The Enovate ME7 is powered by a permanent magnet synchronous motor supplied by Bosch with the maximum power of 170 kW. The energy density of the 511 kg (1127 lbs) battery system supplied by Wanxiang Group is up to 160 Wh/kg. The NEDC range reaches 550 km (310 miles) for the long range model and the powertrain is front-wheel-drive only. The Enovate officials also claims a maximum battery range of 700 km (434 miles).
The Enovate ME7 drivetrain produces 215 hp (160 kW) and 330 N.m (243 lb.ft), with the top speed of 160 km/h (100 mph), and an acceleration time from 0 to 100 km/h in 4.9 seconds. The energy concumption of the 2019 Enovate ME7 is 15,8 kWh/100 km based on the NEDC driving cycle.
The drag coefficient of the Enovate ME7 is 0.28Cd according to officials. Enovate ME7 is equipped with 21-inch double five-spoke aluminum alloy wheels.
The Enovate ME7 is equipped with a face recognition system to provide a personalized cockpit experience for each user. The Enovate ME7 offers a total of 5 LCD displays with 3 in the front row and 2 in rear row. It also equips a panoramic sunroof, fully automatic air conditioning with 6 high-precision sensors, a 6-way front seat electric adjustment setting, and optional 9-stage adjustable front seat heating. Smart phone APP remote operation supports heating controls and wireless charging.
The luggage compartment of the ME7 crossover can accommodate 380 liters (13,4 cu.ft) of storage, and up to a total of 1310 liters (46 cu.ft storage) with seats folded down.
The Enovate ME7 is equipped with the L2.5 autonomous pilot system. Officials claims that there are 22 visual and radar wave sensors on the ME7, and it can achieve autonomous cruising at speeds up to 150 km/h. The L2.5 autonomous pilot system consists of three technologies including the ACC (Adaptive Cruise Control), ICA (Intelligent Cruise Assistance), and TJA (Traffic Jam Assistance). Additionally, APA (Automatic Parking Assistance) with parking radar is also available. The APA system automatically detects and identifies parking spaces that can be parked and detects potential obstacles in the environment while calculating parking trajectories and automatically parks the vehicle. Parallel parking and exiting, vertical parking, and angle parking are all supported.
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