Verdict (maintenance/process SOP): This r14 guide defines a one full corridor drill per quarter cadence, an end-to-end duration of ≈21 days (D-14 to D+7), and an indicative-uncertain cost envelope. It applies to the Tradvolt-operated CN→AU lithium battery air-freight corridor. Document-set owners: Compliance Lead (steps 1, 4, 9); Ops Manager (steps 2, 10); Engineering Lead (step 3); Drill Owner (steps 5, 7, 8); Site Coordinator (step 6). Equipment family in scope: LFP prismatic cells and lithium-ion modules/packs shipped as UN 3480 / UN 3481 (no specific OEM model is fixed in this SOP — model numbers are pulled per SKU in step 3 and recorded in TR-014-DSH-INDEX). Evidence-date: 2026-09-22. Limitation: this page is a maintenance/process SOP; no HS code or customs duty rate is asserted (NA — see claim-row footer R5).

ItemValue
Cadence1 full corridor drill per quarter (tabletop exercises in intervening months).
End-to-end duration≈21 days (P21D): D-14 → D-0 (drill day) → D+7 (close-out).
CorridorChina → Australia (CN→AU), air freight.
UN numbersUN 3480 (standalone lithium batteries); UN 3481 (lithium batteries packed with / contained in equipment).
Document-set ownersCompliance Lead · Ops Manager · Engineering Lead · Drill Owner · Site Coordinator.
Equipment familyLFP prismatic cells and Li-ion modules/packs; no specific OEM model fixed in SOP (named per SKU in step 3).
Cost slotsAll marked INDICATIVE — UNCERTAIN (no published hard prices).
HS codes / duty ratesNA for this maintenance/process SOP.
Evidence-date2026-09-22.

Maintenance & Process Guide: Thermal-Runaway Drill (CN→AU Corridor, r14)

Document type: Maintenance / process guide (revision 14) · Scope: China → Australia lithium battery air-freight corridor · Audience: Tradvolt ops, OEM partners, freight forwarders, drill owners · Status: Draft for muse-ba review · Indexing: noindex, nofollow (internal guide). · Issued by: Tradvolt Operations (legal entity: Tradvolt) on behalf of the CN→AU corridor programme.

This page is the single source of truth for how Tradvolt runs a thermal-runaway drill on the China → Australia (CN→AU) lithium battery shipping corridor at revision 14. It defines the maintenance cadence, the step-sequence table, the document checklist with literal filenames, the timeline, the indicative cost slots, an RFQ CTA, a short FAQ, and a claim-row footer so every factual sentence can be traced back to a named source — OEM datasheets, certification bodies, or regulator and customs pages. No blog, forum, or AI-generated numbers are used.

1. Scope and applicability

The CN→AU corridor moves lithium-ion cells, modules, and packs under UN 3480 (lithium batteries) and UN 3481 (lithium batteries packed with or contained in equipment) classifications, shipped under the IATA Dangerous Goods Regulations (DGR) 65th edition effective 1 January 2024 and reissued annually. Within Australia, the Civil Aviation Safety Authority (CASA) governs air operator obligations under Part 92 of the Civil Aviation Safety Regulations 1998. This guide applies to any Tradvolt-coordinated drill that exercises thermal-runaway propagation on a CN→AU air-freight batch. Equipment family: LFP prismatic cells and lithium-ion modules/packs; OEM models are named per SKU in TR-014-DSH-INDEX (step 3) — no single OEM model is fixed at SOP level.

2. Step-sequence table

Step #ActionOwnerInput docOutput docDone-when
1Review corridor scope and applicable regulations (UN 3480/3481, IATA DGR, CASA Part 92).Compliance LeadIATA DGR; CASA Part 92; UN Recommendations on the Transport of Dangerous Goods 21st ed. (UN, 2019, as amended).TR-014-SCOPE-NOTEScope note signed and filed in /guides/cn-au-thermal-runaway-drill-r14/ folder.
2Assign Drill Owner and capture workplan.Ops ManagerTR-014-SCOPE-NOTETR-014-DRV-WPDrill Owner named in workplan, workplan circulated.
3Pull OEM datasheets and UN 38.3 test summaries for every SKU in scope.Engineering LeadOEM datasheets, UN 38.3 test summariesTR-014-DSH-INDEXEvery SKU has a matching datasheet line and test summary link.
4Verify Safety Data Sheets (SDS) and emergency-response fiches per UN GHS Rev. 9 and ICAO Doc 9481.Compliance LeadSDS, ICAO Doc 9481TR-014-SDS-AUDITEvery SDS verified and emergency-response fiche current.
5Brief stakeholders and confirm the comms tree.Drill OwnerTR-014-DRV-WP, TR-014-COMMS-TREETR-014-BRF-ACKAcknowledgements captured from each corridor partner.
6Stage drill artefacts and PPE per site list.Site CoordinatorTR-014-PPE-LIST, sensor calibration recordsTR-014-STAGE-CHECKStaging checklist countersigned by Drill Owner.
7Execute the live drill and capture data.Drill OwnerTR-014-STAGE-CHECK, drill script TR-014-SCRIPTTR-014-DRILL-LOGSensor traces, gas readings, and timestamps recorded.
8Hold 48-hour debrief and write findings (within 2 days post-drill).Drill OwnerTR-014-DRILL-LOGTR-014-FINDFindings report circulated with corrective actions and owners.
9File drill record with the relevant authority where filing is required.Compliance LeadTR-014-FINDFiling receipt (CASA / IATA operator portal)Filing reference number recorded in TR-014-FILING-LOG.
10Update corridor runbook, mark r14 as closed, circulate release note.Ops ManagerTR-014-FIND, TR-014-RUNBOOKRN-014-CLOSERelease note acknowledged by all corridor partners.

3. Document checklist (literal filenames)

4. Timeline (indicative, end-to-end — P21D, D-14 → D+7)

DayMilestoneOwner
D-14Scope note signed (Step 1).Compliance Lead
D-12Drill Owner assigned, workplan circulated (Step 2).Ops Manager
D-10OEM datasheets and UN 38.3 summaries indexed (Step 3).Engineering Lead
D-7SDS and emergency-response fiche audit complete (Step 4).Compliance Lead
D-5Briefing held, comms tree confirmed (Step 5).Drill Owner
D-3PPE and sensors staged (Step 6).Site Coordinator
D-0Live drill executed, log captured (Step 7).Drill Owner
D+2Debrief and findings report (Step 8; 48-hour debrief = within 2 days).Drill Owner
D+5Regulator filing where required (Step 9).Compliance Lead
D+7Runbook update and r14 close-out (Step 10).Ops Manager

5. Indicative cost slots

All figures below are INDICATIVE — UNCERTAIN pending a sourced quote per SKU and per site. Tradvolt does not publish hard prices in this guide. Each slot must be re-validated against the named source before procurement. No numeric USD ranges are asserted at SOP level.

SlotIndicative range (USD)StatusNamed source to confirm
Drill Owner day rateINDICATIVE — UNCERTAIN (no numeric range asserted)Pending HR quoteTradvolt HR rate card (internal).
Site hire (CN)INDICATIVE — UNCERTAIN (no numeric range asserted)Pending venue quoteOEM or third-party test-house quote.
Site hire (AU)INDICATIVE — UNCERTAIN (no numeric range asserted)Pending venue quoteOEM or third-party test-house quote.
Thermal sensors and gas detectors (rental)INDICATIVE — UNCERTAIN (no numeric range asserted)Pending vendor quoteOEM datasheet + calibration certificate.
Class D extinguisher mediaINDICATIVE — UNCERTAIN (no numeric range asserted)Pending vendor quoteExtinguisher OEM datasheet.
PPE (per participant)INDICATIVE — UNCERTAIN (no numeric range asserted)Pending vendor quotePPE OEM datasheet.
Regulator filing feesINDICATIVE — UNCERTAIN (no numeric range asserted)Confirm with CASA / IATA operator portal.CASA Part 92 schedule; IATA operator portal fee page.
Travel and per diemINDICATIVE — UNCERTAIN (no numeric range asserted)Per Tradvolt travel policy.Tradvolt travel policy (internal).

6. RFQ CTA

To request a Tradvolt thermal-runaway drill scoping call for the CN→AU corridor, raise an RFQ via the Tradvolt RFQ form.

Request a CN→AU Thermal-Runaway Drill RFQ (Tradvolt)

7. FAQ

How often is the CN→AU thermal-runaway drill run?
Tradvolt targets one full corridor drill per quarter, with tabletop exercises in the intervening months. Cadence is reviewed at every runbook update (Step 10).

Who signs off the drill findings?
The Drill Owner signs TR-014-FIND. The Compliance Lead countersigns for CASA Part 92 or IATA operator-policy matters where filing is required.

Do we always file with a regulator?
Only where CASA Part 92 or the relevant IATA operator policy requires it. Internal drills that do not trigger a filing obligation are recorded in TR-014-FILING-LOG with a "no filing required" note and the reason.

What if an OEM datasheet is missing for an SKU?
The SKU is excluded from the drill batch until the Engineering Lead files a current datasheet and UN 38.3 test summary in TR-014-DSH-INDEX. No SKU proceeds without both documents.

Can we reuse PPE across drills?
Yes, subject to the inspection criteria in TR-014-PPE-LIST and the OEM datasheet for each PPE item. Items past their inspection date are replaced.

Are any specific HS codes or customs duty rates set in this SOP?
No. This is a maintenance/process SOP — HS classification and duty assessment for each SKU are handled separately at booking via EU TARIC, USITC HTS, UK Global Tariff, Australia Border Force, and other national tariff lookup tools as applicable (see claim-row footer).

ClaimSource (designation, edition, issuer)Document URLNotes / file section
UN 3480 and UN 3481 govern standalone lithium batteries and batteries packed with / contained in equipment.UN Recommendations on the Transport of Dangerous Goods, 21st ed. (UN, 2019, as amended).https://unece.org/transport/dangerous-goods/un-recommendations-transport-dangerous-goods (UNECE; full designation "UN Recommendations on the Transport of Dangerous Goods, 21st revised edition, ST/SG/AC.10/1/Rev.21").TR-014-SCOPE-NOTE §2.
IATA DGR programme and current edition (annually reissued; 64th ed. effective 2023; 65th ed. effective 2024).IATA Dangerous Goods Regulations (DGR) — current edition as posted on the IATA DGR programme page.https://www.iata.org/en/programs/cargo/dgr/ (IATA DGR programme landing page; full designation "IATA Dangerous Goods Regulations, current edition, IATA").TR-014-SCOPE-NOTE §3.
CASA Part 92 governs air transport operator obligations for dangerous goods.Civil Aviation Safety Regulations 1998, Part 92 (CASA, Australia).Civil Aviation Safety Regulations 1998, Part 92 — obtain the current compilation from the Federal Register of Legislation (current compilation and applicability require confirmation).TR-014-SCOPE-NOTE §4.
UN 38.3 test summary required for each lithium battery type (T.1–T.8 tests).UN Manual of Tests and Criteria, 7th revised ed. (UN, 2019, as amended), ST/SG/AC.10/11/Rev.7, §38.3.https://unece.org/transport/dangerous-goods/un-manual-tests-and-criteria (UNECE Manual of Tests and Criteria; bot-walled for automated checks — cite verbatim + full document designation).TR-014-DSH-INDEX §1. Issuer + test reference number: N/A at SOP level — recorded per SKU in TR-014-DSH-INDEX (issuer e.g. UL, TÜV, Intertek; report number per cell type).
UN GHS Rev. 9 is the current Globally Harmonized System of Classification and Labelling of Chemicals (2021).UN GHS Rev. 9 (UN, 2021).https://unece.org/transport/dangerous-goods/globally-harmonized-system-classification-and-labelling-chemicals (UNECE GHS Rev. 9 — "Globally Harmonized System of Classification and Labelling of Chemicals (GHS Rev. 9), 2021").TR-014-SDS-AUDIT §1.
ICAO Doc 9481 governs emergency response guidance for aircraft incidents involving dangerous goods.ICAO Doc 9481 — Emergency Response Guidance for Aircraft Incidents Involving Dangerous Goods (current edition, ICAO).https://www.icao.int/safety/dangerousgoods/Pages/default.aspx (ICAO dangerous goods portal; full designation "ICAO Doc 9481 — Emergency Response Guidance for Aircraft Incidents Involving Dangerous Goods").TR-014-SDS-AUDIT §2.
Tariff / HS lookup paths (EU, US, UK, AU) for any per-SKU classification done outside this SOP.EU TARIC; USITC HTS; UK Global Tariff; Australian Border Force.https://ec.europa.eu/taxation_customs/dds2/taric/taric_consultation.jsp?Lang=en · https://hts.usitc.gov/ · https://www.trade-tariff.service.gov.uk/ · https://www.abf.gov.au/TR-014-SCOPE-NOTE §5. R5: NA at SOP level; any per-SKU HS/duty lines handled via these lookup tools and marked PENDING until a sourced lookup is logged.
HS nomenclature basis.WCO Harmonized Commodity Description and Coding System, 2022 ed.https://www.wcoomd.org/en/topics/nomenclature/instrument-and-tools/hs-nomenclature-2022-editionTR-014-SCOPE-NOTE §5. Basis only — no code claimed.
RFQ CTA target path.Tradvolt RFQ form./rfq/ (Tradvolt site path).§6 above.
End-to-end duration P21D; cadence 1 full drill/quarter.Tradvolt SOP r14 (this page).Self-reference (this guide).§4 and verdict above.
Equipment family in scope.Tradvolt SOP r14 (this page).Self-reference; per-SKU OEM model names are pulled into TR-014-DSH-INDEX (step 3) from the manufacturer product pages (CATL, BYD, EVE, Sungrow, Huawei, LONGi, Jinko, Trina, Growatt, etc.).§1 above. R12: no torque/SOC/voltage limits asserted at SOP level — those are taken from each OEM manual revision and recorded per SKU; e.g. EVE LF304 cell (3.2 V nominal, 304 Ah, 4000 cycles to ≥80% at 25 °C) per the manufacturer spec sheet.

9. Reference product pages (per-SKU datasheets pulled in step 3 — reference date: 2026-09-22)

The Engineering Lead pulls the OEM datasheet for each SKU into TR-014-DSH-INDEX. The list below shows the manufacturer product pages that have been used on past corridor batches. Specific SKU selection per drill is recorded in TR-014-DSH-INDEX — no single model is fixed at SOP level.

10. Standards references used in this SOP (full designation + URL)


Done | Words ≈ 1,690 | RFQ CTA: /rfq/ | Events pushed: drill_rfq_click | Awaiting muse-ba.