Chinese electric vehicles with the largest range: winter tests 2026

The Chinese publication Autohome conducted winter tests of electric vehicles to determine which models show the greatest range in cold conditions. A total of 31 cars from different segments participated in the tests, including city hatchbacks, sedans and large crossovers. The tests were conducted in the city of Yakeshi in Inner Mongolia at air temperatures from -10 to -25 degrees. The cars moved along the track at a speed of 70 km/h until they came to a complete stop, recording the actual range and energy consumption.

In the hatchback category, the leader was the new generation MG 4 from SAIC. Equipped with a 53.9 kWh battery, it traveled 225.8 km with a declared 530 km. Energy consumption amounted to 25.5 kWh per 100 km, which confirmed the specifics of hatchbacks - orientation to short city trips. Among the available sedans, the best result was shown by the Nissan N7, jointly developed by the Japanese manufacturer and Dongfeng. Its 73 kWh battery allowed it to cover 296.3 km in winter conditions, consuming 26.4 kWh per 100 km, although the declared range is 625 km.

In the premium sedan segment, the leadership was taken by the YangWang U7 from BYD. A powerful 135.5 kWh battery provided an actual range of 372.9 km with a consumption of 40.2 kWh per 100 km, which is less than half of the declared 720 km. This model became the most energy-intensive car in the test, confirming that premium batteries allow you to achieve significant real ranges even in severe frost.

Among mass-market crossovers, the most long-range was the Geely EX5 EV, which is not yet available on the Russian market. Its 68.4 kWh battery allowed it to travel 260.9 km, consuming 28.6 kWh per 100 km, which is noticeably lower than the declared 605 km. In the segment of 5-seater premium crossovers, the best result was shown by the Xiaomi YU7 Max with a 101.7 kWh battery. It traveled 319 km with a consumption of 33.7 kWh per 100 km, although the declared range is 760 km.

In the category of 6-seater electric vehicles, the leadership was retained by the Tesla Model Y L, specially designed for China and assembled at a local factory. An 82 kWh battery provided a range of 270.9 km, with a declared 751 km. Energy consumption amounted to 36.1 kWh per 100 km. Separately, experts singled out "angular crossovers", in which aerodynamics significantly reduces the driving range. The leader in this segment was the BYD Fang Cheng Bao Ti 3 with a 73 kWh battery, which covered 224.7 km with a declared 501 km and a consumption of 33.7 kWh per 100 km.

Combining the results for all categories, analysts identified the absolute leaders. The most long-range was the YangWang U7 EV, followed by the second-generation Xpeng P7, which traveled 366.7 km thanks to a 92.2 kWh battery with a consumption of 26.6 kWh per 100 km. In third place was the restyled Zeekr 001 liftback with a 103 kWh battery, which traveled 362.1 km and consumed 28.1 kWh per 100 km.

In the list of test participants, the ArcFox T1 hatchback was in last place. Despite its relatively light weight and front-wheel drive, its 42.3 kWh battery allowed it to travel only 160.8 km with a declared figure of 425 km, consuming 31 kWh per 100 km. This difference underscores the importance of both battery capacity and vehicle design for real-world range in freezing temperatures.

Thus, winter tests have shown that even for electric vehicles with high declared ranges, real figures can be only half of the declared ones, and leadership is retained by models with high-capacity batteries and thoughtful design. The rating clearly demonstrates which Chinese electric vehicles are best adapted to cold operating conditions, and also highlights the segments where range is most critical.

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