Key facts
- The 2026 Nissan LEAF S+, SV+ and Platinum+ carry EPA ranges of 303, 288 and 259 miles respectively.
- Nissan lists J1772 AC and NACS DC fast charging ports on the U.S. 2026 LEAF.
- EPA kWh per 100 mile values for plug-in vehicles include charging losses, so cost estimates should not add the same losses twice.
Quick answer: For the U.S.-market 2026 Nissan LEAF, the three 75-kWh grades have different EPA-estimated ranges: 303 miles for S+, 288 miles for SV+ and 259 miles for Platinum+. Nissan’s published starting MSRPs are $29,990, $34,230 and $38,990, respectively, before destination, taxes and other charges. All three use a J1772 AC charging connection and a NACS DC fast-charging connection according to the manufacturer.
Those figures describe different trim configurations, not a guaranteed journey distance. The U.S. Department of Energy’s official FuelEconomy.gov vehicle entries also list differing energy consumption for the three wheel configurations. This independent buyer’s guide shows what the differences mean for range, electricity budgeting and real-world charging checks, using manufacturer and U.S. government evidence rather than an invented road test.
2026 Nissan LEAF S+ vs SV+ vs Platinum+: verified U.S. figures
| Metric | S+ | SV+ | Platinum+ |
|---|---|---|---|
| EPA-estimated combined range | 303 miles | 288 miles | 259 miles |
| EPA combined efficiency | 121 MPGe | 114 MPGe | 103 MPGe |
| EPA energy use | 28 kWh / 100 miles | 30 kWh / 100 miles | 33 kWh / 100 miles |
| Standard wheels | 18-inch steel with aero covers | 18-inch alloy | 19-inch alloy |
| Starting MSRP (USD) | $29,990 | $34,230 | $38,990 |
| Main screen configuration | Dual 12.3-inch | Dual 14.3-inch | Dual 14.3-inch |
Source separation: EPA range and wall-energy-use values are from the government fuel-economy database. Trims, equipment and MSRP are from Nissan USA’s specifications and the manufacturer’s pricing release. Published prices are not a dealer quote and may change.
Why is Platinum+ rated 44 miles below S+ with a 75-kWh battery?
The trims share the nominally specified 75-kWh lithium-ion battery, but EPA-rated consumption differs by configuration. The S+ is listed at 28 kWh per 100 miles with 18-inch steel wheels; the Platinum+ is listed at 33 kWh per 100 miles with 19-inch wheels. The result is a 44-mile EPA range difference between 303 and 259 miles.
Wheel and tire packages are one relevant difference, but it would be misleading to claim that the complete range difference is caused by wheel diameter alone. The tested vehicle configuration, tyres, equipment and test cycles all matter. The confirmed comparison is the published EPA-rated result; it is not a controlled test that isolates each design feature.
The SV+ is rated 15 miles below S+ and 29 miles above Platinum+. For someone making occasional long journeys, those differences may matter more than the brochure’s headline ‘up to 303 miles’. For a commuter with reliable charging, equipment and comfort features may matter more.
Charging hardware: two ports for two types of charging
Nissan specifies separate charging ports on the 2026 LEAF. The J1772 port handles compatible AC home and Level 2 public charging, while the North American Charging Standard (NACS) port is for compatible DC fast charging. Having both does not mean every charger at every site will work; check connector format, station access, network compatibility and vehicle instructions.
The manufacturer states a maximum DC charge rate of up to 150 kW and cites about 35 minutes for a 10%-to-80% charge at compatible fast-charging equipment under appropriate conditions. This is not a measured promise for every session. Battery temperature, state of charge, charger output and environmental conditions can extend the time.
The LEAF’s onboard AC charger is rated at 7.2 kW in Nissan’s press materials. A 240-volt home circuit and a charging station can support charging only when installed and operated within electrical and vehicle limits; a large charger nameplate does not override the car’s AC input limit. For general connector explanations, read our J1772, NACS and DC fast charging guide and EV ownership guides.
A useful charging cost comparison using EPA wall energy, not battery capacity
The EPA’s fuel-economy data pages specify that the kWh-per-100-mile ratings for plug-in vehicles include charging losses. This makes them practical inputs for a simple electricity-budget estimate. You do not need to add a second arbitrary charging-loss percentage to these already wall-based figures.
| U.S. trim | EPA kWh per 100 miles | At $0.18 per kWh, 100-mile energy | 12,000-mile annual energy bill* |
|---|---|---|---|
| S+ | 28 | $5.04 | $604.80 |
| SV+ | 30 | $5.40 | $648.00 |
| Platinum+ | 33 | $5.94 | $712.80 |
*All costs are arithmetic examples: EPA kWh per 100 miles x 120 x an assumed $0.18/kWh. They exclude taxes, demand charges, fixed utility fees, any public charging premium and seasonally variable consumption. Individual driving may differ materially from EPA estimates.
If your utility charges by time of use, use the rate that applies when you actually charge. For the full framework, see how to calculate home EV charging costs. Avoid estimating the utility bill from ’75 kWh / 303 miles’ because nominal battery capacity is not identical to the usable wall energy of a charging session.
What do the trim upgrades actually buy?
S+: Nissan lists 18-inch steel wheels with aero covers, ProPILOT Assist and dual 12.3-inch screens. This trim has the highest published EPA range of the three. Starting MSRP is $29,990.
SV+: Starting MSRP is $34,230, or $4,240 above S+ at the published base prices. Nissan lists 18-inch alloy wheels, dual 14.3-inch screens and available Google built-in services alongside additional equipment. EPA range is 288 miles.
Platinum+: Starting MSRP is $38,990, or $4,760 above SV+ and $9,000 above S+. Nissan lists 19-inch wheels, an electrically dimming panoramic roof and its Bose Personal Plus system with 10 speakers. EPA range is 259 miles. The choice is a comfort-and-features tradeoff, not simply a claim that one trim is universally best.
Feature availability, software terms, service subscriptions, options and final prices should be confirmed using the current official trim configurator and an actual U.S. vehicle’s documentation before purchase.
Does the 2026 LEAF support powering devices?
Nissan lists vehicle-to-load (V2L) capability of up to 1,500 watts with a required adapter for the exterior J1772 port. Some interior outlets and related equipment depend on trim. V2L should not be confused with automatically approved home backup power or a grid-interconnection system. Follow the vehicle and accessory instructions, and never improvise an electrical connection to household wiring.
Before deciding on a 2026 LEAF: eight checks
- Pick a trim, not a headline. The ‘up to 303 miles’ claim belongs to the S+ configuration; check the precise EPA number for the vehicle on offer.
- Verify your actual daily trip. Compare miles driven with conservative real-world buffers for climate, terrain, motorway speed and detours.
- Check parking and AC charging access. Confirm electrical work, cable routing, permissions and cost before purchase, particularly in apartment buildings.
- Review DC charging sites. Ensure network access, connector compatibility and a backup stop on routes you drive frequently.
- Request an itemised purchase quotation. Starting MSRP excludes taxes, title, registration and destination; dealer prices may vary.
- Check equipment and options on the exact vehicle. Heated seats, battery-related options, larger screens and special charging features vary by grade.
- Read EPA values correctly. MPGe is an energy-equivalence rating, not miles driven on a gallon of gasoline in an electric vehicle.
- Review warranties and safety documentation. Ask the manufacturer or dealer for the current warranty booklet, recall information and charging equipment instructions.
Frequently asked questions: 2026 Nissan LEAF
Which 2026 LEAF has the longest EPA range?
The S+ at 303 miles combined, compared with 288 miles for SV+ and 259 miles for Platinum+, per U.S. EPA listings.
Do all three U.S. trims have a 75-kWh battery?
Nissan publishes a 75-kWh lithium-ion battery for S+, SV+ and Platinum+. That is the nominal published pack figure; it is not a promise of identical usable wall energy.
Can the LEAF use any Tesla Supercharger?
No universal access guarantee should be assumed. Nissan says NACS fast charging increases access to compatible sites; verify the specific Supercharger’s vehicle and connector support, account requirements and live status before relying on it.
Is a 35-minute 10%-to-80% charge guaranteed?
No. Nissan quotes this as an approximate capability at compatible DC charging equipment; charger and battery conditions affect the actual session.
What is the cost difference between S+ and Platinum+?
Using Nissan’s stated starting MSRPs, the difference is $9,000 before destination, taxes, options and dealer charges. A buyer should request current local quotes.
What explains the 303-mile versus 259-mile range figures?
They are EPA ratings for different vehicle trims/configurations with different published energy consumption. No controlled causal breakdown of the range difference is claimed here.
Sources, images and editorial disclosure
Primary sources: U.S. FuelEconomy.gov 2026 LEAF entries; Nissan USA specifications and trim details; official Nissan press kit; and manufacturer price announcement. This article does not claim first-hand vehicle testing or independently measured charging speeds. Its featured artwork is an editorial illustration and is not an official product photograph. Find more developments in our new EV models coverage and world EV news. Reviewed November 11, 2026; verify specifications and prices again before buying.
