Apple is reportedly preparing to introduce an innovative way to replace batteries in its upcoming iPhone 16 series. The move is in line with new EU regulations according to which, by 2025, smartphone batteries can be replaced by users using simple tools. According to a report by The Information, the tech giant is exploring the use of electrically induced adhesive debonding technology to simplify the battery replacement process.

Currently, replacing an iPhone battery is a daunting task. The existing method requires users to remove adhesive strips using tweezers. If these strips break during the process, additional steps involving heat or solvent need to be taken to remove the adhesive. Once the old battery is completely removed, a tray and a special machine are required to safely install a new battery. This complicated process has made battery replacement a task that is better left to professionals rather than the common consumer.

However, a new technology Apple is working on promises to change this. Leaked images show that the iPhone 16 Pro will feature a battery made of metal, replacing the current black foil design. This metal casing isn’t just for show; it plays a key role in the new replacement process. By applying a low voltage of electricity, the battery can be removed from its casing quickly and efficiently, making replacement much simpler and faster.

Despite this progress, consumers may still face the challenge of opening an iPhone. The sophisticated construction of the device, including adhesives and screws to ensure water resistance and screen stability, means that opening it will remain a delicate operation. Therefore, Apple is expected to continue to recommend professional assistance for battery replacement to minimize any potential risks.

This battery replacement technology is expected to be introduced in at least one model of the iPhone 16 later this year. There is also speculation that it could be rolled out to all versions of the iPhone 17 by next year. But, nothing has been officially confirmed yet. Hence, people are advised not to take this information completely as true.

Interestingly, Apple may find a way to circumvent the EU’s strict requirements if its devices meet certain performance benchmarks. For example, if a device retains 83 percent of its battery capacity after 500 full charges, and 80 percent after 1,000 charges, it may qualify for an exemption. While the iPhone 15 already meets the 1,000-charge criterion, earlier models do not meet the 500-charge requirement.