EU Mandates Removable Batteries in All New Smartphones

EU Unveils Groundbreaking Battery Regulation
Manufacturers Race to Meet 2027 Deadline
Consumers Win Big with Right to Repair
Global Markets Follow EU’s Lead
Conclusion
References

Lithium Polymer Battery Lifespan vs. Lithium-Ion Battery Lifespan

The EU removable battery mandate marks the most significant shift in smartphone design regulations in over a decade. Specifically, this groundbreaking legislation requires all new smartphones sold in the European Union to feature user-replaceable batteries starting in 2027.

Furthermore, the EU sustainable batteries regulation aims to address the growing electronic waste crisis, where millions of smartphones are discarded annually due to dead batteries. This decisive move by European lawmakers not only promises to extend device lifespans but also stands to save consumers hundreds of euros in battery replacement costs.

Consequently, major smartphone manufacturers must now fundamentally rethink their device designs, potentially influencing global production standards and setting a new precedent for sustainable electronics manufacturing worldwide.

EU Unveils Groundbreaking Battery Regulation

On July 10, 2023, the European Council adopted a comprehensive battery regulation that extends beyond smartphones to encompass all portable devices ^[1]. This regulation establishes stringent requirements throughout the entire battery lifecycle – from production to recycling.

How Will the New Law Transform Smartphone Design?

The regulation mandates that portable batteries in devices must be removable using basic commercially available tools ^[2]. Moreover, manufacturers cannot require specialized tools unless provided free of charge, nor can they demand proprietary tools, thermal energy, or solvents for battery removal ^[1].

In addition to design changes, the regulation introduces mandatory requirements for:

Battery labeling with internal components
Information about recycled material content
QR codes for easy access to battery information ^[1]

The regulation prioritizes sustainability through ambitious recycling targets. Manufacturers must achieve lithium recovery rates of 50% by 2027, increasing to 80% by 2031 ^[1]. Additionally, the rules establish minimum recycled content levels: 16% for cobalt, 85% for lead, 6% for lithium, and 6% for nickel ^[1].

When Does Implementation Begin?

The regulation follows a structured timeline for implementation:

February 18, 2024: Initial enforcement of Battery Regulations ^[3]
August 18, 2024: Mandatory safety requirements for energy storage systems and performance criteria for industrial batteries ^[3]
February 18, 2025: Carbon footprint requirements for electric vehicle batteries ^[3]
August 18, 2025: Enforcement of waste battery management protocols ^[3]
February 18, 2027: Implementation of battery passports for industrial batteries ^[3]

For smartphone manufacturers, the critical deadline remains 2027, when all portable devices sold within the EU must feature user-replaceable batteries ^[4]. Nevertheless, another proposed legislation, the Ecodesign for Smartphones and Tablets regulation, might accelerate this timeline to 2025 ^[5].

The regulation offers an alternative compliance path through the Ecodesign proposal. Manufacturers can avoid replaceability requirements if their devices maintain 80% battery capacity after 1,000 charging cycles – equivalent to approximately five years of typical use ^[5].

To ensure fair competition, the regulation introduces performance, durability, and safety criteria ^[1]. These measures aim to create a level playing field while promoting sustainable practices across the industry. The rules particularly emphasize collection targets for waste portable batteries, setting goals of 63% by 2027 and 73% by 2030 ^[1].

Manufacturers Race to Meet 2027 Deadline

Smartphone manufacturers face significant design challenges as they prepare to comply with the EU’s battery regulation. The mandate requires extensive modifications to current smartphone architectures, prompting companies to explore innovative solutions.

Apple Faces Biggest Design Challenge

Apple’s upcoming iPhone 16 series showcases the company’s adaptation strategy. Internal design changes include a metal battery casing that serves dual purposes – simplifying battery removal and improving cell density by 5-10% ^[6]. The company plans to implement an electrically induced adhesive debonding technology, allowing easier battery access ^[7].

Samsung and Others Already Testing Solutions

Samsung Electronics, alongside other manufacturers, must redesign their flagship devices that have featured integrated batteries since 2015 ^[8]. The challenge extends beyond standard smartphones to foldable devices, where incorporating removable batteries presents unique engineering hurdles ^[8].

Cost Implications for Production

The transition toward removable batteries brings substantial financial considerations. Manufacturers must:

Invest in new production lines
Modify existing design processes
Develop standardized fastening mechanisms
Create clear instruction guides for battery replacement ^[9]

These changes affect production costs, potentially impacting retail prices ^[10]. However, the regulation offers flexibility by allowing manufacturers to meet alternative criteria – maintaining 83% battery capacity after 500 cycles and 80% after 1,000 cycles ^[11].

Large Power as Your Trusted Battery Manufacturer to Comply with EU Regulation

Battery manufacturers face stringent requirements under the new framework. They must:

Achieve recycling efficiency targets of 80% for nickel-cadmium batteries by 2025 ^[12]
Meet minimum recycled content levels for critical materials
Implement comprehensive labeling systems
Establish battery tracking mechanisms through QR codes ^[13]

The regulation mandates collection targets of 63% for waste portable batteries by 2027, increasing to 73% by 2030 ^[12]. Therefore, battery manufacturers must establish robust collection and recycling infrastructure while maintaining steady supplies of replacement batteries for older smartphone models ^[9]. Large Power can be your trusted partner when considering the new regulation. We have over 23 years custom battery pack design experience and we always innovate with our clients to meet different regulations and stay on the top rank in custom battery manufacturers.

Consumers Win Big with Right to Repair

Right-to-repair legislation stands as a cornerstone of the EU’s sustainable batteries regulation, fundamentally changing how consumers maintain their devices. This comprehensive approach ensures manufacturers provide repair services at reasonable prices, alongside easy access to spare parts and essential tools.

Battery Replacement Costs Drop Significantly

Battery failure emerges as a primary reason for device replacement, with studies showing that 42% of smartphone repairs and 27% of laptop repairs involve battery replacement ^[14]. Currently, close to 100% of tablet and smartphone batteries are glued in place ^[14], making replacements costly and complex.

Under the new regulation, manufacturers must:

Provide spare parts at reasonable prices
Supply repair documentation
Remove software locks that impede repairs
Extend warranty by 12 months after repairs ^[1]

These measures could save European consumers approximately €19.8 billion by 2030 ^[14]. Notably, the regulation prohibits manufacturers from using contractual clauses or technical barriers that obstruct repairs ^[15].

Environmental Impact Reduces

The environmental benefits of this legislation prove substantial. According to European Commission data, premature disposal of consumer goods generates:

261 million tons of CO2-equivalent emissions annually
30 million tons of resource consumption
35 million tons of waste ^[1]

Through extended device lifespans and improved repairability, the regulation aims to reduce electronic waste significantly. Studies indicate that if Europeans used their phones one year longer, it would equate to removing 2 million cars from roads annually ^[16].

The regulation establishes an online European Repair Platform, making it easier for consumers to locate repair services ^[15]. Each EU member state must implement at least one measure to promote repairs, such as:

Repair vouchers
Information campaigns
Training programs
Support for community repair spaces ^[1]

This initiative aligns with broader sustainability goals, as battery failure often leads to premature device disposal. Independent studies reveal that ensuring removable batteries in phones and tablets sold in the EU by 2030 could reduce annual emissions by 30% compared to current practices ^[14].

Global Markets Follow EU’s Lead

As the EU’s battery regulation sets new standards, major global markets initiate similar measures to address electronic waste and consumer rights. This ripple effect demonstrates the far-reaching impact of the EU’s sustainable batteries regulation across international borders.

India Considers Similar Legislation

India’s policy landscape shifts toward enhanced battery accessibility. The government think tank, NITI Aayog, introduced draft legislation to standardize battery swapping station components ^[17]. Although initially focused on electric vehicles, the proposed law undergoes redrafting to address industry concerns before reintroduction later this year ^[17].

US States Push for Repair Rights

The United States witnesses substantial progress in right-to-repair legislation. Five states – New York, Minnesota, Colorado, California, and Oregon – have enacted consumer device repair laws ^[5]. These regulations establish distinct implementation timelines:

New York’s law became effective December 28, 2023 ^[5]
Minnesota and California laws activate July 1, 2024 ^[5]
Colorado’s legislation implements January 1, 2026 ^[5]
Oregon’s mandate begins July 1, 2027 ^[5]

Remarkably, all 50 US states have now introduced some form of right-to-repair legislation ^[18]. This nationwide movement encompasses approximately 50 bills filed or carried over in 2025 ^[19]. Major tech companies, including Google, Microsoft, and Apple, have evolved from opponents into proponents, supporting legislation in various states ^[19].

China’s Manufacturing Sector Adapts

China, currently producing over 75% of the world’s lithium-ion batteries ^[20], faces pressure to align with global sustainability standards. Chinese manufacturers explore innovative solutions, primarily focusing on semi-solid/state-liquid hybrid batteries ^[20]. Although Chinese companies maintain production dominance, they lag behind international competitors in solid-state battery patent development ^[20].

The Chinese EV sector demonstrates adaptability through the introduction of sodium-ion batteries, estimated to cost 30% less than LFP batteries ^[2]. Multiple carmakers announce sodium-ion electric vehicles, exemplified by BYD’s plans to integrate these batteries into models below USD 29,000 ^[2]. This technological advancement achieves TRL 6 (full prototype at scale) in 2022, advancing rapidly from TRL 3-4 (small prototypes) in 2021 ^[2].

Conclusion

The EU’s battery regulation stands as a landmark shift toward sustainable electronics manufacturing. Through mandatory removable batteries, strict recycling targets, and comprehensive right-to-repair provisions, this legislation reshapes the smartphone industry’s future. Major manufacturers now adapt their design approaches, while markets worldwide follow suit with similar regulations.

These changes promise significant benefits for consumers and the environment alike. Battery replacement costs will drop substantially, device lifespans will extend, and electronic waste will decrease markedly. The regulation’s ripple effects already appear across global markets, with countries like India considering comparable legislation and U.S. states implementing their own right-to-repair laws.

The 2027 deadline signals a crucial turning point for smartphone design and sustainability. Though manufacturers face considerable challenges, their ongoing adaptations demonstrate the industry’s capacity for innovation under regulatory pressure. This transformation ultimately serves a broader purpose – creating a more sustainable and consumer-friendly electronics ecosystem that benefits both users and the planet.