Skip to content

Mandatory Energy Label for Smartphones and Tablets in EU Approaching

Mobile Phones and Tablets to Receive Energy Labels for Purchasing Transparency

Mandatory EU energy label instituted for smartphones and tablets
Mandatory EU energy label instituted for smartphones and tablets

EU's Fresh Approach to Smartphone and Tablet Labelling

Mandatory Energy Label for Smartphones and Tablets in EU Approaching

Starting this Friday, smartphones and tablets in the EU will march into a new era, adorned with a fresh energy label. The European Commission hopes this badge will aid consumers in comprehending a device's durability and maintenance aspect. The label presents key details such as energy efficiency, battery life, resistance to dust, moisture, and drops (all factors that contribute to a device's robustness).

"Empower EU citizens to make wise, eco-friendly buying decisions with this new energy label, promoting green consumption," stated the Brussels administrators. This label will facilitate consumers in comparison shopping before they make a purchase.

Concurrently, manufacturers will have to abide by enhanced 'ecodesign' criteria. The commission expects smartphones and tablets to boast better resilience, prolonged battery life, and extended software update support. Key spare parts should also be readily available on the market. These changes are geared towards conserving electricity and CO2.

A Deeper Dive:

  • The regulations apply to mainstream Android and iPadOS smartphones and tablets available in the EU market starting June 20, 2025.
  • Devices with detachable keyboards, flexible or roll-up displays, as well as high-security communication smartphones are exempt.

Energy Efficiency:

  • A similar energy label to appliances will be affixed to gadgets, helping users gauge the departures' energy efficiency during regular use, thereby conserving energy.

Battery Life and Resilience:

  • The regimen sets strict technical requirements designed to ensure longer battery life and sturdiness against wear and tear. The goal is to extend the midrange smartphones' average lifespan from 3.0 to 4.1 years.
  • Devices will be expected to withstand daily handling and accidental drops thanks to the durability requirements.

Repairability and Updates:

  • To prolong device life and lower e-waste, consumers will enjoy guaranteed access to spare parts and software updates for an extended period.
  • Gadgets must be designed with repair and upgrade in mind, making it less costly and complex for consumers or independent repair shops to fix them.

Eco-Design:

  • The revised EU regulations espouse eco-friendly design measures focusing on sustainability.
  • These include utilizing durable materials, designing modular components for easy repair and upgrade, and cutting back on hazardous substances.
  • The eco-design aims to minimize the impact of production on the environment by prolonging the product's active life and reducing frequent replacements.

In sum, the EU's innovative energy label for smartphones and tablets embodies energy consumption criteria along with product durability, battery life, repairability, and eco-design standards. This initiative seeks to foster green consumer choices, reduce electronic waste, and promote durable mobile devices across Europe.

  1. As the new energy label gives insight into a device's energy efficiency, batter life, resistance, and durability, a consumer might ask, "What does the energy label for smartphones and tablets in the EU signify for science fields like environmental-science and climate-change?"
  2. The enhanced regulations for gadgets such as smartphones and tablets will necessitate manufacturers to adhere to stricter 'ecodesign' criteria, making one wonder if this move could inspire science and technology advancements in the field of smartphone and climate-change research.
  3. With the introduction of this fresh energy label, environmental-science enthusiasts might ponder the potential impact this initiative could have on using green technology in the long run, such as whether the increased focus on battery life and device repairability could lead to the integration of smartphone technology in renewable energy systems like solar panels or wind turbines.

Read also:

    Latest