Energy efficiency & label
Maintain energy efficiency classes and label data per product group centrally – from the dishwasher to the smartphone.
Electronics and appliances enter the DPP in stages: via the energy-label carryover and horizontal repairability requirements of the ESPR. With SolveDPP you build a data model that grows with each individual product group.
For electronics and appliances, the DPP does not arise all at once but in stages: via the energy-label carryover – dishwashers from 2026, refrigeration appliances and EV chargers from 2028, smartphones and tablets from 2030 – plus horizontal repairability requirements of the ESPR from 2027. The topic is broader and fuzzier than a single niche, but that is precisely why a platform that maps all product groups is worthwhile.
The DPP for electronics and appliances bundles energy efficiency, repairability, spare-part and software availability, materials and recycling information in one place – machine-readable and available directly on the device via QR code.
Maintain energy efficiency classes and label data per product group centrally – from the dishwasher to the smartphone.
Document repairability scores, spare-part and software-update availability – core to the ESPR requirements from 2027.
Dishwashers 2026, refrigeration appliances and EV chargers 2028, smartphones and tablets 2030 – SolveDPP keeps an eye on every deadline per device group.
Provide critical raw materials, material shares and recycling notes in a structured and auditable way.
Every device gets a public DPP page with a QR code – for packaging, nameplate and product page.
Instead of isolated solutions, one unified, versioned data model that grows with each new product group.
This example shows the public DPP page of an electrical device, as end customers and authorities see it via QR code – every element meets a specific ESPR requirement.
Every item gets its own DPP URL – reachable without an app and without a login.
Materials, battery and electronics broken down ESPR-compliantly.
CE, RoHS and energy label as verifiable proof directly on the product.
Name, brand and article number clearly assigned – with a QR code for the label.
Production steps from the PCB to final assembly – transparent at every stage.
Repair index and spare parts extend the useful life.
From data capture to the QR code on the product: SolveDPP guides your team through the DPP process in a structured way – without spreadsheet chaos and without an in-house IT project.
Capture product, material and supply-chain data per item – manually, via CSV or Shopify import. AI auto-complete pre-fills recurring fields.
Field validation checks the mandatory data of the respective regulation and flags gaps – before the product passport is published. All changes remain versioned.
Each item gets a public DPP page with a QR code. End customers, retailers and authorities see the evidence directly on the product.
The rollout is staggered: via the energy-label carryover it applies, among others, to dishwashers from 2026, to refrigeration appliances and EV chargers from 2028 and to smartphones and tablets from 2030. In addition, there are horizontal ESPR repairability requirements from 2027.
No. It arises via a combination of the energy-label carryover and the ESPR. That is why the topic is broader – a platform that maps several product groups is particularly useful here.
SolveDPP maps the different requirements per product group in a unified data model, validates mandatory fields and publishes a DPP page with a QR code per device – so all deadlines stay manageable.
See in a demo how SolveDPP maps multiple device groups and staggered deadlines in a single data model.