Omoda 7 Phev Super hybrid, preview test on Chinese roads: how the new SUV looks and drives
We tested the new plug-in hybrid model along a route of over 1,200 km between Shanghai and Wuhu
5' min read
5' min read
It boasts a sophisticated powertrain that is probably ideal at this stage of the energy transition where pure electric, especially in Italy, is not winning hearts and wallets.
This is the Omoda 7 Phev, a medium-large suv with the same mechanicals and super hybrid platform as the Jaecoo 7 (Omoda & Jaecoo are the two global brands of Chinese Chery). To define this car merely as a plug-in hybrid is decidedly reductive because the synergy between the thermic engine, which in fact acts almost exclusively as a power unit, and the electric unit makes it possible to cut consumption and emissions with an autonomy that exceeds 1,200 km with a 60 litre tank. With good consumption in urban areas and also in extra-urban areas, provided you travel at 'code' speed. 60-litre tank. In fact, after depleting the battery, 100 km range, we recorded about 5 litres per 100 km.
We tested Omoda 7, for the first time, on Chinese roads in a journey of over 1,200 km between Shanghai and Wuhu, the 'small' Chinese city with 'only' 2.7 million inhabitants where Chery is headquartered.
Omoda 7 PHEV, dimensions
The dimensions of the car confirm its positioning in the C-Suv segment: the Omoda 7 measures 4620 mm in length, 1870 mm in width and 1670 mm in height, with a wheelbase of 2730 mm. Luggage compartment volume is around 500 litres in standard configuration, expandable up to 1400 litres by folding the rear seat back completely down, thus offering versatility even for bulkier loads.
Omoda 7, the super plug-in hybrid system: structure and power
The drive system of the Omoda 7 Phev is based on a parallel hybrid configuration, where an internal combustion engine and two electric motors operate in synergy. The heat engine is a 1.5-litre turbocharged direct injection (Tgdi) with Miller cycle, capable of developing 143 hp (105 kW) and 215 Nm of torque. The thermal unit is flanked by two electric motors: the first is intended for traction and provides 150 kW (204 hp) and 310 Nm, while the second is dedicated solely to the generator function for recharging.


