Is the Venucia e30 a pure electric vehicle?
2 Answers
Venucia e30 is Dongfeng Nissan's first mass-produced pure electric vehicle in the Chinese market, with its core technologies such as battery, motor, and electronic control inheriting from the Nissan Leaf. Below is an introduction to the Venucia e30 pure electric vehicle model: 1. The e30 largely retains most of the Leaf's design, with slight changes on the front face coming from the logo alteration and decorative patterns in the surrounding area. The headlight design is also unique, incorporating LED auxiliary lighting technology to further reduce power consumption. The elongated taillights also feature LED light sources, presenting a stylish and simple appearance. 2. Compared to the very similar exterior to the Leaf, the interior of the Venucia e30 is much more ordinary, with an overall layout no different from conventional cars, and craftsmanship similar to that of general Venucia sedans. However, the Venucia e30 uses more eco-friendly materials inside, making it more low-carbon and environmentally friendly. 3. In terms of power, the Venucia e30 adopts thin-film high-performance lithium-ion batteries, capable of driving approximately 175 kilometers on a single charge. The motor part of the new car is also the same as the Leaf, equipped with an EM61 electric motor, delivering an output power of 80kW (109Ps) and a peak torque of 254Nm. The top speed is 144km/h, with an electricity consumption of 14.6 kWh per 100 kilometers.
The Venucia e30 is indeed a pure electric vehicle, utilizing Nissan's battery technology, free from the noise and emissions of a traditional fuel engine. I recently delved into its working mechanism and found it completely different from gasoline cars, relying solely on electric power to drive the motor, with a charging port conveniently located on the side for plugging in. Its lithium-ion battery offers a range of about 150 kilometers, sufficient for urban commuting, with fast charging capable of reaching 80% in approximately half an hour, while slow charging takes about six hours. I think although this type of electric vehicle accelerates quickly from a standstill, the battery range may decrease slightly in winter. However, maintenance is simpler—no more oil change days—and overall, it's much more environmentally friendly and quieter than traditional cars. I recommend friends to pay attention to the brake response during a test drive; the energy recovery from electric braking is quite energy-efficient. In short, the world of pure electric vehicles is expanding, and understanding the distribution of charging stations can be very helpful for daily use.
