Risk #1Conformity assessment infrastructure (notified bodies) can be established on time with sufficient capacity
| Importance | 10/10 |
| Implicit basis | The regulation requires third-party verification by notified bodies for carbon footprint, recycled content and due diligence. EUROMOT notes that the timetable for publishing the list of notified bodies is unclear, while the compliance deadlines are fixed. |
| Likelihood of error | High |
| If the assumption proves false | A severe market access bottleneck: large numbers of compliant products queue for verification and are held at customs, breaking supply chains; the EU may be forced to postpone enforcement or apply “soft enforcement” initially. |
Risk #2All necessary secondary legislation (delegated acts) will be published early enough before the deadlines
| Importance | 10/10 |
| Implicit basis | Compliance dates depend on when delegated acts enter into force; the regulation sets deadlines for publishing carbon footprint and recycling methodologies (e.g. 2024-02, 2025-02). |
| Likelihood of error | High |
| If the assumption proves false | The compliance preparation window is extremely compressed, leaving only months after publication to adjust global supply-chain data systems; data quality is poor or punitive default values must be used, eroding competitiveness. |
Risk #3The 27 EU Member States will reach a uniform interpretation of the complex “producer” definition
| Importance | 8/10 |
| Implicit basis | EUROBAT explains who the producer is through 14 scenarios; EUROMOT acknowledges that waste management is regulated at national level and may differ. |
| Likelihood of error | Medium |
| If the assumption proves false | Double charging or compliance gaps: OEMs and distributors in cross-border supply chains may face conflicting registration requirements in different countries, greatly increasing administrative costs and legal risk. |
Risk #4Upstream raw material suppliers (non-EU) are willing and able to provide transparent, accurate traceability data
| Importance | 9/10 |
| Implicit basis | The regulation requires disclosure of the names of direct suppliers, countries of origin and transaction routes for raw materials such as cobalt and lithium. |
| Likelihood of error | Medium |
| If the assumption proves false | Downstream manufacturers are caught in a “cannot comply” deadlock, or are forced to rely on highly conservative secondary data resulting in poor ratings; they may even be barred from the market because of opaque supply chains. |
Risk #5Decentralised “battery passport” technology can achieve seamless interoperability worldwide
| Importance | 7/10 |
| Implicit basis | The regulation requires the battery passport to be based on a decentralised data system and to be interoperable. |
| Likelihood of error | Medium |
| If the assumption proves false | Incompatible data silos or proprietary platforms emerge; companies are forced to pay high access fees, or QR scans fail to retrieve useful information, reducing the passport to a formality. |
Risk #6Industry can break through the bottleneck in efficient lithium recycling before 2031
| Importance | 6/10 |
| Implicit basis | The regulation sets a mandatory lithium recovery target of 80% for 2031. |
| Likelihood of error | Medium |
| If the assumption proves false | Recyclers cannot meet the target, compliance costs soar, and legal revisions to the recycling targets may be triggered (Article 71.5 of the regulation leaves room for review). |
Risk #7Digital documents (QR code links) will be accepted by all Member State authorities in place of paper documents
| Importance | 5/10 |
| Implicit basis | EUROMOT infers from the Blue Guide that information other than safety information can be digitalised; the regulation mentions QR codes but does not explicitly abolish all paper requirements. |
| Likelihood of error | Low |
| If the assumption proves false | Exporters must include bulky multilingual paper manuals in packaging, increasing costs and carbon footprint. |
Risk #8The IEC 61960 standard will be widely accepted for defining the “2 kWh” threshold
| Importance | 7/10 |
| Implicit basis | The regulation itself does not define the calculation standard for kWh; EUROMOT assumes calculation under IEC 61960 (rated capacity × nominal voltage). |
| Likelihood of error | Low |
| If the assumption proves false | If regulators calculate on “maximum energy” rather than “rated energy”, many borderline products (e.g. 1.9 kWh) may suddenly fall within the strict compliance scope. |
Risk #9BMS data is sufficient to accurately assess the state of health (SOH) of all battery types
| Importance | 6/10 |
| Implicit basis | The regulation requires the BMS to provide SOH data to facilitate repurposing. |
| Likelihood of error | Medium |
| If the assumption proves false | Second-hand buyers do not trust BMS data, the repurposing market fails to develop as expected, or inaccurate data leads to liability disputes over safety incidents. |
Risk #10The repurposing (second-hand) market can generate enough economic value to cover the additional compliance costs
| Importance | 7/10 |
| Implicit basis | The regulation imposes complex re-certification, labelling and EPR requirements on repurposing; it assumes these requirements will not kill the second-hand market. |
| Likelihood of error | Medium |
| If the assumption proves false | If re-certification and new passport costs are too high, companies prefer direct recycling, and a regulation intended to encourage reuse leads to more batteries being shredded prematurely, contrary to the waste hierarchy. |
Basis: Regulation (EU) 2023/1542; EUROMOT FAQ; EUROBAT/RECHARGE industry guidance. The risk scores are subjective judgements from industry analysis, for compliance preparation only. This page is a compliance guide; the official text and the competent authority's interpretation prevail. Entries marked "under consideration" or "draft" may change.