging. Its dimensions are 10.8 * 2.8 * 6.9cm.

Moreover, it features two-way fast charging for users on the go. It is said to take about seven hours for a full charge. This BIS-certified device prioritizes safety with a 12-layer circuit protection system, addressing issues related to current fluctuations and the risk of overheating.