Honor Unveils High Density 7,000 mAh Battery for Ultra Thin Foldables
Honor has introduced a new battery technology designed specifically for the next generation of foldable and flip smartphones. The battery technology developed by Honor in collaboration with ATL enables the creation of the new battery design which achieves 7,000 mAh capacity while remaining suitable for compact folding devices. The Magic V6 smartphone which operates with a 6,660 mAh battery was developed after this advanced technology was created.
The battery has been improved through its development of new materials which enable better energy storage capabilities. Honor has developed a power cell with improved efficiency because the company has established its own standards which exceed current industry norms.
The new battery now contains 32% silicon content which exceeds the previous 5th generation silicon carbon (Si C) batteries that had 25% silicon content. The battery achieves its energy density of 900 Wh/L which enables it to deliver more power while occupying a smaller physical space. The Silicon Carbon Blade design is engineered to fit within devices that are 4.0 mm thin or less when unfolded.
Honor used Rick Smith Jr. to demonstrate the prototype's thinness by showing a future device mock up which he used to show its slim design. The company has developed its research to identify solutions for the conflicts between capacity limitations and thickness restrictions which exist in foldable device hardware.
The 6th generation battery technology is intended to support upcoming flagship folding devices. Honor plans to achieve multi day battery life through its upcoming product which combines 7,000 mAh capacity with a limited space design. The mobile industry currently shows 32% silicon as the highest concentration which has been reported.
