Nissan Motor Co., Ltd., founded in 1933 and headquartered in Yokohama, Japan, is a global automaker operating across Japan, the Americas, Europe, China, and the Middle East and Africa region, producing passenger cars, SUVs, light commercial vehicles, and electric vehicles under the Nissan and Infiniti brands. The company published its Sustainability Data Book 2025 in July 2025, covering FY2024 (April 2024 to March 2025), alongside its inaugural Integrated Report 2024, published in July 2024, aligned with GRI Standards, TCFD, and SBTi frameworks. Nissan’s overarching sustainability framework is organized under two mid-term action plans, the Nissan Green Program 2030 (NGP2030) and the Nissan Social Program 2030 (NSP2030), both launched in March 2024 and designed as the sustainability delivery mechanisms for Nissan’s broader business plan, The Arc, and its long-term Ambition 2030 vision.
Source
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/
https://global.nissannews.com/en/releases/240731-01-e
https://www.nissan-global.com/EN/SUSTAINABILITY/ENVIRONMENT/GREENPROGRAM/
https://senecaesg.com/insights/nissans-integrated-report-2024-highlights-ambition-2030-and-sustainability-strategy/
Sustainability Strategy and Goals
Nissan’s sustainability strategy is organized under NGP2030 for environmental action and NSP2030 for social action, which together form a unified ESG delivery framework serving Ambition 2030. NGP2030 identifies three key material environmental priorities: climate change, resource dependency, and air quality and water, and sets verified 2030 milestones against the 1.5°C IPCC pathway for both corporate activities and product lifecycle emissions. The strategy is formally aligned with the UN SDGs, and Nissan has secured SBTi validation for its Scope 1 and 2 absolute reduction target (30% by FY2030 from a FY2018 baseline) and for its Scope 3 product use intensity target (32.5% reduction in CO2 per vehicle-kilometre by FY2030 from FY2018).
Net Zero and Carbon Emissions
In FY2024, Nissan’s total GHG emissions across all scopes were approximately 155.0 billion kg CO2e, comprising Scope 1 of 442 million kg CO2e, Scope 2 of 1,080 million kg CO2e, and Scope 3 of approximately 153.5 billion kg CO2e, a reduction from 160.1 billion kg CO2e in FY2023. Scope 1 and 2 emissions per vehicle produced were 0.64 tCO2e per vehicle in FY2024, on a trajectory toward the 52% reduction target from the FY2018 baseline by FY2030. CO2 emissions from logistics per vehicle produced were 0.54 tonnes in FY2024, compared to 0.53 in FY2023 and 0.48 in FY2022.
- Total GHG emissions (FY2024): approximately 155.0 billion kg CO2e, down from 160.1 billion kg CO2e in FY2023
- Scope 1 emissions (FY2024): 442 million kg CO2e
- Scope 2 emissions (FY2024): 1,080 million kg CO2e
- Scope 3 emissions (FY2024): approximately 153.5 billion kg CO2e
- Scope 1 and 2 emissions per vehicle produced (FY2024): 0.64 tCO2e/vehicle
- SBTi-validated 2030 target: 30% absolute Scope 1 and 2 reduction from FY2018 baseline
- SBTi-validated 2030 product Scope 3 target: 32.5% reduction in CO2 per vehicle-km globally from FY2018; 50% in four major markets (Japan, US, Europe, China)
- 2030 lifecycle target: 30% reduction in CO2 per vehicle lifecycle from FY2018
- 2030 manufacturing CO2 target: 52% reduction per vehicle produced from FY2018
- Carbon neutrality across full vehicle lifecycle and all business activities: 2050
Water Stewardship
NGP2030 sets a formal 2030 water target of reducing the number of manufacturing sites with high water risk to zero, and a long-term 2050 vision of zero water impact and zero water risk across the entire global manufacturing network. In FY2024, Nissan promoted specific activities at water-stressed manufacturing sites to achieve the zero high-risk sites objective and confirmed continued progress under the NGP2030 water pillar in the Sustainability Data Book 2025. Renewable energy consumed at production sites in FY2024 was 215,351 MWh, down from 239,875 MWh in FY2023, reflecting the reduction in production volume associated with the financial restructuring.
- 2030 water target: zero manufacturing sites with high water risk
- 2050 water vision: zero water impact and zero water risk across global manufacturing network
- FY2024 water action: activities promoted at all high-risk sites to achieve zero high-risk target
- Renewable energy at production sites (FY2024): 215,351 MWh, down from 239,875 MWh in FY2023
- Wastewater quality: managed at all manufacturing sites; NGP2030 objective active
- Water reduction activities: site-level water usage reduction programs active across global manufacturing network
Regenerative Agriculture
Nissan’s manufacturing value chain has no direct agricultural supply chain inputs, and no formal regenerative agriculture program has been published. Its closest operational parallel is Nissan’s Biodiversity Policy, which targets the symbiosis of people, vehicles, and nature through its long-running Nissan Green Program (launched 2002), and its NGP2030 commitment to minimizing dependence and impact on nature and ecosystems. Nissan’s sustainable materials program under NGP2030, which targets 40% sustainable material content (including green steel, green aluminum, and recycled resins) in vehicles sold in Japan, the US, Europe, and China by FY2030, directly reduces extraction pressure on natural land and water systems.
- NGP2030 nature commitment: minimizing dependence and impact on nature and ecosystems as a formal long-term objective
- Nissan Green Program: launched 2002 under “symbiosis of people, vehicles, and nature” vision; now in its fifth iteration (NGP2030)
- Sustainable materials target: 40% sustainable material content (recycled, recycled-carbon-neutral, or bio-based) in vehicles in Japan, US, Europe, China by FY2030
- Dedicated regenerative agriculture program: not applicable to Nissan’s manufacturing value chain
Deforestation and Biodiversity
NGP2030 explicitly commits Nissan to addressing nature and ecosystem dependency as one of its three key material issues, elevating biodiversity from a reporting category to a formal strategic priority. Nissan’s responsible sourcing program monitors the supply chain for minerals and materials that may have harmful environmental impacts, including deforestation and land-use change, and the Nissan CSR Guidelines for Suppliers (revised 2023) embed biodiversity and environmental protection requirements as binding obligations for all global suppliers. Quantified site-level biodiversity targets (land protected, species monitored, restoration areas) are not separately published in the Sustainability Data Book 2025.
- NGP2030 nature and ecosystems: formal material issue; commitment to minimize nature dependency and impact
- Nissan CSR Guidelines for Suppliers (revised 2023): embed biodiversity and environmental protection as binding supplier obligations
- Responsible sourcing supply chain monitoring: active assessment of minerals and materials for environmental harm including land-use change
- Sustainable materials target (40% by FY2030): directly reduces virgin resource extraction and associated deforestation risk
- Quantified biodiversity targets (hectares, species, restoration area): not separately published in Sustainability Data Book 2025
Packaging and Circular Economy
Nissan’s resource circulation strategy within NGP2030 targets 40% sustainable material content in vehicles in four major markets by FY2030, covering recycled materials, recycled-carbon-neutral materials, and bio-based materials, with green steel and green aluminum as priority categories. Nissan’s LEAF battery second-life and reuse program is one of the automotive sector’s most advanced circular battery programs, with second-life LEAF battery systems deployed at Nissan’s US headquarters in Tennessee (energy peak-shaving system using batteries from 50 to 60 LEAF vehicles), at the Nissan Casting Australia Plant (Nissan Node project using nine first-generation LEAF battery packs paired with solar), and in Italy in partnership with Enel and Loccioni (4 MW backup power store providing up to 1.7 MWh). The Nissan Casting Australia Plant Nissan Node project is estimated to reduce annual CO2 emissions by 259 tonnes and save 128 MWh of energy per year.
- NGP2030 sustainable materials target: 40% by FY2030 in Japan, US, Europe, and China (recycled, recycled-carbon-neutral, bio-based)
- FY2023 sustainable materials baseline: approximately 30%, with a target to reach 40% by FY2030
- LEAF second-life battery: Tennessee US HQ system using 50 to 60 first-generation LEAF batteries for energy peak-shaving
- Nissan Node (Australia): nine first-generation LEAF battery packs; solar and BESS at Nissan Casting Australia Plant; 259 tCO2 annual reduction; 128 MWh annual energy saving
- Enel-Loccioni second-life project (Italy): 4 MW power store; up to 1.7 MWh backup capacity from repurposed LEAF batteries
- Waste and landfill management: active NGP2030 objective; manage waste and landfill at all manufacturing sites
Human Rights and Responsible Sourcing
In FY2024, 100% of Nissan’s assessed suppliers met both Nissan’s social standards and basic environmental principles, according to the Sustainability Data Book 2025. The company launched the Nissan Social Program 2030 (NSP2030) in March 2024, establishing a formal mid-term action plan specifically for social and human rights governance across its operations and supply chains. Nissan’s third-party supplier assessment program, active since 2016, assesses suppliers’ sustainability activities including human rights and environmental issues, and Nissan has focused particular attention since FY2023 on migrant workers as a vulnerable population, partnering with the International Organization for Migration (IOM) to assess forced labor risk in its supply chain.
- FY2024 supplier assessment result: 100% of assessed suppliers met Nissan’s social standards and basic environmental principles
- Third-party supplier sustainability assessment: active since 2016; covers human rights, environmental issues, and corrective action plans
- NSP2030 (launched March 2024): formal mid-term social action plan covering human rights, labor, and community engagement
- IOM partnership (since FY2023): targeted assessment of migrant worker forced labor risk in the supply chain
- Nissan CSR Guidelines for Suppliers (revised 2023): binding standards for all global suppliers on human rights, environment, and responsible minerals
- Conflict minerals: supply chain monitoring for minerals with harmful social or human rights effects; active cessation program when concerns identified
Nutrition and Health
Nissan’s product portfolio is confined to automobiles, light commercial vehicles, and motorcycles, with no intersection with food or nutrition systems. Its public health contribution operates through tailpipe emission reduction, particularly through the LEAF (the world’s first mass-market EV, launched in 2010) and the expanding e-POWER hybrid lineup, which collectively reduce NOx, particulate matter, and CO2 in urban environments where Nissan vehicles are most concentrated. Nissan’s Traffic Safety programs and its NSP2030 social commitments for workforce and community health represent its primary social health contributions.
- Nissan LEAF: world’s first mass-market EV (launched 2010); tailpipe-zero urban mobility
- e-POWER hybrid lineup: reduces urban NOx and CO2 vs conventional ICE models
- Air quality: management of vehicle emissions (non-tailpipe) and VOC at manufacturing sites is a formal NGP2030 objective
- In-cabin VOC: compliance with Nissan’s in-cabin VOC standard is a formal NGP2030 objective
- Dedicated nutrition strategy: not applicable to Nissan’s value chain
Community and Social Impact
Nissan employs approximately 133,000 people globally and is undertaking its most significant restructuring in two decades, having announced in May 2025 the closure of seven manufacturing plants and the elimination of 20,000 jobs worldwide following a net loss of ¥670.9 billion ($4.5 billion) in FY2024. The NSP2030 Just Transition commitment formally designates workforce welfare and community impact management as a strategic social responsibility, but the scale and pace of the May 2025 restructuring announcement represents the most material Just Transition challenge Nissan has faced since its Renault-led recovery in 1999. Nissan Casting Australia’s Nissan Node circular economy project directly benefits the Dandenong manufacturing community through new solar infrastructure, second-life battery deployment, and on-site EV charging for workers.
- Global workforce (FY2024): approximately 133,000 people
- Restructuring (May 2025): closure of 7 plants; 20,000 job eliminations; production capacity reduction of 20%
- Net loss (FY2024): ¥670.9 billion ($4.5 billion)
- NSP2030: formal social action plan covering community and workforce welfare
- Nissan Node (Australia, December 2025): second-life LEAF batteries, solar, and EV charging for workers at Dandenong plant
- IOM partnership: migrant worker protection in supply chain
Governance and Transparency
Nissan published its inaugural Integrated Report in July 2024, combining financial and ESG disclosure for the first time, alongside the annual Sustainability Data Book. ESG governance is managed through Nissan’s Board of Directors and Sustainability Committee, with the Chief Sustainability Officer (Joji Tagawa as of 2024) holding executive responsibility for NGP2030 and NSP2030 delivery. The company reports under GRI Standards, TCFD, the UN Global Compact, and SBTi, with third-party verification of GHG data and water data provided by a qualified external verifier.
- Inaugural Integrated Report: published July 2024; combines financial and ESG data for the first time
- ESG governance: Board of Directors and Sustainability Committee; Chief Sustainability Officer responsibility for NGP2030 and NSP2030
- Reporting frameworks: GRI Standards, TCFD, UNGC, SBTi
- SBTi validation: Scope 1 and 2 absolute 30% by FY2030; Scope 3 product use 32.5% per vehicle-km by FY2030
- Third-party GHG and water data verification: active in Sustainability Data Book 2025
- Sustainability Data Book 2025: FY2024 data published July 2025
Technology and Innovation
Nissan’s Nissan Node project at Nissan Casting Australia Plant, unveiled in December 2025, is the most recent physical demonstration of the company’s second-life battery circular economy technology, combining first-generation LEAF packs, solar panels, and an energy storage system to reduce manufacturing CO2 by 259 tonnes per year and save 128 MWh per year. The Arc business plan, launched in March 2024, commits to a 30% reduction in the cost of next-generation EVs, with EV and ICE cost parity targeted by FY2030 through grouped “family” platform development and production starting from FY2027. Nissan’s e-POWER hybrid technology, which uses a dedicated engine solely to generate electricity for an electric motor with no mechanical connection to the wheels, delivers significant urban CO2 and NOx reductions without requiring a charging infrastructure that many markets do not yet have.
- Nissan Node (December 2025): 9 first-generation LEAF battery packs + solar array at NCAP Dandenong; 259 tCO2 annual reduction; 128 MWh annual saving
- Second-life LEAF battery programs: Tennessee US HQ (50 to 60 packs, peak-shaving), Enel-Loccioni Italy (4 MW / 1.7 MWh backup), Nissan Node Australia
- The Arc EV cost reduction target: 30% cost reduction for next-generation EVs; EV-ICE parity by FY2030
- Next-generation EV family development: grouped platform production starting FY2027
- e-POWER hybrid: engine used exclusively as generator for electric motor; no charging infrastructure needed
- Energy management function equipped rate for EVs: 100% in Japan, US, and Europe by FY2030
Global Partnerships and Advocacy
Nissan is a member of the Responsible Business Alliance (RBA), the Responsible Minerals Initiative (RMI), and the International Organization for Migration (IOM) supply chain partnership, connecting its procurement and human rights commitments to multilateral ethical sourcing and forced labor verification standards. The partnership with Enel and Loccioni on the second-life LEAF battery project in Italy, and with Nissan Australia on the Nissan Node project, represent Nissan’s active external partnerships for circular economy and energy technology deployment. The Renault-Nissan-Mitsubishi Alliance provides shared technology platforms, including the CMF-EV common modular platform, that support Nissan’s electrification cost reduction and sustainability scale-up goals.
- RBA and RMI: active memberships for supply chain human rights and responsible minerals
- IOM partnership (since FY2023): migrant worker forced labor due diligence in supply chains
- Enel and Loccioni (Italy): second-life LEAF battery backup power partnership
- Nissan Node (Australia): circular battery economy with onsite solar
- Renault-Nissan-Mitsubishi Alliance: CMF-EV platform for electrification cost parity by FY2030
- UN Global Compact: Ten Principles participant
Source
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/ASSETS/PDF/DB25_E_P024-033.pdf
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/ASSETS/PDF/DB25_E_P140-161.pdf
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/ASSETS/PDF/DB25_E_P084-088.pdf
https://global.nissannews.com/en/releases/240731-01-e
https://ditchcarbon.com/organizations/nissan
https://autotalk.com.au/industry-news/nissan-reuses-old-leaf-batteries-to-power-australian-ev-component-plant
https://ev.com/news/nissan-repurposes-leaf-ev-batteries-for-energy-storage-project-at-u-s-headquarters
https://canada.nissannews.com/en-CA/releases/from-cars-to-communities-a-new-life-for-repurposed-leaf-batteries
Progress vs. Target Tracker
Source
https://ditchcarbon.com/organizations/nissan
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2024/ASSETS/PDF/DB24_E_P143-158.pdf
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/ASSETS/PDF/DB25_E_P024-033.pdf
https://global.nissannews.com/en/releases/240731-01-e
https://www.nissan-global.com/EN/SUSTAINABILITY/ENVIRONMENT/GREENPROGRAM/
Key Sustainability Innovations and Technologies
Nissan’s sustainability innovation portfolio is anchored by three distinctive programs: the world’s most mature second-life EV battery circular economy deployment (across Tennessee, Italy, and Australia), an SBTi-validated dual target covering both absolute Scope 1 and 2 reductions and Scope 3 use-phase intensity reductions, and the Arc plan’s 30% EV cost reduction commitment, which is the most specific EV cost parity target published by any Japanese automaker for FY2030.
- Nissan LEAF second-life battery ecosystem: Nissan operates three confirmed second-life LEAF battery deployments across three continents: Tennessee US HQ energy peak-shaving system (50 to 60 first-generation LEAF packs), Enel-Loccioni Italy backup power system (4 MW / 1.7 MWh from repurposed LEAF batteries), and Nissan Node at Nissan Casting Australia Plant (9 first-generation LEAF packs, solar array, 259 tCO2 annual reduction, 128 MWh annual saving, launched December 2025); this is the most geographically distributed real-world second-life battery program in the automotive sector
- SBTi dual-validated climate targets: Nissan is one of the few automakers to hold simultaneous SBTi validation for both an absolute Scope 1 and 2 reduction target (30% by FY2030 from FY2018) and a Scope 3 product use intensity target (32.5% CO2 reduction per vehicle-km globally by FY2030 from FY2018; 50% in four major markets), providing a fully validated pathway across manufacturing and product use simultaneously
- e-POWER hybrid technology: Nissan’s proprietary series hybrid system, where the internal combustion engine functions exclusively as an electricity generator with no mechanical wheel connection, delivers near-EV levels of urban fuel efficiency and emission reduction without requiring charging infrastructure; the system is central to Nissan’s FY2030 50% per-vehicle driving CO2 reduction target in markets where full BEV adoption is constrained by charging access
- Arc plan 30% EV cost reduction: The Arc business plan commits to a 30% reduction in the cost of next-generation EVs through grouped “family” platform development, with production starting from FY2027 and EV-ICE cost parity targeted by FY2030; this is the most specific and time-bound EV cost parity commitment among the major Japanese automakers
- Sustainable materials 40% target by FY2030: Nissan’s NGP2030 commits to 40% sustainable material content (recycled, recycled-carbon-neutral, and bio-based) in vehicles in Japan, US, Europe, and China by FY2030, with green steel and green aluminum as priority categories in collaboration with its supply chain
Source
https://autotalk.com.au/industry-news/nissan-reuses-old-leaf-batteries-to-power-australian-ev-component-plant
https://ev.com/news/nissan-repurposes-leaf-ev-batteries-for-energy-storage-project-at-u-s-headquarters
https://canada.nissannews.com/en-CA/releases/from-cars-to-communities-a-new-life-for-repurposed-leaf-batteries
https://ditchcarbon.com/organizations/nissan
https://global.nissannews.com/en/releases/240731-01-e
https://www.nissan-global.com/EN/SUSTAINABILITY/ENVIRONMENT/GREENPROGRAM/
Measurable Impacts
Nissan’s Sustainability Data Book 2025, Sustainability Data Book 2024, ESG Data supplement to the Integrated Report 2024, and the company’s climate and responsible sourcing disclosures through FY2024 provide the consolidated sustainability performance record.
- Total GHG emissions (FY2024): approximately 155.0 billion kg CO2e, down from 160.1 billion kg CO2e in FY2023
- Scope 1 emissions (FY2024): 442 million kg CO2e
- Scope 2 emissions (FY2024): 1,080 million kg CO2e
- Scope 3 emissions (FY2024): approximately 153.5 billion kg CO2e
- Scope 1 and 2 per vehicle produced (FY2024): 0.64 tCO2/vehicle
- Logistics CO2 per vehicle produced (FY2024): 0.54 tonnes, up from 0.53 in FY2023 and 0.48 in FY2022
- Average CO2 (Europe, FY2024): 119 g-CO2/km
- Renewable energy at production sites (FY2024): 215,351 MWh, down from 239,875 MWh in FY2023
- FY2024 supplier assessment: 100% of assessed suppliers met social and environmental standards
- Nissan Node (Australia, December 2025): 259 tCO2 annual reduction; 128 MWh annual energy saving
- Net loss (FY2024): ¥670.9 billion ($4.5 billion)
- Restructuring (May 2025): 7 plants closing; 20,000 jobs eliminated; 20% production capacity reduction
- SBTi validation: Scope 1 and 2 (30% by FY2030) and Scope 3 product use intensity (32.5% per vehicle-km by FY2030)
Source
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2025/
https://ditchcarbon.com/organizations/nissan
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2024/ASSETS/PDF/DB24_E_P143-158.pdf
https://autotalk.com.au/industry-news/nissan-reuses-old-leaf-batteries-to-power-australian-ev-component-plant
https://global.nissannews.com/en/releases/240731-01-e
Challenges and Areas for Improvement
Nissan’s most critical sustainability challenge entering FY2026 is the interaction between its financial restructuring and its sustainability commitments. The May 2025 announcement of seven plant closures and 20,000 job eliminations, following a net loss of ¥670.9 billion in FY2024, creates direct risks to the NGP2030 capital investment pipeline, the Arc EV cost parity program, and the NSP2030 Just Transition commitments. The renewable energy figures at production sites already declined in FY2024 to 215,351 MWh from 239,875 MWh in FY2023, reflecting production volume reductions, and further plant closures are likely to compress both the denominator and the numerator of Nissan’s per-vehicle sustainability metrics.
- Financial crisis: ¥670.9 billion ($4.5 billion) net loss in FY2024; 7 plants closing; 20,000 jobs eliminated
- Just Transition risk: May 2025 restructuring is the most material workforce and community impact event in Nissan’s modern sustainability history; NSP2030 commitment tested
- Renewable energy at production sites declining: 215,351 MWh in FY2024 vs 239,875 MWh in FY2023; no percentage target published
- e-POWER ratio decline (FY2024): decline in e-POWER sales mix caused a slight increase in average CO2 emissions in Europe, putting the 32.5% Scope 3 per-vehicle-km target at risk
- Logistics CO2 per vehicle rising: 0.54 tonnes in FY2024 vs 0.53 in FY2023 and 0.48 in FY2022
- Arc EV family platform delayed: grouped platform production starts FY2027; five-year gap to FY2030 parity target is narrow in the context of restructuring
- No renewable energy percentage target: unlike Honda, Toyota, and Volkswagen, Nissan has not published a percentage renewable energy target for total manufacturing electricity
- Biodiversity quantified targets: NGP2030 nature commitment active but no quantified biodiversity metrics published
- Sustainable materials at approximately 30% (FY2023 baseline): a 10 percentage point increase to 40% by FY2030 requires material supply chain transformation in green steel and green aluminum within a restructuring context
Source
https://global.nissannews.com/en/releases/250513-01-e
https://www.bloomberg.com/news/articles/2025-05-13/nissan-skips-profit-guidance-shuts-factories-as-crisis-deepens
https://gmk.center/en/news/nissan-to-close-seven-plants-and-cut-20-thousand-jobs/
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2024/ASSETS/PDF/DB24_E_P143-158.pdf
https://ditchcarbon.com/organizations/nissan
Future Plans and Long-Term Goals
Nissan’s published commitments span FY2027, FY2030, and 2050, anchored in NGP2030, NSP2030, and The Arc business plan.
- Arc EV family platform production: starting FY2027
- EV and ICE cost parity: FY2030
- 30% absolute Scope 1 and 2 GHG reduction from FY2018: FY2030 (SBTi-validated)
- 52% manufacturing CO2 reduction per vehicle produced from FY2018: FY2030
- 32.5% reduction in CO2 per vehicle-km globally from FY2018: FY2030 (SBTi-validated)
- 50% reduction in per-vehicle driving CO2 in 4 major markets: FY2030
- 30% lifecycle CO2 reduction per vehicle from FY2018: FY2030
- 40% sustainable material content in Japan, US, Europe, and China: FY2030
- Zero manufacturing sites with high water risk: FY2030
- 100% energy management function in EVs sold in Japan, US, and Europe: FY2030
- Zero water impact and zero water risk at all manufacturing sites: 2050
- Carbon neutrality across full vehicle lifecycle and all business activities: 2050
Relative to Honda and Toyota, Nissan leads on the specificity of its dual SBTi-validated targets (covering both absolute Scope 1 and 2 and Scope 3 product use intensity simultaneously), on the maturity of its second-life EV battery circular economy program (three continents, three deployments active), and on the granularity of its per-vehicle CO2 intensity disclosure. Toyota leads on multi-pathway technology breadth and SBTi manufacturing target validation. Honda leads on Scope 1 and 2 absolute reduction pace (47.5% vs FY2020) and on the completeness of its zero-resource-intake 2050 vision.
Source
https://www.nissan-global.com/EN/SUSTAINABILITY/ENVIRONMENT/GREENPROGRAM/
https://global.nissannews.com/en/releases/240731-01-e
https://ditchcarbon.com/organizations/nissan
Comparisons to Industry Competitors
Nissan is compared below against Honda Motor Co. and Toyota Motor Corporation, the two Japanese automakers with directly comparable scale and published verifiable FY2024 to FY2025 ESG data.
Nissan leads this comparison on SBTi validation completeness (both absolute Scope 1 and 2 and Scope 3 product use intensity simultaneously validated), on the real-world maturity of its second-life EV battery circular economy deployment (three continents, three operational projects), and on the specificity of its per-vehicle CO2 intensity manufacturing target (52% per vehicle produced by FY2030). Honda leads on Scope 1 and 2 absolute reduction pace and on renewable energy growth rate. Toyota leads on manufacturing renewable energy share and on multi-pathway technology breadth including hydrogen. Nissan lags all three peers on financial stability, which is the most material risk to its sustainability capital investment pipeline through FY2030.
Source
https://www.toyota.com/usa/environmentalsustainability/goals-and-targets
https://tracenable.com/company/honda-motor/ghg-emissions
https://ditchcarbon.com/organizations/nissan
https://sustainabilityonline.net/news/honda-achieves-47-5-reduction-in-emissions-from-corporate-activities/
https://global.nissannews.com/en/releases/240731-01-e
What to Watch: 12 to 18 Month Indicators
Three signals will most clearly indicate whether Nissan’s sustainability standing shifts materially over the next 12 to 18 months.
First: Restructuring impact on NGP2030 capital allocation and renewable energy investment. Nissan’s May 2025 announcement of seven plant closures and 20,000 job cuts, following a ¥670.9 billion net loss, is the single most consequential near-term event for the credibility of its sustainability investment pipeline. The Sustainability Data Book 2026, expected July 2026, will be the first full-year disclosure after the restructuring announcement and will reveal whether NGP2030 capital budgets have been protected, reduced, or deferred. Any confirmed continuation of renewable energy procurement PPAs, sustainable materials procurement programs, and circular battery investments at pre-restructuring levels would confirm that sustainability commitments are structurally ring-fenced. A decline in renewable energy at manufacturing sites for a second consecutive year, combined with delays to the Arc EV family platform, would confirm that the financial crisis is directly compromising sustainability delivery.
Second: Arc EV family platform production confirmation and FY2030 cost parity credibility. The Arc plan commits to grouped “family” platform EV production starting from FY2027, with EV and ICE cost parity targeted by FY2030. The FY2026 Annual and Integrated Report will be the natural confirmation point for whether the FY2027 production start date is on track or has been deferred as part of the restructuring. Any confirmed production start date for the first Arc family EV model at a named facility would demonstrate that the EV electrification strategy has survived the financial crisis structurally intact. A further delay to FY2028 or beyond would make the FY2030 50% per-vehicle driving CO2 reduction target for major markets structurally unachievable.
Third: e-POWER sales mix recovery and European CO2 trajectory. In FY2024, a decline in the e-POWER sales ratio caused a slight increase in average CO2 emissions in Europe, registering at 119 g-CO2/km and putting the SBTi-validated 32.5% Scope 3 per-vehicle-km target at risk. The Sustainability Data Book 2026 will confirm whether the e-POWER ratio has recovered in FY2025, and whether the FY2030 Scope 3 product use trajectory is converging. Any confirmed e-POWER sales rebound combined with the launch of new BEV models in Europe would indicate the product-level decarbonization path is recovering. A second consecutive year of CO2 intensity increase in the major markets would confirm that Nissan’s Scope 3 SBTi-validated target is at structural risk, a significant governance exposure given the formal SBTi validation already secured.
Source
https://www.bloomberg.com/news/articles/2025-05-13/nissan-skips-profit-guidance-shuts-factories-as-crisis-deepens
https://gmk.center/en/news/nissan-to-close-seven-plants-and-cut-20-thousand-jobs/
https://global.nissannews.com/en/releases/250513-01-e
https://www.nissan-global.com/EN/SUSTAINABILITY/LIBRARY/SR/2024/ASSETS/PDF/DB24_E_P143-158.pdf
https://ditchcarbon.com/organizations/nissan
Nissan enters FY2026 as a company with one of the most technically credible sustainability frameworks in Japanese automotive, anchored by the only dual SBTi-validated climate target set among its domestic peers and by the most operationally mature second-life EV battery circular economy program in the global automotive sector, spanning Tennessee, Italy, and Australia. The NGP2030 framework is architecturally sound, the targets are specific and independently validated, and the Nissan Node project in December 2025 demonstrates that circular economy execution is continuing even during the financial crisis. The 100% supplier social and environmental compliance rate in FY2024 and the IOM migrant worker partnership confirm that Nissan’s social governance execution has not been compromised at the supplier level.
The financial crisis is the overriding sustainability risk. A ¥670.9 billion net loss, seven plant closures, 20,000 job eliminations, and a company that declined to provide FY2025 operating profit guidance collectively represent the most acute sustainability governance test Nissan has faced in its modern history. The renewing of the e-POWER CO2 increase in FY2024, the declining renewable energy at production sites for the second consecutive year, and the absence of a renewable energy percentage target all point to a sustainability investment pipeline under structural pressure. The Just Transition commitment of NSP2030 is now directly tested by the scale of workforce reduction, and how Nissan manages community impact across the seven closing plants will be the most consequential social sustainability outcome of FY2026.
The three strategic takeaways for practitioners benchmarking or replicating this approach are:
- Dual SBTi validation covering Scope 1 and 2 absolute reduction and Scope 3 product use intensity simultaneously is the most governance-complete climate target architecture available to product manufacturers: Nissan’s simultaneous SBTi-validated commitments for manufacturing emissions and for product lifecycle use-phase emissions per vehicle-km represent a target design that closes the most common gap in corporate climate commitments, where companies reduce factory emissions while product portfolio emissions grow. For any manufacturer where use-phase dominates the lifecycle footprint (as Scope 3 Cat. 11 does for Nissan), this dual-validation model is the most credible public commitment structure and directly answers investor scrutiny of Scope 3 management.
- Second-life battery programs deliver circular economy credibility faster than new technology investments: Nissan’s three-continent LEAF second-life deployment (Tennessee, Italy, Australia) demonstrates that operationally proven second-life battery circular economy value can be extracted from existing end-of-life product streams with moderate capital investment and high community visibility. The Nissan Node Australia project, reducing 259 tCO2 per year and saving 128 MWh annually at a single casting plant, illustrates that circular economy projects can simultaneously deliver measured emissions reductions, community energy benefits, and worker EV charging infrastructure, all from batteries that would otherwise be landfilled.
- Financial stability is a prerequisite for sustainability commitment credibility: Nissan’s experience in FY2024 and FY2025 demonstrates that even the most technically sound and SBTi-validated sustainability framework cannot deliver on its commitments if the underlying business model is generating multi-billion-dollar losses. For sustainability practitioners who benchmark against Nissan’s NGP2030 framework, the lesson is that governance structures that ring-fence sustainability capital budgets from general corporate restructuring, through dedicated ESG financing mechanisms, green bonds, or sustainability-linked debt, are essential for ensuring that economic cycles do not repeatedly interrupt the long-term investment programs on which 2030 and 2050 targets depend.
