Apple is reportedly developing a new technology that could make it easier to replace iPhone batteries, according to a recent report from The Information, which cites sources involved in the iPhone’s manufacturing process.
A Move Towards Sustainability
The Cupertino tech giant’s proactive approach is seen as a significant step toward a more sustainable future. This development aligns with the upcoming European Union (EU) regulations requiring smartphone manufacturers to ensure their phone batteries can be replaced using easily accessible tools by 2025.
For those unfamiliar, the European Council adopted a regulation last year aimed at reducing waste. This regulation mandates that manufacturers of portable appliances feature batteries that can be easily removable and replaceable by end-users. This also applies to electric vehicles (EV), light means of transport (LMT), and industrial batteries, which should be easily removable and replaceable by independent professionals starting February 18, 2027.
Current Challenges
At present, replacing an iPhone battery is a complex process. It involves removing adhesive strips that secure the battery using tweezers. If these strips break, heat or a solvent is required to displace the adhesive. Once the old battery is removed, a specialized machine and tray are necessary to securely install a new battery.
Meeting EU Regulations
The new EU regulations stipulate that changing a battery should not require heat or a solvent, nor should special tools be needed. To comply, Apple must adopt “electrically induced adhesive debonding,” a method that uses a small electrical charge to dislodge the battery from the chassis. This new method involves encasing the battery in metal rather than foil as currently done.
Testing and Future Implementation
According to The Information, Apple might test this new battery technology in at least one iPhone 16 model later this year, with plans to implement it across all iPhone 17 models in 2025. If successful, users would still need to open the iPhone themselves, a challenging task due to the device’s sealed design. Consequently, users might continue to rely on Apple stores or other repair shops for battery replacements.
Industry-Wide Impact
Apple is not alone in facing these changes. Many other manufacturers use similar adhesive pull tabs, requiring them to alter their designs to comply with the new EU regulations. This could significantly transform the repair industry as we know it.