IN Brief:
- The European Commission has proposed simplified energy and tyre labelling rules.
- The changes would expand use of digital product information and EPREL-linked data.
- Electronics manufacturers face a continued shift from static compliance documents towards structured product data.
The European Commission has proposed changes to EU energy and tyre labelling rules, expanding the use of digital product information while reducing paper-based documentation requirements for suppliers and retailers.
The proposal would amend Regulation (EU) 2017/1369 and Regulation (EU) 2020/740 as part of a wider simplification package. It is intended to clarify legal requirements, make better use of digital options, and allow product-specific rules to be adjusted with more flexibility through implementing measures.
Energy labels already link to the European Product Registry for Energy Labelling, known as EPREL, through QR codes. The proposed changes give that digital infrastructure a larger role in how product information is accessed, maintained, and presented, moving compliance further away from static printed material and towards structured product data.
The rules apply most directly to products within the EU energy labelling framework, including household appliances, electronic displays, light sources, and other energy-related products. The practical work extends into design, certification, documentation, quality, packaging, and aftersales functions because the label is only the visible end of a wider technical-data chain.
Digital labelling can reduce paper use and make product information easier to update, but it raises the standard for data governance. Product records must remain accurate across hardware revisions, firmware variants, energy classes, regional models, and supply-chain changes. A documentation error that once sat inside a printed insert can now spread through databases, marketplaces, distributor listings, and QR-linked records.
The proposal sits alongside a broader European move towards structured industrial data. The region’s semiconductor agenda, including the new Chips Act 2.0 framework for logic, memory, packaging, and design capability, shows how product information and industrial policy are increasingly developing together. Manufacturing capacity, compliance infrastructure, traceability, and market surveillance now operate as connected parts of Europe’s technology base.
Energy labelling cannot be treated as a packaging task added at the end of product development. Power architecture, standby behaviour, display efficiency, thermal control, software settings, firmware defaults, battery management, and user modes can all affect the figures that flow into compliance documentation. A product designed without early attention to measurement conditions and reporting formats can create avoidable redesign, retesting, and launch-delay risk.
Lighting and power electronics are especially exposed. LED lighting products, drivers, electronic displays, power supplies, and connected energy-related devices sit close to the boundary between electrical performance and regulatory presentation. As more product information moves into EPREL-linked digital systems, technical files, conformity assessment, engineering data, and market-facing records will need to remain closely aligned.
The proposal also strengthens the role of digital infrastructure in market surveillance. The energy label was originally a consumer-facing instrument, but the underlying data now serves manufacturers, retailers, regulators, customs authorities, and policymakers. Inaccurate information becomes easier to detect, compare, and challenge when product records are held in a structured digital environment.
That shift will require tighter internal controls. Engineering changes, component substitutions, supplier moves, firmware updates, and efficiency improvements must be reflected consistently in product documentation. Where several models share a platform, the compliance burden may sit in the differences between variants rather than the headline design.
The legislative process still has to run through the European Parliament and the Council before changes become law. Product-specific requirements will remain dependent on the delegated or implementing measures that govern each category.
The direction is already visible. Energy efficiency data is becoming part of product architecture. Devices will increasingly be judged not only by how they perform in test conditions, but by how that performance is measured, stored, updated, verified, and accessed throughout commercial life.
