Aouita 12 extended-range sedan will be launched in October： HarmonyOS cockpit, pure electric battery life of 201 kilometers.

　　IT House reported on September 24th that () Zhu Huarong, the chairman of the board of directors, said in Weibo that the Aouita 12 extended-range sedan will be launched in October. The car is equipped with the 1.5T range extender of the same model of Deep Blue G318, with the peak power of the driving motor of 231kW and the pure electric cruising range of 201km.

　　For reference, the official guide price of the current Aouita 12 pure electric version is 265,800-400,800 yuan, and the entry price of the extended-range version is expected to be further reduced.

　　At present, the extended range version of Aouita 12 has appeared in the Ministry of Industry and Information Technology. The car has a hatchback shape, the front of the car is equipped with a HALO light set, the lower part of the front of the car is equipped with an air intake grille, and four frameless doors are used.

　　In terms of interior, the car is equipped with a HarmonyOS cockpit based on Huawei HarmonyOS 4, equipped with two 6.7-inch 1280×720 resolution electronic exterior mirrors; Nappa leather seat, steering wheel and dual 50W adaptive wireless overcharge are standard in the whole system. The front row is equipped with double zero-gravity seats. Both seats support one-button zero-gravity, three-speed temperature heating, SPA-level 8-point massage, ventilation and other functions, and support remote start.

　　In terms of specifications, IT House learned that the length, width and height of the car are 5020x1999x1460(1450) mm, the wheelbase is 3020 mm, and it is equipped with a 1.5T range extender (JL469ZQ1) with a maximum power of 115kW. The new car is equipped with a driving motor with a maximum power of 231kW and a 39.05kW lithium iron phosphate battery pack produced by Jiangsu Times New Energy Technology Co., Ltd., with a pure electric cruising range of 201km and a comprehensive fuel consumption of 5.8L/100km at the lowest state of charge.