[Fuel consumption measured after having a car] Unknowingly, it has been 3 years since the launch of WEY VV7, one of the representatives of the Chinese brand's impact on high-end SUVs. The latest 2020 VV7 continues to maintain the original fine tradition of high configuration and high appearance. And also made certain optimizations on the powertrain. I believe many netizens want to know if the new VV7 can significantly improve fuel economy. Today, let us tell everyone with actual measurements.
Test preparation
Before starting the test, check the tire pressure. The tire pressure of all four wheels reaches 2.4bar.
Regarding the air volume of the air conditioner, the air volume of the air conditioner is unified at 22°C and controlled by 2 grids, with external circulation mode.
WEY VV7 has three driving modes: economy, standard and sport. In this fuel consumption test, we use D gear and economy mode for the whole journey.
Then refuel with a fuel gun at the gas station until the automatic jump gun, WEY VV7 is filled with 92# gasoline.
Clear the average fuel consumption, sub-meter mileage, and start the test!
Test location
The route to test fuel consumption is to choose the 7 laps of Guangzhou University Town Outer Ring Road, each lap is 15 kilometers, and the total test mileage is about 105 kilometers. The outer ring of the University Town is all asphalt roads, with 16 traffic lights and a speed limit of 60km/h, which basically simulates daily driving conditions.
Testing process
The speed limit of the university town is 60km/h. During the whole test process, we will try our best to increase it as far as possible under the premise of ensuring that there is no violation. Drive at a high speed, adopt the habit of daily driving, not coasting in neutral gear, nor driving in drag gear, and try to restore daily car habits as much as possible.
WEY VV7 equipped with this E20CB 2.0T engine is quite brilliant in low-torque performance, and you can feel its strong power reserve by gently stepping on the accelerator. The coordination of the engine and the 7-speed dual-clutch gearbox is also quite tacit, and the entire acceleration process is very smooth. There will be no setbacks when driving at low speeds. This is worth giving our domestic luxury cars a compliment. Even though the appearance of the VV7 is sporty enough, its throttle adjustment is not very radical. The stroke of the accelerator pedal is relatively long, and you can clearly feel that there is still a certain amount of space after stepping on it. This adjustment method is more suitable for driving on congested roads in urban areas.
VV7's chassis adjustment is generally comfortable, and the roll is relatively large when cornering at high speed. The phenomenon of head raising and nodding during sudden acceleration and sudden braking is also very obvious. Fortunately, the entire system will filter out most of the bumps and potholes on the road. As long as it is not intense driving, you can still experience the superiority of VV7 chassis tuning.
Test result
After 7 laps of the outer loop, the vehicle dashboard showed a total of 104.3km and the average fuel consumption of the vehicle was 10.2L/100km.
Then we returned to the same gas station and used the same gas gun to refuel until it jumped automatically.
The tanker shows that 10.86L of gasoline has been added. The total fuel cost is 60.05 yuan. Let's calculate its actual fuel consumption: WEY VV7 shows that the mileage is 104.3km, and the actual fuel volume is 10.86L , So using 10.86÷104.3×100, the calculated average fuel consumption is 10.4L/100km.
From our fuel consumption measurement list, WEY VV7The fuel economy still has a lot of room for improvement. Compared with the old model, the 2020 VV7 has been significantly improved on this short board. In addition, in terms of performance, the 2020 VV7 is also significantly improved compared to the old model. Comprehensive consideration, VV7 is indeed more competitive than before.
Summary
The engine has low torque, smooth acceleration, and more comfortable chassis adjustment
High fuel consumption
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