ErP / Ecodesign 2009/125/EC: product energy efficiency
Guide - Ecodesign and energy label
Adopted on 21 October 2009 and published in the Official Journal of the European Union on 31 October that year, directive 2009/125/EC establishes a general ecodesign framework applicable to energy-related products. It does not itself set technical requirements: those are introduced, category by category, by implementing regulations adopted by the Commission. More than forty implementing regulations have entered into force since 2008, covering lighting, televisions, displays, electric motors, external power supplies, household appliances and, since 2025, smartphones and tablets. Combined with the energy-labelling regulation 2017/1369 and the EPREL database, the directive structures the energy-efficiency obligations attached to CE marking. This guide presents the scope, the implementing regulations of greatest relevance to electronics, the A-to-G label mechanism, the EPREL registration flow, and the articulation with the forthcoming ESPR regulation 2024/1781.
A framework directive, not a self-standing text
Section titled “A framework directive, not a self-standing text”Directive 2009/125/EC is a "framework directive". It does not contain technical requirements directly opposable to manufacturers. It establishes the mechanism: for each product category with significant energy improvement potential, the European Commission, after impact assessment and stakeholder consultation, adopts an implementing regulation (Commission Regulation) that translates the general principles into quantified thresholds.
This mechanism has two practical consequences. First, the list of covered products evolves over time: a product outside scope at one date may become covered two years later. Second, requirements are category-specific and require careful reading of the applicable implementing regulation, not just of the framework directive.
The directive refers to energy-related products (ErP), a notion broader than products that directly use energy. A window, a thermostatic valve or an insulation material may fall within scope insofar as their design affects the energy consumption of another system. For electronics the scope largely coincides with products that use energy, but this distinction explains why the directive also covers products without a direct electrical connection.
Directive 2009/125/EC is a harmonisation act under the New Legislative Framework. Products covered by an implementing regulation must bear the CE marking attesting conformity with that regulation, and conformity is documented in the single technical file required by CE marking. For the general mechanics of CE marking and declarations, see CE marking.
Key implementing regulations for electronics
Section titled “Key implementing regulations for electronics”More than forty implementing regulations are currently in force under directive 2009/125/EC. The table below lists those of primary relevance to electronics design and products with a digital interface.
| Reference | Subject | Status |
|---|---|---|
| Regulation (EC) 1275/2008 | Standby and off-mode power consumption of household and office equipment | In force, amended |
| Regulation (EC) 642/2009 | Energy consumption of televisions | Replaced by 2019/2021 |
| Regulation (EU) 1194/2012 | Directional LED lamps and associated control gear | Replaced by 2019/2020 |
| Regulation (EU) 801/2013 | Networked standby for household and office equipment | In force, complements 1275/2008 |
| Regulation (EU) 2019/2021 | Ecodesign of electronic displays (televisions, monitors) | In force since 2021 |
| Regulation (EU) 2019/2020 | Light sources and separate control gear | In force since 2021 |
| Regulation (EU) 2019/2019 | Household refrigerating appliances | In force since 2021 |
| Regulation (EU) 2019/2022 | Household dishwashers | In force since 2021 |
| Regulation (EU) 2019/2023 | Household washing machines and washer-dryers | In force since 2021 |
| Regulation (EU) 2019/2024 | Refrigerating appliances with a direct sales function | In force since 2021 |
| Regulation (EU) 2023/1670 | Smartphones, non-smartphone mobile phones and slate tablets | Applicable since 20 June 2025 |
Several implementing regulations also cover external power supplies (regulation 2019/1782), electric motors and variable-speed drives (regulation 2019/1781), fans, pumps, power transformers, servers and computers. For a given product, identifying the applicable implementing regulation(s) is the first step of ecodesign scoping.
Standby cases: 1275/2008 and 801/2013
Section titled “Standby cases: 1275/2008 and 801/2013”Regulation (EC) 1275/2008 is arguably the most structuring text for consumer and industrial electronics. It sets power caps for two modes:
- Off-mode: state in which the equipment is connected to the power supply but provides no function. The maximum power is 0.5 W since 2013, with a limited tolerance for equipment integrating an information display.
- Standby mode: state in which the equipment waits for a reactivation command, possibly via a remote control or a sensor. The maximum power is 0.5 W since 2013, raised to 1 W for equipment displaying information.
Regulation (EU) 801/2013 introduced the notion of networked standby, distinct from passive standby. Equipment in networked standby maintains an active connection (Wi-Fi, Ethernet, Z-Wave, Bluetooth Low Energy) to respond to a remote command. Caps are significantly higher than for passive standby (3 to 12 W depending on category and regulation revision), and evolve with revisions of the text. The distinction between passive and networked standby drives conformity: a product that fails to drop below 0.5 W when its network function is not needed does not comply with the regulation.
The definition of modes (off-mode, passive standby, networked standby, active mode) is set in the annexes of both regulations. Misidentifying the applicable mode, for example labelling a state as standby to avoid implementing a low-power mode, is a frequent non-conformity flagged by market surveillance.
Displays case: 2019/2021
Section titled “Displays case: 2019/2021”Regulation (EU) 2019/2021 replaced, on 1 March 2021, regulation 642/2009 on televisions and extended scope to all electronic displays (televisions, monitors, digital signage below a given size). It introduces:
- An energy efficiency index (EEI) with maximum thresholds by display category.
- Requirements on on-mode, standby and networked-standby consumption.
- A spare parts availability obligation for seven years after end of placement on the market for certain parts (power supply, backlight, main electronics, mechanical support).
- An obligation to provide dismantling and repair information to professional repairers.
It is one of the first implementing regulations to explicitly integrate reparability among ecodesign requirements, ahead of regulation 2023/1670 on smartphones.
Smartphones and tablets case: 2023/1670
Section titled “Smartphones and tablets case: 2023/1670”Adopted on 16 June 2023 and applicable since 20 June 2025, regulation (EU) 2023/1670 is a turning point: for the first time, an ecodesign regulation introduces a coherent set of reparability and software longevity requirements.
| Requirement | Target value |
|---|---|
| Battery endurance | At least 800 cycles to 80 percent residual capacity |
| Spare parts availability | 7 years after end of placement on the market |
| Parts delivery time to professional repairers | 5 to 10 working days |
| Software updates | At least 5 years after end of placement on the market |
| Access to OS and firmware | Public programming data for standardised components |
| Mechanical robustness | Drop and scratch resistance per test protocol |
| IP protection | Minimum IP class by category |
| Energy label | Smartphone/tablet specific label registered in EPREL |
The regulation coexists with the USB-C directive (2022/2380) which mandates USB-C as the charging connector. The combination of those two acts reshapes the mechanical and software architecture of phones and tablets sold in the Union. For the precise USB-C schedule, see USB-C universal deadline.
Energy-labelling regulation 2017/1369 and the A-to-G scale
Section titled “Energy-labelling regulation 2017/1369 and the A-to-G scale”Regulation (EU) 2017/1369 is the "consumer-facing" counterpart of the ecodesign directive. While directive 2009/125/EC removes the least efficient products from the market through minimum thresholds, regulation 2017/1369 informs consumers about the performance of remaining products through a standardised graphical label.
The label shows an efficiency class scale from A (most efficient) to G (least efficient), with product-specific pictograms (annual consumption, capacity, sound level, and so on) and a QR code pointing to the EPREL record.
The March 2021 rescale
Section titled “The March 2021 rescale”By the mid-2010s, almost all products subject to an energy label reached class A+ or higher (A++, A+++), because of technical progress and a scale originally calibrated in the 1990s. To restore readability, the Commission launched in 2017 a rescale programme of the A-to-G scale, dropping the plus signs, with a class G initially reserved for the worst products on the market and a deliberately empty class A at rollout to preserve improvement potential for 10 to 15 years.
| Date | Products rescaled |
|---|---|
| 1 March 2021 | Washing machines, washer-dryers, dishwashers, refrigerators, electronic displays |
| 1 September 2021 | Lamps and light sources |
| 20 June 2025 | Smartphones and tablets (first labelling) |
| Upcoming | Tumble dryers, water heaters, air conditioners, additional categories |
The rescale is progressive: each category is handled by its own delegated act, and the temporary coexistence of old and new labels during transition is explicitly organised.
Consumer information and points of sale
Section titled “Consumer information and points of sale”Regulation 2017/1369 requires that any product subject to a label be accompanied, at the physical point of sale and online, by the official label and the product information sheet. The QR code on the label provides access to the public EPREL record. Failure to display by the distributor is sanctioned by market-surveillance authorities.
EPREL: mandatory registration before market placement
Section titled “EPREL: mandatory registration before market placement”EPREL (European Product Database for Energy Labelling) is the European database created by article 12 of regulation 2017/1369. It has two functions:
- Public part, open to consumers: label rendering, product information sheet, key technical data.
- Private part, accessible to surveillance authorities and to the Commission: full technical file, test reports, supplier contacts.
Registration is mandatory before any market placement of a model covered by an energy label. It is free of charge. The obligation falls on the supplier as defined by the regulation: manufacturer established in the Union, importer, or authorised representative of a third-country manufacturer. A distributor, a reseller or an assembler is not the supplier within the meaning of EPREL.
Standard registration flow
Section titled “Standard registration flow”The registration flow of a new model typically follows these steps:
- Identification of the labelling implementing regulation applicable to the product.
- Performance of tests under the prescribed methodology (harmonised standards cited in the Official Journal).
- Compilation of the technical file: product description, measured parameters, test reports, calculation of the efficiency class.
- Creation of the supplier account on EPREL (company identification, validation by the national authority).
- Model entry: commercial identifier, technical parameters, label and product sheet files.
- Submission; allocation of a unique EPREL identifier to be printed on the label.
- Data update throughout the period of market placement, and retention for 15 years after the last placement on the market.
A model not registered in EPREL cannot be lawfully placed on the market, even if the label is physically applied correctly. It is one of the most frequent causes of market withdrawal identified by national authorities. Equally common: a model registered under outdated parameter values that no longer match the production unit (firmware version, panel supplier change on a display, redesigned external power supply) without a corresponding EPREL update. The obligation to keep the record current applies for the whole period of market placement, not only at first submission.
The EPREL identifier printed on the label is a permanent reference. Distributors and online platforms increasingly verify it automatically before listing a product; an absent or malformed identifier blocks the listing flow before reaching the consumer. For consumer electronics with frequent model refreshes, the EPREL workflow has to be integrated with the product lifecycle management (PLM) system to avoid drift between declared and shipped configurations.
Conformity assessment: self-declaration and tolerances
Section titled “Conformity assessment: self-declaration and tolerances”For almost all ecodesign implementing regulations and energy-labelling regulations, conformity assessment relies on an internal production control module, i.e. manufacturer self-declaration. Directive 2009/125/EC provides for that procedure in annex IV (internal control) and annex V (management system), without intervention of a notified body.
The manufacturer:
- Performs the tests under the prescribed methodology.
- Compiles and retains the technical file for ten years after the last market placement.
- Declares the values (efficiency class, consumption, indices) appearing on the label and in EPREL.
- Affixes the CE marking, covering conformity with the applicable implementing regulation among the acts cited in the EU declaration of conformity.
For the general mechanics and the choice between self-declaration and notified body, see self-declaration vs notified body.
Verification tolerances
Section titled “Verification tolerances”Each implementing regulation defines, in a dedicated annex (typically "Verification procedure for market surveillance purposes"), the verification tolerances that national authorities apply when checking a sample. Tolerances cover measurement uncertainty inherent to the test protocol, not a declaration margin.
Concretely, when the value measured by the authority's laboratory exceeds the value declared by the manufacturer by more than the tolerance, the model is deemed non-conformant. Manufacturers may not invoke a tolerance to declare a value deliberately below actual performance: that conduct falls, where relevant, under the rules on misleading commercial practices (directive 2005/29/EC).
For on-mode power consumption of a display under regulation 2019/2021, for example, the verification tolerance is roughly 7 percent of the declared value. If the authority measures 110 W on a display declared at 100 W, the model is compliant (10 percent deviation, within tolerance). Beyond that, market withdrawal.
ErP versus ESPR: scope split
Section titled “ErP versus ESPR: scope split”Regulation (EU) 2024/1781, the Ecodesign for Sustainable Products Regulation (ESPR), entered into force on 18 July 2024. It extends the ecodesign perimeter well beyond energy-related products: in the long term, almost all physical products placed on the Union market, save a few exclusions (food, medicines, vehicles), will be covered by an ESPR delegated act.
ESPR introduces two new tools:
- The digital product passport (DPP), accessible through an identifier and a data carrier (QR code, NFC), holding the product's environmental and circularity information.
- A prohibition on the destruction of unsold products for selected categories (clothing and footwear in the first wave).
ESPR does not abolish directive 2009/125/EC overnight. Existing implementing regulations (1275/2008, 801/2013, 2019/2021, 2023/1670, and so on) remain applicable until their progressive replacement by ESPR delegated acts. The 2025-2027 work plan published by the Commission gives the indicative schedule of priority products: textiles, consumer electronics, batteries, iron and steel, plastics.
For the detail of the new framework, see the dedicated guide ESPR regulation 2024/1781.
Quick comparison table
Section titled “Quick comparison table”| Aspect | Directive 2009/125/EC (ErP) | Regulation 2024/1781 (ESPR) |
|---|---|---|
| Legal nature | Framework directive + implementing regulations | Direct regulation + delegated acts |
| Scope | Energy-related products | Almost all physical products |
| Tools | Minimum thresholds + energy label (via 2017/1369) | Thresholds, DPP passport, ban on destruction of unsold products |
| Authority | Commission, through implementing regulations | Commission, through delegated acts |
| Transition status | In force, will be replaced category by category | In force since 2024, ramping up 2025-2030 |
Articulation with other regimes
Section titled “Articulation with other regimes”Ecodesign does not operate in isolation. Several horizontal European texts interact with directive 2009/125/EC and with the implementing regulations.
RoHS (directive 2011/65/EU) restricts hazardous substances in electrical and electronic equipment. A RoHS non-conformity is not an ecodesign non-conformity, but both regimes coexist on almost all covered electronic products.
REACH (regulation (EC) 1907/2006) regulates chemical substances. Feedback into ecodesign is indirect: REACH restrictions on a flame retardant can constrain enclosure design.
WEEE (directive 2012/19/EU) addresses end of life of electrical and electronic equipment. The ecodesign directive, through reparability and parts availability, extends useful life upstream of WEEE.
Battery Regulation 2023/1542 governs the battery integrated into a product. The host product remains covered by the ecodesign regulation applicable to its category. For details, see EU Battery Regulation.
Energy Star programme (United States): voluntary energy-efficiency programme. Requirements partly overlap with those of EU implementing regulations, but the legal status differs. See Energy Star programme for the comparison.
USB-C directive 2022/2380: harmonises the charger of radio equipment under RED. For smartphones and tablets, it complements regulation 2023/1670 requirements. See USB-C universal deadline.
For reference definitions (ErP, ESPR, EPREL, DPP, EEI, networked standby), see the spilma glossary.
See also
Section titled “See also”- Energy Star: the US voluntary energy-efficiency program
- EU Ecolabel, PEF and LCA for electronic products
- Conflict minerals: Dodd-Frank, EU 2017/821, CMRT and EMRT
- IEC 62133 and UN 38.3: Li-ion battery safety and transport
Common pitfalls
Section titled “Common pitfalls”| Risk | Consequence | Action |
|---|---|---|
| Skipping EPREL registration | Unlawful market placement, withdrawal | Embed EPREL in the launch plan before production |
| Confusing passive and networked standby | Non-conformity with 1275/2008 or 801/2013 | Document modes precisely in the technical file |
| Declaring a value below actual performance to stay within tolerance | Misleading commercial practice, sanction | Declare the true measured value; tolerance is a metrological margin, not a commercial one |
| Ignoring spare parts availability (smartphones, displays) | Non-conformity with regulation 2023/1670 or 2019/2021 | Build the spare-parts plan into the specification |
| Treating a product as out of scope because not electrical | Error on the broader "energy-related" ErP scope | Check regulation by regulation, not only the framework directive |
| Not anticipating ESPR | Late rework of the technical file | Track the ESPR 2025-2027 work plan and prepare the transition |
| Reusing a pre-2021 rescale label | Non-conformant label | Verify the applicable label version and the linked EPREL identifier |
Sanctions are set by each Member State. National measures provide for substantial administrative fines, market withdrawal and removal of the EPREL registration. Surveillance relies on regulation (EU) 2019/1020 on market surveillance.
Sources & references
- Directive 2009/125/EC establishing a framework for the ecodesign of energy-related products , EUR-Lex eur-lex.europa.eu/eli/dir/2009/125/oj
- Regulation (EU) 2017/1369 setting a framework for energy labelling , EUR-Lex eur-lex.europa.eu/eli/reg/2017/1369/oj
- EPREL, European Product Database for Energy Labelling , European Commission eprel.ec.europa.eu/
- Regulation (EU) 2023/1670 on smartphones and slate tablets , EUR-Lex eur-lex.europa.eu/eli/reg/2023/1670/oj
- Regulation (EC) 1275/2008 on standby and off-mode power consumption , EUR-Lex eur-lex.europa.eu/eli/reg/2008/1275/oj
- European Commission, energy efficient products page , European Commission commission.europa.eu/energy-climate-change-environment/standards-tools-and-labels/products-labelling-rules-and-requirements/energy-label-and-ecodesign_en