Starting April 28, 2026, the Ministry of Industry and Information Technology (MIIT) and four other Chinese government departments initiated a nationwide enforcement campaign targeting the recycling and traceability of spent lithium-ion动力电池 (used electric vehicle and energy storage batteries). The action directly affects exporters in the battery storage and EV infrastructure sectors — particularly those supplying to the European Union, where the EU Battery Regulation (EU 2023/1542) will mandate carbon footprint declarations and recycled material content verification for all batteries placed on the market from 2027 onward.
On April 28, 2026, MIIT, jointly with the Ministry of Ecology and Environment and three other departments, launched a special law enforcement campaign focused on the recycling and utilization of used power batteries. The campaign centers on verifying compliance with labeling requirements for battery cascade-use products, integrity of traceability codes, and the documented flow of regenerated materials from exported batteries. No further operational details or regional rollout timelines have been publicly disclosed beyond this scope.
These enterprises are subject to direct regulatory scrutiny because their exported batteries may enter EU markets post-2027 and must meet traceability and recycled content reporting obligations under EU 2023/1542. The enforcement campaign signals that upstream traceability — including material sourcing, manufacturing batch records, and end-of-life handling — is now a domestic compliance priority, not only an export requirement.
Companies assembling battery systems for export face new upstream accountability: they must ensure component-level traceability (e.g., cell origin, cathode chemistry, recycling history) is captured and retained across ERP/WMS systems. The campaign’s focus on ‘full lifecycle compliance’ implies that system integrators can no longer rely solely on supplier attestations without verifiable digital records.
Service providers supporting battery exports must now accommodate stricter documentation flows — especially for shipments containing reused or repurposed cells. The emphasis on ‘regenerated material flow tracking’ means logistics and customs declarations may soon require additional data fields linked to national battery traceability platforms (e.g., China’s CATL-led or MIIT-recognized systems).
The enforcement campaign references ‘integrity of traceability codes’ but does not yet specify technical formats, data schema, or interoperability requirements. Enterprises should monitor MIIT and State Administration for Market Regulation announcements for updates on mandatory code structure (e.g., GS1-based, QR-coded, blockchain-integrated) and integration deadlines.
EU 2023/1542 requires carbon footprint and recycled content reporting; China’s campaign adds domestic verification of material flow. Companies should audit whether existing systems capture both upstream raw material origin (e.g., cobalt mine source) and downstream recovery pathways (e.g., certified recycler ID, mass balance records) — not just serial numbers.
This campaign currently targets used battery recycling actors and exporters — not general battery producers or domestic-only suppliers. However, analysis shows that enforcement priorities often precede broader regulatory coverage; firms outside immediate scope should treat this as an early signal for internal process alignment.
Exporters must be ready to demonstrate chain-of-custody for regenerated materials — including contracts with overseas recyclers, transport manifests, and assay reports. Current practice often lacks standardized templates for such evidence; companies should begin drafting internal protocols aligned with ISO 20400 (sustainable procurement) and upcoming GB/T standards on battery circularity.
Observably, this enforcement campaign functions primarily as a regulatory signal — not yet a fully scaled compliance regime. Its timing (April 2026), just one year before the EU’s 2027 battery rules take full effect, suggests coordinated alignment between domestic oversight and international market access requirements. From an industry perspective, it reflects a shift from voluntary circular economy guidance to enforceable traceability discipline. Analysis shows that the focus on ‘export battery regenerated material flow’ indicates growing policy attention on leakage risk — i.e., whether recycled critical minerals from Chinese batteries re-enter global supply chains without transparency. This makes the campaign less about punitive action and more about building foundational infrastructure for verified circularity.

Conclusion: This initiative marks a formal step toward integrating domestic battery waste management with international sustainability compliance. It does not introduce new statutory obligations beyond existing regulations (e.g., the 2021 ‘Provisional Measures for Power Battery Recycling Management’), but elevates enforcement rigor and clarifies expectations for export-oriented firms. Currently, it is better understood as a calibration phase — preparing stakeholders for forthcoming technical standards and interlinked reporting systems — rather than an immediate compliance cliff.
Source: Official announcement issued jointly by MIIT, Ministry of Ecology and Environment, National Development and Reform Commission, Ministry of Commerce, and General Administration of Customs on April 28, 2026. No supplementary implementation guidelines or sector-specific FAQs have been published as of the date of this report. Ongoing monitoring of MIIT’s public notices and GB/T standard development (e.g., draft GB/T 34015 on battery traceability) is recommended.
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