Starting June 20, 2025, any smartphone or tablet sold in the European Union (EU) must carry a clear, standardized energy label at the point of sale. This requirement is part of the EU’s broader Green Deal and circular economy agenda, aiming to reduce waste, extend device lifespans, and empower consumers to make informed, environmentally responsible choices. Under Regulation (EU) 2023/1669 (Energy Labelling) and Regulation (EU) 2023/1670 (Ecodesign), smartphones and slate tablets are now in scope for metrics ranging from energy efficiency to repairability and durability. For the first time, repairability scores (A to E) join energy ratings (A to G), battery longevity details, ingress protection ratings, drop resistance classes, and more on one glanceable sheet.

The EU’s Ecodesign Regulation sets out minimum requirements: devices must withstand at least 800 full charge cycles while retaining at least 80% capacity, resist drops and ingress, and offer spare parts and repair information for a minimum of seven years post-sale. Complementing this, the Energy Labelling Regulation mandates clear display of energy efficiency (graded A to G), battery life per charge cycle, impact resistance, dust & water protection, and repairability grade. Labels must be registered in the European Product Registry for Energy Labelling (EPREL) database, and printed versions provided in-box. A QR code on labels links to EPREL entries for deeper specs.

On June 20, 2025, Apple updated its localized EU websites so that every iPhone and iPad product page now shows a tiny colorful “tag” icon. Tapping it reveals the official energy label. Apple also began including printed labels in device packaging for EU sales. Behind the scenes, Apple published a 44-page testing methodology document outlining how it interpreted the EU’s test parameters. According to Apple, all current iPhone models are technically qualified for the highest “A” energy efficiency grade based on measured Energy Efficiency Index scores. Yet, Apple took the unusual step of voluntarily downgrading these to “B” as a precaution: the company cited ambiguities in some testing methods and possible variance if a third party interpreted rules differently, so it derated the scores to minimize the risk of a lower grade by external testers. Similarly, Apple derated certain durability scores (e.g., Repeated Free Fall Reliability Class) for caution.

Why would Apple choose a lower grade than deserved? In its words, the “testing methods outlined by the European Commission are ambiguous in certain aspects,” so to avoid surprises if regulators or third-party testers applied slightly different protocols, Apple opted for conservative grading. This move reflects Apple’s desire to ensure consistency across markets and avoid the reputational hit if a model re-tested by another party scored below what Apple claimed. It also underscores the early days of these rules: as testing gets standardized over time, companies may revisit their methodology or regulators might refine guidance. For now, Apple’s cautious “B” label signals transparency while hedging against interpretive discrepancies.

On Apple’s EU sites, look for a small tag icon alongside product images or specification sections on iPhone and iPad pages. Tapping or clicking it pops up the energy label overlay. On purchase pages, the same icon appears near price or “Add to Bag.” Printed labels are now included in packaging for EU-bound units. If you’re curious about a given model, you can scan the QR code on the physical label or click the link on the web to view its EPREL database entry, which often includes even more granular test data. This transparency helps you compare models, or compare Apple’s data to competitors’ models (Android OEMs are subject to identical rules).

This rule affects all manufacturers selling in the EU—Apple, Samsung, Google, Xiaomi, etc.—so you’ll see energy labels across brands. For consumers, this levels the playing field: you can see at a glance which devices are more energy-efficient, more repairable, or offer longer update support. It may nudge manufacturers toward more sustainable design choices (e.g., longer-lasting batteries, easier repair processes, robust ingress protection) to achieve higher label grades. Over time, as the industry internalizes these requirements, incremental improvements in device lifespan and reduced e-waste may follow. However, early label variations may confuse some shoppers—e.g., Apple’s voluntary derating might make its devices look slightly less efficient compared to peers who interpret the tests differently. Educated consumers might dig into the methodology notes to understand such differences.

If you live in the EU (or Norway/Switzerland, where Apple is also showing labels), you’ll soon (or already) see these labels when browsing Apple’s site or unboxing a new iPhone/iPad. Use them as one data point when choosing: an energy grade can hint at battery efficiency during standby or light usage; repairability grade may influence whether you keep a device longer or how costly a fix might be; update guarantees signal how many years you’ll receive security patches. Don’t fixate solely on a single letter grade—dig into the PDF sheet or EPREL entry when comparing devices, since test conditions and Apple’s conservative derating could mask true performance. For those outside the EU, this may foreshadow similar labeling in other regions down the line, as sustainability requirements spread globally.

EU countries covered include: Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, the Netherlands, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden (and labels also appear in Norway and Switzerland for Apple’s implementation).