This User Modded a Samsung Galaxy A32 With a Massive 30,000mAh Battery

Samsung Galaxy A32 5G smartphone was launched by the South Korean conglomerate in January 2021, as the company’s most affordable smartphone offering of its time. The budget-friendly A-series smartphone from Samsung launched featuring a 5,000mAh battery with support for 15W fast charging. However, a user has reportedly modded the standard Samsung Galaxy A32 5G with a massive physical battery that has six times more power backup capacity than the original battery that shipped with the smartphone.

According to a report by 9to5Google, a Reddit user who goes by the handle u/Downtown_Cranberry44 claims to have modded the Samsung Galaxy A32 5G smartphone from 2021 with a 30,000mAh battery, replacing the original 5,000mAh battery that shipped with the smartphone. With the modded battery, the aforementioned user’s smartphone has six times more battery capacity than the original.

The original 5,000mAh battery on the Samsung Galaxy A52 5G itself is claimed to offer a full day of use when charged to 100 percent, and now with the 30,000mAh battery the smartphone could virtually last a week or two on a single charge, claims the report.

The user reportedly achieved this feat by utilising Samsung 50e battery cells, which could have cost the user around $5 (roughly Rs. 400 Rs) each. The weight of the modded phone has also considerably increased owing to the additional 50e batteries that have been used to reach the 30,000mAh battery capacity, which visibly show as an extremely chunky addition on the back of the modded Samsung Galaxy A32 5G smartphone, adds the report.

The mod also reportedly includes two USB Type-A output ports, USB Type-C, microUSB, and Lightening ports that essentially convert the extra batteries to a charging station or power bank for charging a range of other devices.

However, the report adds that it is important to note that the method used by the Reddit user isn’t exactly a safe one, as it could be extremely susceptible to damage and battery-related fire hazards. Users, therefore, should refrain from undertaking such activities that could put their and others’ safety at risk.