Daily Car
·03/02/2026
The 2026 Nissan Leaf is offered with a 75 kWh battery pack across all trim levels. The entry-level S+ boasts an EPA-estimated range of 303 miles, while the mid-level SV+ can travel up to 288 miles. The most expensive Platinum+ trim, equipped with additional features and 19-inch alloy wheels, has an EPA-estimated range of 259 miles. The Platinum+ is also rated at an average energy consumption of 33 kWh per 100 miles—or about 3.03 miles per kWh. All models utilize front-wheel drive and offer a suite of advanced safety and comfort features.
During a 70 mph highway range test performed on a chilly day (around 38°F/3°C), the Leaf Platinum+ achieved 215 miles on a full battery before reducing power output. This distance is about 17% less than the EPA rating for its trim (259 miles). The lower range is attributed to cold temperatures and high-speed driving, both of which increase energy usage in electric vehicles. However, the Leaf delivered close to its rated efficiency, averaging 2.8 miles per kWh—just 7.6% under its official rating.
Few electric vehicles meet their EPA range estimates during continuous highway driving, as EPA tests include a mix of city and highway speeds. In fact, many competitors perform less efficiently in similar tests. Notably, the Leaf’s battery enabled it to exceed its published energy capacity, delivering 76 kWh, while Nissan claims 75 kWh usable—demonstrating robust battery management. When considering market alternatives like the Tesla Model Y, the Leaf Platinum+ faces stiff competition. The entry-level Model Y has a similar price point ($41,630) but offers a longer range and more space, though with fewer features in the base trim.
The Platinum+ trim comes well-equipped, focusing on comfort, safety, and convenience, including modern infotainment, driver assistance technologies, and a high-quality interior. Despite its feature-rich package, larger wheels contribute to slightly reduced efficiency. All trims share the same battery, ensuring that buyers of lower trims benefit from increased range at a lower cost.
Range reduction in cold weather is due to higher air density, which increases resistance, and energy consumed by cabin heating systems. At highway speeds, aerodynamic drag rises, causing all vehicles—electric and gasoline-powered—to consume more energy. The Leaf’s winter performance in this test is better than many competitors, offering predictability and reliability for buyers concerned with real-world usage.
The Platinum+ offers strong safety and technology features but faces tough competition from similarly priced vehicles with greater range or utility. The lower-trim S+ and SV+ provide excellent range at more affordable prices, making them compelling options for buyers prioritizing cost and efficiency. Consumers should weigh feature preferences and usage patterns when considering which Leaf version best fits their needs.









