EN 18060:2025: The New EU Standard for Batteries β Critical Implications for Logistics and Shipping from China
Memo To: International Buyers, Supply Chain Managers, and Logistics Partners sourcing battery products from China
Effective April 30, 2026, the European standard EN 18060:2025 is now the mandatory benchmark for performance testing of batteries under the (EU) 2023/1542 Battery Regulation. This has significant implications for the logistics, shipping, and customs clearance of batteries exported from China to the European Union.
1. Role and Effective Date
EN 18060:2025 is the latest harmonized European standard for testing the performance and durability of rechargeable batteries. It provides the essential technical methodology to demonstrate compliance with the (EU) 2023/1542 Battery Regulation. This standard has replaced all conflicting national standards across EU member states as of April 30, 2026, establishing a single testing benchmark for the European market.
2. Scope of the Standard
The standard applies to:
- Chemistries: Lithium-ion (Li-ion), Sodium-ion (Na-ion), Lead-acid (Pb), Nickel-metal hydride (NiMH), and hybrid systems.
- Battery Levels: Cells, Modules, Battery Packs, and Systems.
- Condition: New, Re-used, and Remanufactured batteries.
3. Core Test Parameters and Regulatory Link
The standard translates the general requirements of the Regulation's Annex IV into precise, quantifiable laboratory test procedures. Key measured indicators include:
| Regulatory Requirement (Annex IV) | Corresponding EN 18060 Clause | Testing Focus |
|---|---|---|
| Rated Capacity & Capacity Retention | 6.3 | Capacity retention rate, lifetime degradation |
| Available Power & Power Retention | 6.6 | Power capability at high/low SOC (20%/80%) |
| Increase of Internal Resistance | 6.4 | Changes in ohmic and polarization resistance |
| Round-trip Energy Efficiency | 6.7 | Charge/discharge cycle energy efficiency |
| Expected Lifetime | 6.11 | Cycle life and calendar life prediction |
| Standard Cycle Multiplier (C-rate) | 6.2 | Definition of charge/discharge rates |
| Ratio of Power to Energy (P/E) | 6.10 | P/E ratio (a key design parameter) |
| Depth of Discharge (DOD) | 6.11 | DOD setting for cycle testing |
4. Value for Manufacturers and Exporters
- Reduces Compliance Costs: Eliminates the need for multiple or repeated testing due to previously divergent national test methods, lowering barriers to market entry.
- Provides Compliance Proof: A test report conducted strictly in accordance with EN 18060 serves as direct and recognized proof of compliance for placing batteries on the EU market.
Why This Matters for Logistics and Transportation
- Mandatory for Documentation: For dangerous goods shipping (via air under IATA DGR or sea under IMDG Code), battery transportation classifications (e.g., UN 3480, UN 3481), packaging specifications, and test summaries depend on accurate technical parameters. EN 18060:2025 provides the officially recognized method to determine key values like rated capacity, internal resistance, and Power/Energy (P/E) ratio. Carriers (airlines, ocean vessels) and freight forwarders will increasingly require test reports compliant with this standard to validate shipping declarations and ensure safety.
- Direct Link to Customs Clearance: The EU Battery Regulation mandates a "Digital Battery Passport" containing extensive performance data. Test reports based on EN 18060:2025 are the authoritative source for this data. EU customs authorities may delay or detain shipments if the supporting technical documentation does not reference the latest harmonized standard, leading to potential demurrage, detention, and storage charges.
- Safety and Handling Considerations: As Class 9 hazardous materials, the safe transport of batteries is influenced by their electrochemical state. Parameters defined in EN 18060:2025, such as the standard cycle multiplier (C-rate) and Depth of Discharge (DOD), inform the safety assessment for transport conditions. Logistics planning must account for these characteristics for proper packaging, stowage, and segregation.
Action Items for Your Supply Chain
- Supplier Qualification: Verify that your battery suppliers in China provide performance test reports explicitly conforming to EN 18060:2025, not older standards.
- Pre-Shipment Preparation: Provide your freight forwarder with a summary of the EN 18060-compliant test report well before cargo readiness date. This allows for accurate preparation of the Dangerous Goods Declaration, booking request, and all related transport documents.
- Documentation Integration: Treat the EN 18060:2025 test report as a core shipping document, as critical as the Safety Data Sheet (SDS / MSDS) and UN 38.3 test summary. Ensure it is readily available throughout the logistics chain for inspection.
In Summary
EN 18060:2025 bridges the gap between technical product compliance and operational logistics compliance. Proactively ensuring your shipments are supported by documentation aligned with this standard is crucial for avoiding delays and ensuring smooth movement of battery cargo from China to the EU market.
Disclaimer: This guide provides general information based on EN 18060:2025 and (EU) 2023/1542 Battery Regulation effective April 30, 2026. Always consult certified dangerous goods personnel, your freight forwarder, and the latest regulatory editions for specific cargo compliance requirements. Final classification and documentation must be based on accredited laboratory test reports.