What is the highway range of the Nezha N01 electric car?
3 Answers
Nezha N01 consumes 14 kWh per 100 kilometers. Here are the detailed specifications of the Nezha N01: 1. The 2020 Nezha N01 features a comprehensively upgraded powertrain, achieving 0-50km acceleration in just 4.9 seconds. It is equipped with a new C-booster brake energy recovery system with an efficiency of up to 20%, enabling a maximum range exceeding 430km while consuming only 11kWh per 100 kilometers, costing approximately 3 cents per kilometer. 2. With the addition of the H-EPT2.0 electronic control system, the new car can charge to 80% in just 30 minutes, boasting a comprehensive charging efficiency of 94%. This makes it easy to achieve 'one charge for a week's commute,' delivering a travel experience that 'far' exceeds expectations! 3. The new car is nearly 3.9 meters long, equipped with 15-inch large aluminum wheels, and offers a spacious 2400L interior and a 279L large trunk space, ready to showcase its 'big' capabilities anytime, anywhere.
I've been driving the Neta N01 for over a year now. Based on my personal experience, a realistic highway range is around 250 kilometers, depending on driving habits. For instance, maintaining speeds between 100-120 km/h increases wind resistance and power consumption, reducing range. Driving more steadily or using eco mode can conserve energy. Battery condition is also crucial – range is slightly better in hot summer weather, while cold winter temperatures decrease battery efficiency, potentially limiting range to just over 220 km. Additionally, tire pressure and vehicle load affect consumption; a fully loaded car will consume more power. For long highway trips, I recommend charging fully beforehand and utilizing charging stations at service areas every 200+ kilometers for safety. Overall, this car offers good value, being suitable for daily commutes and occasional short trips, as long as you're not in a hurry.
As a driver who frequently travels on highways, my Neta N01 experiences a noticeable drop in range at speeds above 100km/h. Typically, a full charge lasts about 280 kilometers before needing to find a charging station, which is about a quarter less compared to city driving. This is mainly due to increased wind resistance and higher battery consumption at high speeds. The battery is a ternary lithium battery with a decent capacity, but its efficiency drops quickly at high speeds. Weather factors also cannot be ignored—hot weather increases air conditioning usage, while cold weather raises battery heating consumption. Personally, I recommend not driving too fast on highways, maintaining smooth acceleration, and using regenerative braking to recover energy, which can slightly extend the range. Additionally, regular battery health checks and maintenance of the electrical system can help avoid sudden issues, making long-distance travel more reassuring.
