The report suggests that Apple is actively considering increasing the silicon content inside the battery, moving away from the conventional use of graphite as the anode material in lithium-ion batteries. Graphite’s unique properties make it an ideal choice, efficiently storing and releasing electrical energy, ensuring reliable and long-lasting battery performance in mobile devices.
While a silicon-based approach could potentially improve overall battery capacity and reduce charging times, there is a challenge—silicon tends to expand during the charging process. However, Apple seems to have found a solution to mitigate this issue.
Rumors about Apple developing its own next-gen batteries date back to 2019. In fact, even before that, the company has been collaborating with suppliers to introduce innovative battery solutions, such as the space-saving, L-shaped battery in the iPhone XS.
By bringing battery development in-house, Apple gains more control over the design and construction of its products. The company claims that it regularly audits its suppliers to ensure they are meeting its high standards.
And what are its high standards, you may wonder? Apple has ambitious environmental goals, aiming to make every Apple product with 100% clean energy by 2030. This commitment requires all suppliers to transition to electricity generated from solar, wind, and other renewable sources. Additionally, Apple envisions creating products using only recycled and renewable materials. In a recent pledge, the company aims to use 100% recycled cobalt in all ‘Apple-designed’ batteries by 2025.
Whether the rumored custom Apple battery will actually happen and whether the company will stick to its goals is still up in the air.
