Tired of your phone dying by midday? Realme just showed off a concept phone that could make battery anxiety a thing of the past. The company has unveiled a device packing a colossal 10,000mAh battery, hinting at a future where you might forget what your charger looks like.
This isn’t just about cramming a big battery into a bulky phone. Realme’s engineers have developed an ultra-high silicon-content anode battery for this concept. It features a 10% silicon ratio, which they state is the highest in the smartphone industry. This results in an impressive energy density of 887Wh/L, pushing the performance limits of lithium-ion batteries. More silicon means more energy can be stored in the same space.
To fit such a large power source, Realme also rethought the phone’s internal structure. They call this new approach the “Mini Diamond Architecture.” This design cleverness allows for what the company claims is the world’s narrowest Android mainboard, measuring just 23.4mm. This compact mainboard creates the necessary room for the larger battery without making the phone unwieldy. Realme states this design has already secured over 60 international patents. As a stylish touch, the prototype features a semi-transparent back cover, offering a peek at the battery and the compact mainboard.
Realme has a history of focusing on battery and charging technology. Users might remember the 150W fast-charging on the GT Neo3 or the even faster 240W charging capability of the GT3. The company even previously displayed a 320W fast-charging concept. This new 10,000mAh concept phone appears to be the next step in this journey.
Looking forward, Realme suggests that its upcoming GT 7 series could bring more advancements in battery life and performance, particularly for the Indian smartphone market. The company aims to bring these advanced technologies from concept stages to mainstream devices, specifically catering to the needs of consumers in India. This latest concept shows Realme’s strong commitment to solving one of the biggest pain points for smartphone users today.
