EU compliance for consumer electronics sellers: the complete guide
Electronics is the highest-regulation-density category in the EU: GPSR, the Battery Regulation, the CE stack (LVD, EMC, RoHS, RED), PPWR, WEEE, REACH and DPP. How the CE directives interact, why WEEE and packaging are both required, and what to prepare now.
Consumer electronics is the highest-regulation-density product category in the EU. A single USB power bank can sit in the scope of seven regimes at once: GPSR, the Battery Regulation, three or four CE directives, PPWR, WEEE, REACH and — from its ESPR delegated act — the Digital Product Passport. Nobody publishes the consolidated version, so here it is.
The full stack for an electronics seller
GPSR (Regulation (EU) 2023/988) sits underneath everything as the general safety net: risk assessment, technical documentation, traceability information on the product, safety information and warnings in the offer, and an EU responsible person under Article 16 if you are not established in the Union.
CE marking is not one thing. For electronics it is a stack of directives that apply cumulatively.
The Battery Regulation (EU) 2023/1542 applies to any product containing or supplied with a cell, including a coin cell.
PPWR applies to the retail box, the inner tray, the poly bag and the shipping carton.
WEEE requires producer registration for electrical and electronic equipment — separate from your packaging registration, in every country.
REACH Annex XVII restricts substances in the article itself: lead in solder, phthalates in cable sheathing and soft plastics, nickel release in surfaces that touch skin.
DPP under ESPR arrives category by category through delegated acts, with electronics categories following textiles and batteries.
The CE stack, and how the directives interact
This is where electronics sellers most often go wrong, because they treat CE as a single checkbox.
Low Voltage Directive (2014/35/EU). Applies to equipment operating between 50 and 1000 V AC or 75 and 1500 V DC. A mains-powered device or its external power supply is in scope; a 5 V USB-powered gadget generally is not, although its supplied charger is.
EMC Directive (2014/30/EU). Applies to almost all electrical and electronic equipment: it must not emit excessive electromagnetic disturbance and must tolerate what its environment emits. Emissions and immunity are separate test suites.
RoHS (2011/65/EU). Restricts lead, mercury, cadmium, hexavalent chromium and specified flame retardants and phthalates in the equipment itself, at homogeneous-material level. This is a supply-chain evidence problem: you need declarations and, where the risk warrants, analytical data from your component suppliers.
Radio Equipment Directive (2014/53/EU). Applies to anything with Wi-Fi, Bluetooth, NFC or a cellular module — and it supersedes the LVD and EMC for radio products, absorbing those requirements into its own assessment. It also carries spectrum-efficiency requirements and, for many products, cybersecurity and personal-data provisions. If your product has a radio, RED is your primary route and you should not simply add a Bluetooth module to an existing LVD/EMC file.
Practical consequence: adding wireless to an existing product is a new conformity assessment, not an amendment. Sellers who add a Bluetooth variant to a wired product line and reuse the declaration are non-compliant, and it is easy for an authority to spot.
The declaration of conformity lists every applicable act. The technical file must support all of them and is yours to hold for ten years — a supplier's test report is evidence inside your file, not a substitute for it.
Batteries in devices: three duties people miss
Registration is separate and national. Under Article 55, battery producers register in each Member State where they first make batteries available. That is a different register from packaging and a different one again from WEEE. Germany means the UBA battery register, LUCID for packaging and stiftung ear for equipment — three registrations for one product.
Removability from 18 February 2027. Article 11 requires portable batteries incorporated in appliances to be readily removable and replaceable by the end user, with narrow derogations. Sealed designs need redesign, and redesign needs supplier lead time measured in quarters.
Labelling and information duties are already live, with carbon-footprint and passport duties arriving for specified categories. Our battery scope guide walks through which category your cell falls into.
WEEE and packaging: both, not either
This trips up almost every first-time electronics seller. Packaging EPR and WEEE EPR are separate registrations, with separate fees, separate reports and often separate authorised representatives.
Germany: LUCID for packaging, stiftung ear for equipment, UBA for batteries. France: an identifiant unique per waste stream from ADEME, so three identifiers. Spain, Italy, Austria, the Netherlands and Poland all follow the pattern. Marketplaces validate the numbers per stream, so having your packaging number does not stop a battery suspension.
Five markets × three streams is fifteen registrations and fifteen annual reports. Our country-by-country EPR guide has the per-market mechanics, and the hidden costs article prices them.
DPP for electronics: what to do before the delegated act lands
Digital Product Passports arrive under ESPR through category-specific delegated acts. Textiles and batteries are first; electronics categories are in the queue. The structural work is identical whatever the final field list looks like: a persistent product identifier, a data carrier on the product, a stable public passport page, material and component data, repair and spare-part information, and end-of-life instructions.
Sellers who already hold that data for GPSR, RoHS and the Battery Regulation are most of the way there. The ones who will struggle are those holding it in spreadsheets belonging to three different suppliers.
RoHS and REACH: the supply-chain half
The substance restrictions are the part you cannot assess from your own desk, because the information lives with your component suppliers.
For RoHS, collect material declarations at component level and keep them with the technical file. For REACH Annex XVII, know your restricted-substance exposure — phthalates in flexible PVC cable, lead in solder and brass, nickel in metal casings and connectors. Above 0.1% w/w of a substance of very high concern in the article, communication duties apply down the chain.
The practical control is contractual: require declarations at purchase-order level, require notification of any component change, and re-verify when a supplier substitutes a part. Most RoHS failures are silent component substitutions.
A sequence that works
Classify the product and list every applicable act. Decide the CE route — RED if there is a radio, LVD plus EMC if there is mains power, EMC alone for low-voltage electronics. Get the testing done. Assemble the technical file and sign the declaration. Register per country for packaging, batteries and equipment. Fix the listing data and labels. Then put the recurring obligations somewhere that will chase you.
Regonance assesses 431 obligations across all nine regulations against a single product record, which for electronics is the difference between seven separate compliance projects and one. Once you know what applies, the cost calculator will tell you what it comes to across your catalogue and markets.
Documentation set for an electronics product
What a complete file looks like, so you can check yours against it.
Declaration of conformity in your name, listing every applicable directive and every harmonised standard applied, with a named signatory, date and place. One declaration can cover several acts; it cannot omit one that applies.
Risk assessment covering electrical, thermal, mechanical, chemical and — where relevant — radio and cybersecurity hazards, written against foreseeable use and foreseeable misuse.
Test reports for EMC emissions and immunity, electrical safety, and radio performance where applicable, naming the standard and clauses.
Component and material declarations supporting RoHS at homogeneous-material level, and REACH restricted-substance status.
Battery documentation: chemistry, capacity, category, registration numbers per market, labelling artwork, and removability justification where a derogation is relied on.
Packaging data: component-by-component composition, weights, recyclability assessment and labelling artwork.
User information: instructions, warnings, safety information and disposal information, in each market language.
Registration evidence: packaging, WEEE and battery numbers per country, with the annual reporting schedule attached.
If any of those exists only in a supplier's email, treat it as missing.
Failure patterns specific to electronics
Adding wireless without reassessing. A Bluetooth variant of a wired product is a new conformity route under the Radio Equipment Directive, not an addendum.
Reusing a charger's certification for the device. The external power supply and the device are separate products with separate obligations, and the supply's compliance says nothing about yours.
Silent component substitution. A factory changes a capacitor, a cable, a connector or a coating and your RoHS and EMC evidence no longer describes the product you are shipping. Contractual change-notification is the only real control.
Registering packaging and forgetting WEEE. Three streams, three registers, three numbers. Marketplaces validate them separately.
Treating firmware as out of scope. For radio products, cybersecurity and software-update integrity are increasingly part of the assessment, not an IT matter.
Sequencing for a new electronics launch
A realistic order that avoids the expensive rework.
Classify against every applicable act before spending anything. Choose the CE route — Radio Equipment Directive where there is wireless, Low Voltage plus EMC where there is mains power, EMC alone for low-voltage electronics. Get supplier declarations for RoHS and REACH before tooling, because a substance problem found after tooling is a redesign. Test. Assemble the file and sign the declaration. Register per country and per stream. Produce labels and manuals in every market language. Then set up monitoring, because standards, tariffs and marketplace requirements all move.
Regonance assesses 431 obligations across all nine EU regulations against a single product record, which for electronics collapses seven parallel compliance projects into one view — including the interactions, like a battery pulling in registration duties in the same markets where your packaging is already registered. Once you know the scope, the calculator prices it across your catalogue and markets.
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Compliance guidance based on published EU regulatory texts. Not legal advice. Consult qualified counsel for your specific situation.