Ambrane Introduces 20,000 mAh Power Bank in India

  • Company’s last launch in the category was a 10,000 mAh power bank
  • The company is also planning to launch 20 more products in the consumer electronics vertical
Ambrane Stylo 20k Power Bank

Ambrane India has introduced a new lithium polymer power bank in India. Dubbed Stylo-20k, the company says this power bank is compatible with androids, tablets, cameras, headphones and type C-enabled devices. The company had last launched a 10,000 mAh power bank in January 2019.

Ashok Rajpal, director, Ambrane India had recently said that the company was planning to launch 20 different products under the consumer electronics vertical. He had also mentioned that the company will be focusing more on the audio category products.

Rajpal said, ““Audio shall be a much focused category for Ambrane this year. We are focusing on products which support on the go corporate Lifestyle – Not very flashy and jazzy rather subtle sophistication with maximum functionality.”

Dual input ports

Stylo 20K has dual input ports – Micro USB & Type C. It also has two USB output ports. Ambrane’s official statement read, “Built keeping practicality in mind, a feather touch power button is provided to simplify its usage and led indicators keep you informed about the battery status.”

It continued, “For safe operation, Stylo 20k is equipped with Intelligent Integrated Circuit which has over 9 layers of protection to safeguard from hazards like short circuits, overcharging, over-voltage protection and many more. Like all other power banks from Ambrane, PP-205 is also proudly Made in India. This product in Black and White color is available with leading retail and e-commerce stores across India.”

Ambranen further said that this power bank offers conversion rate of up to 80 per cent. A 4000 mAh phone can be charged around three to four times in a single row on its full capacity. This power bank, as per Ambrane, automatically adjusts its output according to the connected devices. It has more than 500 charge/discharge cycles.