The Nissan Leaf is one of the most widely adopted battery-electric car nameplates, with Nissan reporting approximately 700,000 cumulative global sales by the end of March 2024. Its statistics span several test cycles, generations, markets and vehicle derivatives, so each figure below identifies its period, geography and definition.
Key Nissan Leaf Statistics
The most useful headline figures are:
- More than 500,000 Nissan Leafs had been sold worldwide by December 2020, according to Nissan’s cumulative milestone.
- Approximately 700,000 Nissan Leafs had been sold globally by the end of March 2024, a rounded cumulative Nissan figure.
- The Leaf was being driven in 59 markets by December 2020, marking Nissan’s reported distribution footprint.
- The 2011 Japan-specification Leaf used a 24 kWh battery and had a 200 km JC08 range, measured for model year 2011.
- The 2018 Japan-specification Leaf used a 40 kWh battery and had a 400 km JC08 range, measured for model year 2018.
- The 2019 Leaf e+ used a 62 kWh battery, representing 55% more capacity than the preceding version.
- The 2019 Leaf e+ had a stated range of 458 km, with the cited Nissan passage not specifying the test cycle.
- The current Nissan Japan B7 X grade page lists a 78 kWh battery, based on a page accessed in October 2026.
- The same B7 X grade is listed with a 702 km WLTC range, a certified filing value on Nissan’s Japan page.
- The MY2020 U.S. Leaf 62 kWh EV had 226 miles of EPA electric range, from EPA’s example table.
- The MY2020 U.S. Leaf 62 kWh EV consumed 31 kWh per 100 miles, including wall-to-vehicle charging losses in EPA’s table notes.
- The MY2020 U.S. Leaf 62 kWh EV was rated at 108 MPGe overall, using EPA’s gasoline-equivalent energy metric.
- The MY2020 U.S. Leaf had zero grams per mile of tailpipe CO2, a tailpipe-only measure.
- Nissan’s 2010 plan totaled 250,000 annual Leaf vehicle capacity, combining planned sites in Japan, the United States and the United Kingdom.
- Nissan’s 2010 plan targeted up to 500,000 batteries per year across five plants, for the broader alliance battery program.
- Nissan reported about 1,500 Leaf to Home systems sold in Japan by the end of June 2013, a related energy product rather than vehicle sales.
- Nissan reported no serious battery-caused accidents through March 31, 2022, a company-reported safety observation.
- The 2018 road-going Leaf motor produced 110 kW and 320 Nm, according to Nissan’s technical review.
- The second-generation Leaf NISMO RC produced 240 kW and 640 Nm in 2018, describing a racing derivative rather than a consumer Leaf.
Contents
- Nissan Leaf sales and adoption statistics
- Nissan Leaf battery, range and power trends
- Nissan Leaf EPA efficiency and emissions data
- Nissan Leaf production capacity and manufacturing footprint
- Nissan Leaf ownership, energy use and safety statistics
- Nissan Leaf technology and performance statistics
Nissan Leaf Sales and Adoption Statistics
Nissan’s sales milestones describe cumulative worldwide adoption, not a consistent annual registration series. The wording also changes between exact, rounded, near and “more than” milestones, so the figures should be read as company-reported markers rather than an audited year-by-year dataset.
| Period | Nissan-reported milestone | Definition and geography |
|---|---|---|
| 2014 | More than 100,000 | Cumulative vehicles sold worldwide |
| 2015 | Close to 200,000 | Cumulative vehicles sold worldwide; approximate |
| Early 2018 | More than 300,000 | Vehicles on roads worldwide; estimated stock wording |
| 2019 | More than 400,000 | Customers who had bought a Leaf worldwide; cumulative |
| Fiscal 2019 | Approximately 470,000 | Cumulative global Leaf sales |
| December 2020 | More than 500,000 | Cumulative worldwide sales |
| March 31, 2022 | 580,000 | Cumulative worldwide sales |
| End of March 2024 | Approximately 700,000 | Cumulative global sales |
Source: A decade of innovation – the LEAF’s incredible journey.
By December 2020, Nissan said the Leaf was being driven in 59 markets worldwide. That is a distribution-footprint measure, not a count of national registration databases or an estimate of active vehicles.
The early-2018 milestone refers to more than 300,000 vehicles on roads, while other milestones refer to vehicles sold or customers. Those populations are related but not interchangeable: vehicles can remain in use, leave service or change ownership after delivery.
Nissan Leaf Battery, Range and Power Trends
The Leaf’s battery and stated-range figures increased across the Japan specifications listed in Nissan’s technical review. JC08 values are Japanese test-cycle results and should not be compared directly with EPA or WLTC figures.
| Model year | Battery | Stated range | Motor maximum |
|---|---|---|---|
| 2011 | 24 kWh | 200 km JC08 | 80 kW |
| 2013 | 24 kWh | 228 km JC08 | 80 kW |
| 2016 | 30 kWh | 280 km JC08 | 80 kW |
| 2018 | 40 kWh | 400 km JC08 | 110 kW |
Source: Nissan Technical Review No. 82 (2018): All-new 2018 MY Nissan LEAF.
Nissan’s historical product account also gives several engineering changes:
- The 2012 upgrade reached 228 km of stated range, although the cited historical figure has different test-cycle context by market.
- The 2012 powertrain reduced volume by 30% and mass by 10% versus the preceding powertrain, based on Nissan’s comparison.
- At the 2017 launch, Nissan said the 110 kW motor output was 38% higher and the 320 Nm torque was 26% higher than the prior generation.
- The 2017-generation battery had 67% more energy density than the 2010 model, although the cited company comparison does not supply density units.
- The 2019 Leaf e+ used a 62 kWh battery, 55% more capacity than the preceding version, and had a stated range of 458 km.
Source for the historical product comparisons: A decade of innovation – the LEAF’s incredible journey.
A current Nissan Japan battery page accessed in October 2026 lists the B7 X grade with a 78 kWh battery and a 702 km WLTC range. Nissan identifies the range as a certified filing value, and the page’s model-year and market availability should be checked before treating it as a general Leaf specification.
Source: LEAF lithium-ion battery performance / charging performance.
Nissan Leaf EPA Efficiency and Emissions Data
EPA label figures provide a separate U.S. measurement framework. The MY2020 62 kWh example below includes charging losses and uses MPGe as an energy-equivalence measure, not gasoline fuel economy.
| U.S. EPA example | MY2020 Leaf 62 kWh EV | Measurement context |
|---|---|---|
| Electric range | 226 miles | EPA example table |
| Electricity use | 31 kWh/100 miles | Includes wall-to-vehicle charging losses |
| Overall efficiency | 108 MPGe | EPA gasoline-equivalent metric |
| Tailpipe CO2 | 0 g/mile | Tailpipe-only |
EPA explains the 108 MPGe value by dividing 33.705 kWh per gallon-equivalent by 0.31 kWh per mile. That is EPA’s conversion example, not an independently measured real-world road result.
EPA’s 2016 consumer example describes a different Leaf configuration:
- The combined rating was 114 MPGe, with 126 city MPGe and 101 highway MPGe.
- The electricity consumption value was 30 kWh per 100 miles.
- The total range was 84 miles.
These 2016 example values should not be merged with the MY2020 62 kWh figures. Likewise, zero tailpipe CO2 does not measure emissions from electricity generation or vehicle manufacturing.
Nissan Leaf Production Capacity and Manufacturing Footprint
Nissan’s 2010 Annual Report described planned annual vehicle capacity at three Leaf production locations. These are plans, not confirmed realized output.
| Planned site | Planned start | Leaf vehicle capacity |
|---|---|---|
| Oppama, Japan | 2010 | 50,000 vehicles/year |
| Smyrna, Tennessee, United States | 2012 | 150,000 vehicles/year |
| Sunderland, United Kingdom | 2013 | 50,000 vehicles/year |
The three planned figures total 250,000 Leaf vehicles per year across Japan, the United States and the United Kingdom. The sum is a calculation from Nissan’s stated plans and should not be treated as production achieved.
Source: Annual Report 2010.
The same 2010 plan targeted up to 500,000 battery packs per year across five plants in the broader Nissan/Renault-Nissan program. The battery plan is not equivalent to Leaf vehicle output, because it covers a wider alliance manufacturing strategy.
| Planned battery site | Planned capacity |
|---|---|
| Sunderland, United Kingdom | 60,000 units/year |
| Smyrna, United States | 200,000 units/year |
| Flins, France | 100,000 units/year |
| Aveiro, Portugal | 50,000 units/year |
The cited plan identifies five plants and a global target of 500,000 battery packs per year; the listed site figures are planned capacities, not historical production results.
Nissan Leaf Ownership, Energy Use and Safety Statistics
Ownership-related figures include both the vehicle and a related home-energy product. Keeping those populations separate matters when interpreting adoption.
Nissan’s 2013 Annual Report said about 1,500 Leaf to Home systems had been sold in Japan by the end of June 2013. This is a related energy-system product, not a count of Leaf vehicles sold.
The Leaf’s 30 kWh battery, described in Nissan’s 2015 history, could charge to 80% in the same time as its predecessor. Nissan did not provide an absolute number of minutes in the cited passage, so the statistic is a relative charging-time comparison rather than a duration.
Nissan also reported no serious battery-caused accidents in its sustainability discussion through March 31, 2022. This is Nissan’s company-reported safety observation, not a regulator-maintained global incident database or a claim that every safety event was absent.
In the 2012 upgrade, Nissan linked the 10% powertrain mass reduction with lower consumption that enabled heated seats and a heated steering wheel. The quantified measure is the mass reduction; the feature description does not quantify energy savings.
Nissan Leaf Technology and Performance Statistics
Nissan’s technical review shows how the road-going Leaf powertrain changed from 2011 through 2018. The same table lists 80 kW for the 2013 and 2016 models, while torque changed from the 2011 specification.
| Model year | Motor power | Motor torque | Inverter maximum current | Inverter mass |
|---|---|---|---|---|
| 2011 | 80 kW | 280 Nm | 340 Arms | 16.8 kg |
| 2013 | 80 kW | 254 Nm | 282 Arms | 15.3 kg |
| 2016 | 80 kW | 254 Nm | 282 Arms | Not stated in supplied comparison |
| 2018 | 110 kW | 320 Nm | 456 Arms | 11.4 kg |
Source: Nissan Technical Review No. 82 (2018): All-new 2018 MY Nissan LEAF.
The inverter figures indicate a lighter 2018 component than the 2011 and 2013 entries in the supplied technical comparison, while the 2018 maximum current is higher. These are component specifications, not direct measures of vehicle acceleration or driving efficiency.
The second-generation Leaf NISMO RC must be separated from the road-going model. Nissan reported 240 kW, 640 Nm, a 1,220 kg mass and 3.4 seconds from 0 to 100 km/h for this 2018 motorsport derivative.
Source: A decade of innovation – the LEAF’s incredible journey.
Those NISMO RC values describe a racing vehicle and should not be used as consumer Leaf performance statistics. Together, the road-car and motorsport figures illustrate the breadth of products carrying the Leaf name, but they represent different vehicles, purposes and measurement contexts.