European Energy Label

I. Energy Efficiency Classes and Core Standards

1. Class Classification
   Since 2021, the EU has progressively phased out sub-classes such as "A+++" and adopted a unified 7-tier system from **A (most efficient) to G (least efficient)**. For example, the energy efficiency class of smartphones is determined by the Energy Efficiency Index (EEI), with Class A requiring EEI > 2.70 and Class G requiring EEI ≤ 1.20. From July 2025, tumble dryers will also transition from the original A+++ to D scale to the A-G classification.
2. Testing Method Upgrades
   Energy efficiency testing standards for different products continue to be refined. For example, range hoods must simultaneously evaluate annual energy consumption and grease separation efficiency, and introduce ambient temperature compensation algorithms and high-power stir-fry mode noise testing (≤72dB (A)); electric ovens must be tested for no-load energy consumption (e.g., power consumption to heat to 170°C) and thermal efficiency.
3. New Standby Power Regulations
   The ErP Regulation (EU) 2023/826, effective May 9, 2025, stipulates:

• Off-mode power consumption ≤ 0.5 W (further reduced to 0.3 W by 2027);

• In networked standby mode, devices with High Network Availability (HiNA) shall not exceed 8.0 W, and ordinary devices ≤ 2.0 Wfairtrade.sww.sh.gov.cn。

II. Mandatory Product Scope

1. Traditional Home Appliances and Consumer Electronics
   Covers refrigerators, washing machines, air conditioners, televisions, lighting equipment, and more. For example, televisions must display screen energy efficiency (kWh/1,000 hours), and LED bulbs must disclose luminous efficacy (lm/W) and lifespan.
2. Newly Added Categories (2025)

• Smartphones and Tablets (from June 20, 2025): Must display battery endurance, cycle life (≥80% capacity after ≥800 cycles), 1.5 m drop resistance test results, IP dust and water resistance rating, and repairability score.

• Tumble Dryers (from July 1, 2025): Energy label transitions from A+++ to D scale to A-G classification, and must disclose drying efficiency and noise level.

• Smart Home Devices: Newly added categories such as curling irons, printers, and game consoles must comply with standby power and energy efficiency requirements.

3. Exemptions
   Foldable display devices, smartphones and tablets placed on the market before June 20, 2025, and specific products manufactured by small enterprises may be temporarily exempt.

III. Label Design and Information Disclosure

1. Basic Content
   The label includes the energy efficiency class (A-G), annual energy consumption (e.g., kWh/year for refrigerators), product model number, and a QR code (linking to the EU EPREL database for detailed information). For example, smartphone labels must display battery endurance (hours per charge), drop resistance rating (e.g., 1.5 m marble floor test), and repairability score.
2. Environmental and Durability Indicators

• Material Transparency: Smartphones and tablets must indicate plastic polymer types and disclose the sourcing of raw materials such as cobalt and tantalum.

• Software Support: Smartphone manufacturers must provide at least 5 years of operating system updates, and tablets must ensure 7 years of critical component supply。

3. Size and Format
   The standard label size is 68 mm x 136 mm. Small labels must not be smaller than 70% of the standard size and must be prominently displayed on the product packaging or product detail page.

IV. Compliance Process and Legal Liability

1. Registration and Testing

• All products must be registered in the EPREL database. Non-EU enterprises must submit applications through an authorized representative in Europe.

• Test reports must be issued by CMA/CNAS-accredited laboratories and include raw data sheets and energy label specimen.

2. Market Surveillance

• E-commerce platforms (e.g., Amazon) mandate the upload of energy labels and Product Fiche; non-compliant products will be delisted.

• Violations may result in fines of up to EUR 100,000, with retroactive tracing of sales records for up to 10 years.

V. Policy Objectives and Industry Impact

1. Environmental and Economic Value
   Through the Energy Label, the EU drives market transformation toward high-efficiency products, projected to reduce energy consumption by 14 TWh by 2030, equivalent to one-third of the annual electricity consumption of smartphones and tablets in the EU. For example, LED bulbs are over 80% more efficient than traditional incandescent bulbs, with adoption rates exceeding 90%.
2. Industry Upgrade Pressure
   The new regulations compel companies to optimize technology — for instance, smartphone manufacturers must increase battery cycle life to 800+ cycles, and home appliance manufacturers must reduce standby power consumptionfairtrade.sww.sh.gov.cn。Some companies choose to partner with third-party organizations; for example, Rohde & Schwarz offers smartphone energy efficiency testing solutions.

VI. Recommendations for Consumers and Businesses

1. Consumers

• Scan the QR code on the label to access full product lifecycle data, and prioritize Class A products to reduce long-term usage costs.

• Pay attention to repairability scores and choose devices that are easy to repair to extend service life.

2. Businesses

• Plan test cycles in advance. For example, smartphones require 3-6 months of lead time for remediation to meet the June 20, 2025 compliance deadline.

• Leverage the EPREL database to monitor market dynamics and adjust product lines in a timely manner to adapt to regulatory changes。

Summary