What is the real range of the Venucia D60EV?
4 Answers
The maximum range of the Venucia D60EV is 481km. Related introduction: In terms of power: This car is equipped with a permanent magnet synchronous motor, with a maximum power of 120kw and a maximum torque of 250 Nm. In terms of the transmission system, it adopts a fixed gear ratio gearbox. As a pure electric vehicle, the maximum range of this car is 481km. Although this car is based on the fuel version model, the front face of the car has been completely redesigned, and the overall design reflects the technological sense of this car. In terms of body size: The length, width, and height of this car are 4764*1803*1494mm respectively, and the wheelbase is 2700mm. The space of this car can be said to be moderate. The interior of this car also adopts an asymmetric layout similar to the fuel version model, and the design of the air conditioning panel is relatively exquisite.
I've been driving the Venucia D60 EV for a while now, using it for daily commutes and weekend trips. I've noticed the actual range fluctuates between 350 to 400 kilometers, depending mainly on road conditions and weather. For example, in summer when the air conditioning is on, the battery drains particularly fast, and the range can easily drop below 350 kilometers. However, in winter, when temperatures drop, battery efficiency decreases even more noticeably, especially for friends in northern areas who might find the range reduced to around 330 kilometers. If you're speeding on the highway and accelerating too aggressively, the range will also take a hit. But in contrast, during city traffic jams, the range can be maintained above 380 kilometers. I recommend driving gently, avoiding sudden starts, and keeping the air conditioning at a moderate level to save power and extend the range.
From a technical perspective, the NEDC-rated range of the Venucia D60 EV is 481 kilometers, but this is tested under ideal conditions, and actual driving will see a reduction. Battery temperature management is a major issue: when temperatures are low, lithium-ion activity decreases, and power consumption can increase by more than 20%. Additionally, the drivetrain and air conditioning account for most of the load. If frequent acceleration and deceleration occur, a slower response from the electronic control unit can waste energy. Real-world range varies by driver—conservative drivers may achieve close to 400 kilometers, while those who prefer sport mode often get just over 360 kilometers. It’s also important to perform regular maintenance, checking tire pressure and wheel balance, as neglecting these details can further increase power consumption.
As an environmentally-conscious car owner, I've found that the real-world range of the Venucia D60 EV can be extended to over 400 km through energy-saving habits. The official range is 481 km, but most users report achieving around 380 km in actual driving. However, by optimizing your driving style—such as accelerating gently, utilizing energy recovery mode more frequently, and avoiding excessive air conditioning usage—you can improve efficiency. I also recommend minimizing the use of in-car electrical devices like charging equipment, as additional loads increase power consumption. Additionally, alternating between long-distance and short-distance driving helps maintain battery health and prevents sudden range drops. Choosing flat routes over hilly terrain saves more energy. These small techniques can help you maximize your mileage, reduce charging frequency, save money, and be more eco-friendly.
