Both statements can be true: Tesla can reduce greenhouse-gas emissions per vehicle while increasing its total emissions. Green Century Capital Management’s analysis of Tesla’s 2023 Impact Report puts Tesla’s combined Scope 1 and location-based Scope 2 emissions at 677,000 metric tons of CO2e in 2023, up from 588,000 metric tons in 2021—an increase of about 15%. The analysis says emissions intensity per vehicle improved, but production and sales apparently grew faster.
That comparison measures greenhouse gases, not every form of pollution. It also covers only Tesla’s direct operations and purchased energy. The much larger challenge for Tesla’s net-zero ambition is its supply chain, especially batteries, steel and aluminum.
What Tesla has actually promised
Tesla’s 2024 Impact Report describes an ambition to reach net-zero greenhouse-gas emissions “as soon as possible,” including emissions throughout its supply chain. The company identifies supply-chain sources such as batteries, steel and aluminum as the majority of its greenhouse-gas emissions. Steel and aluminum together represent approximately 18% of supply-chain emissions, according to the SEC-filed shareholder materials describing the report.
“As soon as possible” is an ambition, not a dated interim target. The wording does not specify a net-zero year, annual reduction schedule or the amount of emissions Tesla intends to cut versus neutralize.
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Did Tesla’s reported carbon footprint grow?
Yes, on the directly comparable figures documented by Green Century Capital Management. The figures combine Scope 1 emissions with location-based Scope 2 emissions:
| Measure | 2021 | 2023 | Change | Qualification |
|---|---|---|---|---|
| Combined Scope 1 and location-based Scope 2 emissions | 588,000 metric tons CO2e | 677,000 metric tons CO2e | Up 89,000 metric tons, or about 15% | Green Century’s 2025 analysis of Tesla’s 2023 Impact Report |
These are company-reported greenhouse-gas categories analyzed in a shareholder filing; they are not a complete measure of all environmental impacts and do not include the full supply-chain footprint.
How can emissions per vehicle improve while total emissions rise?
Emissions intensity divides emissions by an activity measure, such as vehicles produced. Absolute emissions are the total tonnes released. If Tesla produces and sells substantially more vehicles, a smaller emissions figure per vehicle can coexist with a larger company-wide total.
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The arithmetic behind the apparent contradiction
- Intensity: emissions associated with each vehicle or unit of output.
- Scale: the number of vehicles and other products Tesla makes and sells.
- Absolute emissions: intensity multiplied by the company’s total activity, plus emissions from facilities and other operations.
Green Century’s analysis says Tesla’s emissions per vehicle improved but its absolute Scope 1 and location-based Scope 2 emissions increased, presumably because production and sales grew faster than efficiency improved. A lower intensity metric therefore does not prove that Tesla’s total climate impact is falling.
Why the supply chain matters more than factory emissions
Tesla’s net-zero question cannot be answered by looking only at electricity and fuel used in its own facilities. The SEC-filed analysis says Scope 3 Category 1 emissions—purchased goods and services—were more than 65 times Tesla’s combined Scope 1 and Scope 2 emissions. It also says supply-chain emissions increased by nearly 20% from 2021.
On that accounting, most of the reductions needed for net zero sit outside Tesla’s own buildings. The same analysis attributes approximately 41% of supply-chain emissions to sourcing steel, aluminum and batteries together.
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What the major sources represent
- Batteries: energy- and materials-intensive production contributes to the embodied emissions of each vehicle.
- Steel and aluminum: mining, refining and manufacturing create emissions before materials reach a Tesla factory.
- Purchased goods and services: Scope 3 Category 1 captures upstream products and services Tesla buys, making it a wider measure than factory fuel or electricity.
Reducing these emissions requires changes in supplier energy, material production, sourcing and product design—not simply more efficient Tesla facilities.
Is Tesla’s net-zero promise credible?
The promise is concrete enough to identify a direction—net-zero greenhouse-gas emissions, including the supply chain—but not detailed enough in the cited materials to function as a fully specified transition plan.
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In shareholder correspondence filed with the SEC on January 30, 2025, Green Century Capital Management argued that Tesla had not provided a clear pathway, milestones or timeline for reaching its “as soon as possible” target. The filing also said Tesla’s described supplier engagements appeared to cover less than half of the major emissions sources.
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Those are shareholder-proponent criticisms, not findings from an independent assurance review. They identify disclosure and accountability gaps, but they do not by themselves establish that Tesla’s target will fail.
What a more verifiable plan would contain
- A target year and interim reduction milestones.
- Separate absolute targets for Scope 1, Scope 2 and material Scope 3 categories.
- A clear explanation of how supplier emissions are measured and which suppliers are covered.
- Progress data that distinguishes actual reductions from carbon removals or offsets.
- Independent assurance, with the assurance level and covered data identified.
Why Tesla’s “37 million tonnes avoided” figure is different
Tesla’s 2025 Impact page presents an estimate of 37 million tonnes of CO2e emissions avoided by its products and services. That is an estimate of emissions customers may have avoided by using Tesla offerings instead of higher-emitting alternatives. It is not a subtraction from Tesla’s own Scope 1, Scope 2 or Scope 3 inventory.
The measures answer different questions:
| Metric | Question it answers | How to use it |
|---|---|---|
| Tesla’s corporate emissions inventory | How many greenhouse gases are associated with Tesla’s operations and value chain? | Use it to assess progress toward Tesla’s net-zero target. |
| Estimated emissions avoided | How much emissions might Tesla products and services avoid compared with alternatives? | Use it to understand claimed product benefits, not to cancel Tesla’s inventory. |
A large avoided-emissions estimate can coexist with rising corporate emissions. It does not demonstrate that Tesla has reached net zero.
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Which numbers are current—and which still need checking?
Tesla’s official Impact archive lists reports for 2020 through 2024, allowing comparisons among those company-reported years. The figures securely documented here compare 2023 with 2021. Exact independently assured 2025 Scope 1, Scope 2 and Scope 3 totals are not established in the cited materials, so they should not be inferred from the 37-million-tonne avoided-emissions claim or from earlier years.
For a current-year assessment, readers should consult Tesla’s full latest Extended Impact Report and check:
- The reporting year and whether the boundaries changed.
- Absolute Scope 1, Scope 2 and Scope 3 totals, not intensity alone.
- Whether Scope 2 is location-based, market-based or both.
- Progress against dated interim targets.
- Which supply-chain categories and suppliers are included.
- Whether an independent assurer covered the reported figures.
Bottom line
Tesla’s reported emissions grew from 588,000 metric tons of combined Scope 1 and location-based Scope 2 CO2e in 2021 to 677,000 metric tons in 2023, even as emissions per vehicle improved. Growth in production and sales can explain that divergence. The harder test is the supply chain, where Tesla’s own filing describes emissions many times larger than its factory and purchased-energy footprint. Until Tesla publishes a dated, measurable pathway covering those sources, “net zero as soon as possible” remains an open-ended ambition rather than a fully demonstrated plan.
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