Industrial scale without industrial cost to the planet.
Clean generation, circular materials and audited governance are engineering requirements at Gigafactory 3X — designed into every campus from day one.
Six engineering commitments
On-site solar, wind and grid-scale storage sized to campus load, with renewable-matched electricity for all owned production.
Closed-loop recovery for battery cells, wafers and structural alloys — process scrap returns to the line, not to landfill.
Recirculating cooling and ultrapure water reclamation, with withdrawal targets set per watershed rather than per company.
Supplier engineering programmes for green steel, low-carbon aluminium and responsibly sourced critical minerals.
Automation removes people from hazardous tasks; academies retrain operators into robotics and controls engineering roles.
Independently assured disclosures aligned to recognised reporting frameworks, published annually.
Targets with dates attached
- 2026Renewable-matched electricity
100% renewable-matched power across owned production, with on-site generation covering baseline campus load.
- 2028Closed-loop battery lines
Cell and pack lines operating with in-house material recovery, cutting virgin critical-mineral intake per kWh.
- 2030Net-zero operations
Scope 1 and 2 net zero across all campuses, verified by third-party assurance.
- 2035Supply-chain decarbonisation
Scope 3 reduction locked into supplier contracts, with low-carbon material specification as a design requirement.
How it is governed
A board-level sustainability committee reviews targets, capital allocation and assurance findings quarterly.
Each campus carries its decarbonisation milestones inside its operating plan, not in a separate report.
Annual sustainability report with methodology notes, restatements and progress against every published target.
Tiered supplier code covering emissions data, labour standards and minerals traceability.