Nissan’s electric-car story spans more than 1,000,000 electric vehicles sold worldwide by FY2023, model-specific sales in Japan and Europe, and U.S. EPA measurements for the LEAF and ARIYA. The figures below distinguish battery-electric vehicles, electrified-model targets, calendar years and fiscal years, because those measures are not interchangeable.
Key Nissan Electric Car Statistics
The most useful headline figures are:
- In FY2023, more than 1,000,000 Nissan electric vehicles had been sold worldwide, including joint-venture sales.
- By December 2020, more than 500,000 Nissan LEAF cars had been bought worldwide, measured as cumulative global model sales.
- In 2014, LEAF cumulative sales surpassed 100,000 vehicles worldwide.
- In calendar 2023, Nissan sold 10,026 LEAF vehicles in Japan, down 21.3% from 2022.
- In calendar 2023, Nissan sold 7,634 ARIYA vehicles in Japan, up 132.4% from 2022.
- In calendar 2023, Nissan sold 37,140 SAKURA kei EVs in Japan, up 69.7% from 2022.
- In calendar 2024, Nissan sold 5,211 LEAF vehicles in Japan, down 48.0% from 2023.
- In calendar 2024, Nissan sold 2,612 ARIYA vehicles in Japan, down 65.8% from 2023.
- In calendar 2024, Nissan sold 11,844 LEAF vehicles in Europe, down 36.9% from 2023.
- For the 2024 U.S. model year, the LEAF SV PLUS had a 212-mile EPA-estimated combined range.
- For the 2024 U.S. model year, the ARIYA VENTURE+ FWD had a 304-mile EPA-estimated range.
- For the 2024 U.S. model year, the LEAF S used a 40 kWh battery, while the SV PLUS used 60 kWh.
- For the 2024 U.S. model year, the ARIYA VENTURE+ used an 87 kWh battery and 178 kW motor.
- In 2021, Nissan and partners announced an initial £1 billion EV36Zero investment in Sunderland, United Kingdom.
- The planned Sunderland battery giga-factory was specified at 9 GWh of annual production capacity, a forecast rather than measured output.
- EV36Zero represented 6,200 Nissan and UK supplier jobs in the 2021 project disclosure.
- Since September 2023, 100% of electricity used for quick charging at Nissan dealers and Nissan facilities in Japan has come from renewable sources.
- Nissan reported around 40 pilot vehicle-to-grid projects globally over the prior decade in a disclosure covering approximately 2016–2026.
- Nissan’s FY2030 Ambition 2030 target called for 27 new electrified models, including 19 battery-electric models, globally across Nissan and INFINITI.
- Nissan’s FY2030 target was a 55% global electrification mix across Nissan and INFINITI, using Nissan’s electrified-portfolio definition.
Contents
- Key Nissan Electric Car Statistics
- Nissan Electric-Car Scale and Historical Milestones
- Nissan EV Sales and Adoption by Market
- LEAF Range, Efficiency, Battery and Charging Statistics
- ARIYA Range, Efficiency, Performance and Charging Data
- Nissan EV Manufacturing, Batteries and Circularity
- Nissan Electrification Targets and Environmental Outcomes
Nissan Electric-Car Scale and Historical Milestones
Nissan’s corporate totals provide the broadest measure of scale, while LEAF milestones show how the company’s longest-running battery-electric nameplate developed. The measures below are cumulative, not annual production or sales totals.
- Nissan reported more than 1,000,000 electric vehicles sold worldwide by FY2023, including joint-venture sales. This is a Nissan-reported total across its electric-vehicle definition and is not a single-model figure. Nissan Motor Corporation Sustainability Data Book 2023
- Nissan reported that more than 500,000 LEAF electric cars had been bought worldwide through December 2020. This is cumulative global model sales, not calendar-year volume. A decade of innovation – the LEAF’s incredible journey
- LEAF cumulative sales surpassed 100,000 vehicles worldwide in 2014. That milestone should not be read as 100,000 sales during the 2014 calendar year. A decade of innovation – the LEAF’s incredible journey
The 2024 U.S. LEAF lineup illustrates the difference between trim specifications and fleet-wide averages:
| 2024 U.S. LEAF trim | Battery | Motor |
|---|---|---|
| S | 40 kWh | 110 kW |
| SV PLUS | 60 kWh | 160 kW |
These are manufacturer specifications for the 2024 model year, not average battery or motor values across Nissan’s global fleet. 2024 Nissan LEAF brochure
Nissan EV Sales and Adoption by Market
Nissan’s model tables show sharply different patterns by vehicle and market. Japan figures below are calendar-year model sales; the broader FY2023 regional totals use Nissan’s April–March fiscal reporting and include all Nissan vehicles, not EVs only.
| Market and period | Model | Sales | Change |
|---|---|---|---|
| Japan, CY2023 | LEAF | 10,026 | -21.3% vs CY2022 |
| Japan, CY2023 | ARIYA | 7,634 | +132.4% vs CY2022 |
| Japan, CY2023 | SAKURA | 37,140 | +69.7% vs CY2022 |
| Japan, CY2024 | LEAF | 5,211 | -48.0% vs CY2023 |
| Japan, CY2024 | ARIYA | 2,612 | -65.8% vs CY2023 |
| Europe, CY2024 | LEAF | 11,844 | -36.9% vs CY2023 |
The company identifies SAKURA as a Japan-market kei EV, so it is listed separately from LEAF and ARIYA. The sales source is Nissan’s model-sales reporting for December 2023 and December 2024. Nissan Sales, Production & Exports Results for December, 2023; Nissan Sales, Production & Exports Results for December, 2024
A separate monthly comparison recorded 1,853 LEAF vehicles sold in Europe in December 2023, down 55.5% from December 2022. Monthly results should not be compared directly with full-year totals. Nissan Sales, Production & Exports Results for December, 2023
For context, Nissan’s FY2023 all-vehicle retail sales were 484,000 in Japan, up 6.5% year over year, and 361,000 in Europe, up 17.2%. These are company-wide regional totals, not EV adoption rates. Global Sales Results
LEAF Range, Efficiency, Battery and Charging Statistics
The 2024 U.S. LEAF offers two battery-and-range configurations. EPA values are estimates for combined city and highway driving, while Nissan’s charging times are estimates under specified conditions.
| 2024 U.S. LEAF trim | Battery | EPA combined range | EPA combined MPGe |
|---|---|---|---|
| S | 40 kWh | 149 miles | 111 MPGe |
| SV PLUS | 60 kWh | 212 miles | 109 MPGe |
The EPA city/highway values were 123/99 MPGe for the S and 121/98 MPGe for the SV PLUS. MPGe uses the EPA convention of 33.7 kWh per gallon-equivalent, and real-world efficiency varies with conditions. 2024 Nissan LEAF brochure
Charging specifications add practical context:
- Nissan estimated that the LEAF S could reach 100% charge in about 7.75 hours on 240-volt AC.
- Nissan estimated that the LEAF SV PLUS could reach 100% charge in about 11 hours on 240-volt AC.
- On a 50 kW DC quick charger, Nissan estimated that the LEAF S could reach 80% in about 40 minutes.
- On a 100 kW DC quick charger, Nissan estimated that the LEAF SV PLUS could reach 80% in about 45 minutes.
Charging time varies with battery state, temperature and power source, so these are not universal session times. The 2024 LEAF measured 176.4 inches in overall length and had a 106.3-inch wheelbase. 2024 Nissan LEAF brochure
ARIYA Range, Efficiency, Performance and Charging Data
The 2024 U.S. ARIYA range spread reflects trim, drivetrain and battery configuration. EPA range and efficiency values below are not directly interchangeable with the LEAF’s figures because the trims and vehicle classes differ.
| 2024 U.S. ARIYA configuration | EPA range | EPA city/highway MPGe |
|---|---|---|
| VENTURE+ FWD | up to 304 miles | 111/95 |
| EVOLVE+ FWD | up to 289 miles | not stated here |
| ENGAGE FWD | up to 216 miles | 109/94 |
| ENGAGE Dual Motor AWD | up to 205 miles | 101/89 |
The VENTURE+ used an 87 kWh battery, a 178 kW motor and 238 horsepower. The ENGAGE Dual Motor AWD used a 63 kWh battery, 250 kW dual motors and 335 horsepower. 2024 Nissan ARIYA brochure
Nissan estimated the ENGAGE Dual Motor AWD’s 0-to-60 mph time at 5.1 seconds and estimated that the VENTURE+ FWD could reach 80% charge in 40 minutes with the specified quick-charge setup. The AWD configuration’s maximum stated towing capacity was 1,500 pounds.
Those performance and charging figures are manufacturer estimates or configuration limits. Battery temperature, state of charge, equipment and conditions can affect actual results. 2024 Nissan ARIYA brochure
Nissan EV Manufacturing, Batteries and Circularity
Nissan’s EV36Zero project linked vehicle production, renewable energy and battery production at Sunderland, United Kingdom. The initial 2021 disclosure described the project as a three-element ecosystem and included the following planned or estimated scale:
- Nissan and partners announced an initial £1 billion investment.
- The project represented 6,200 jobs at Nissan and its UK suppliers; this was a project employment figure, not necessarily realized current headcount.
- A planned AESC battery giga-factory was specified at 9 GWh of annual production capacity. This was planned capacity, not measured output.
Nissan Motor Corporation Sustainability Data Book 2024
Nissan said its EV ecosystem work drew on 10 years of battery repurposing and recycling expertise with 4R Energy in Japan through a February 2023 disclosure. The duration describes company-reported experience, not the number of batteries recycled. Long-term vision: Nissan Ambition 2030
Since September 2023, 100% of electricity used for quick charging at Nissan dealers in Japan and Nissan facilities has come from renewable sources. That metric applies to Nissan dealer and facility quick charging in Japan, not all public charging. Nissan Motor Corporation Sustainability Data Book 2024
Nissan also reported around 40 pilot vehicle-to-grid projects globally over the prior decade in a disclosure covering approximately 2016–2026. Pilot projects are not equivalent to commercial-scale deployment. The future of sustainable mobility
FY2023 global corporate emissions were 1.727 million tonnes of CO2 equivalent, comprising 1.266 million tonnes of Scope 2 and 462 thousand tonnes of Scope 1. These are corporate emissions, not vehicle lifecycle emissions or EV-only emissions. Nissan Motor Corporation Sustainability Data Book 2024
At Japanese dealerships, Nissan reported 89,000 bumpers removed in FY2023, representing 56% of the cited bumper stream. This is a broader material-circularity measure, not an EV-battery recycling statistic. Nissan Motor Corporation Sustainability Data Book 2024
Nissan Electrification Targets and Environmental Outcomes
Nissan’s targets changed across planning documents and use different denominators. The figures below are forecasts or corporate goals unless explicitly identified as observed.
| Plan or target | Measure | Period |
|---|---|---|
| Ambition 2030 | 27 new electrified models, including 19 battery-electric models | FY2030 |
| Ambition 2030 | 55% global electrification mix across Nissan and INFINITI | FY2030 |
| Integrated Report 2024 | 34 new electrified models | FY2024–FY2030 |
| Arc plan | 40% global EV model mix | FY2026 |
| Arc plan | 60% global EV model mix | FY2030 |
| Battery development | 50% increase in NCM battery energy density | FY2028 |
The 27-model/19-battery-electric-model framing comes from the Ambition 2030 page, while the 2024 integrated-report plan says 34 new electrified models between FY2024 and FY2030. These date-labeled plan figures differ and should not be merged into one realized product count. Long-term vision: Nissan Ambition 2030; Integrated Report 2024
Nissan’s environmental targets include a 30% reduction in product lifecycle CO2 emissions by 2030 from the 2018 level and a 32.5% reduction in new-vehicle CO2 emissions over the same baseline. For Japan, the United States and Europe together, the new-vehicle target was 50% by 2030 versus 2018. Climate Change
Nissan reported that new-vehicle use-stage emissions accounted for more than 80% of total lifecycle emissions as of 2025. That statement is lifecycle-accounting context for Nissan products, not a measured result for one EV model or proof of a specific EV-only reduction. Climate Change
The source notes distinguish BEV, e-POWER, PHEV and electrified-model mix definitions. They also distinguish calendar-year model tables from Nissan fiscal-year totals, and EPA estimates from manufacturer charging or performance estimates; no consumer cost-per-mile calculation is included because electricity prices and charging-loss inputs were not established.