Good Price Denza N7 Second Hand Long Range Pure Electric Car

• The dimensions of the Denza N7 are 4680x1935x1602mm (length x width x height), with a wheelbase of 2940mm. The front and rear track widths are 1660mm. The vehicle can accommodate up to 5 people.

• The Denza N7 boasts a maximum horsepower of 530Ps, maximum power output of 390kW, maximum torque of 670N.m, and accelerates from 0-100 km/h in 3.9 seconds.

• The Denza N7 uses lithium iron phosphate blade batteries with an energy capacity of 91.3kWh. It achieves a CLTC pure electric range of 702km and supports fast charging functionality.

Highlighted Features

• Advancement of e-platform 3.0
  The Denza N7 integrates advanced technology from the BYD Group and is built on the upgraded e-platform 3.0. It features the world's first mass-produced eight-in-one electric powertrain, with a maximum power output of 230kW and a system efficiency exceeding 90%. With a front motor power of 160kW, it delivers a maximum power output of 390kW and achieves a 0-100 km/h acceleration in just 3.9 seconds.

• CCT Comfort Sport Control Technology
  CCT Comfort Sport Control Technology identifies and predicts the vehicle's motion state during start-up, acceleration, braking, and parking, ensuring that the vehicle maintains stable posture without significant pitching (during braking) or lifting (during rapid acceleration). This reduces passenger discomfort caused by vehicle pitch and prevents motion sickness.

• Intelligent Driving Assistance
  The Denza N7 is equipped with a total of 33 sensors, including dual laser radar, high-precision millimeter-wave radar, and an 8 million-pixel front camera. Its advanced driver-assistance capabilities reach L2+ level, enabling timely monitoring of the surrounding environment and providing navigation assistance for both highway and city driving. This helps reduce driver fatigue during the journey.

Q:How is the safety performance of the Denza N7?
A: The Denza N7 relies on CTB integrated battery technology and blade batteries, which combine the battery cover with the vehicle floor into one unified structure. This integration enhances both the protection of the battery and the overall torsional rigidity of the vehicle. The battery system not only serves as an energy source but also contributes to the vehicle's structural integrity.