Tesla Gigafactory: EV Battery Module Transport Cases

Client: Tesla, Inc. Industry: EV / Battery Manufacturing Region: Sparks, Nevada, USA + Shanghai, China + Berlin, Germany Year: 2025
Tesla Gigafactory: EV Battery Module Transport Cases

Challenge

Tesla needed to transport lithium-ion battery modules and cells between Gigafactories, suppliers, and assembly lines. Cases must: (1) meet UN3480 / UN3481 dangerous goods regulations, (2) provide thermal containment for thermal runaway events, (3) be ESD-safe (10^6 ohm/sq), (4) survive frequent forklift handling, (5) be tracked across global supply chain.

Solution

KeXinMaterials provided UN-certified cases with: (1) fire-retardant PP + ceramic fiber thermal barrier, (2) ESD-safe foam + conductive shell coating, (3) forklift slots + reinforced base, (4) integrated GPS + temperature + shock sensors with Tesla API integration, (5) UN38.3 + IATA + IMDG certification. Custom foam for Tesla's 2170 and 4680 cell formats.

Result

3,500 cases deployed across 3 Gigafactories. Zero thermal runaway events. 100% customs clearance first time. Tesla's battery logistics cycle reduced 25%. UN certification accepted in 50+ countries. Expansion order for Mexico Gigafactory in 2026.

Client Testimonial

"Battery transport is critical for our supply chain. KeXinMaterials cases exceed UN dangerous goods requirements and have proven their reliability across 3 continents. The integrated sensors give us real-time visibility into our battery supply chain. — Tesla Battery Logistics VP"

— Tesla, Inc.

Project Duration

Ongoing (5-year contract)

Total Value

$1,800,000

Industry

EV / Battery Manufacturing

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Why This Case Study Matters

Project: Tesla Gigafactory EV Battery Transport. Challenge: 3,500 UN-certified cases for 2170 and 4680 cell formats across 3 Gigafactories. Solution: Fire-retardant PP + ceramic fiber thermal barrier, ESD-safe foam, integrated GPS + temperature + shock sensors with Tesla API, UN38.3 + IATA + IMDG certified. Result: Zero thermal runaway events, 100% customs clearance first time, 25% reduction in battery logistics cycle. Why it matters: This case demonstrates the most demanding dangerous goods certification. The same UN-certified cases work for energy storage, EV, and consumer electronics battery transport.