Industry dynamics

Dongfeng eπ 007 REEV goes on sale with starting price of 131,600 yuan

Publishtime:1970-01-01 08:00:00 Views:4

Beijing (ZXZC)- On August 9, Dongfeng Motor’s eπ new energy vehicle brand officially put the eπ 007 range-extended version (eπ 007 REEV) onto the market with deliveries beginning at the same time. The model is available in two variants, which are the eπ 007 200Air priced at 131,600 yuan and the eπ 007 200Pro priced at 159,600 yuan. 

Dongfeng eπ 007 REEV goes on sale with starting price of 131,600 yuan

Photo credit: Dongfeng Motor

Like its all-electric counterpart, the range-extended version of the eπ 007 is built on Dongfeng Motor’s Quantum architecture, maintaining the same design and smart features. The Mach super range-extending system has been optimized to address high energy consumption, poor performance, and noise issues associated with range-extenders. Offering both pure electric and range-extended power options, the eπ 007 strengthens its competitiveness in the 150,000-yuan to 200,000-yuan sedan market.

Dongfeng eπ 007 REEV goes on sale with starting price of 131,600 yuan

Photo credit: Dongfeng Motor

The eπ 007 REEV features a highly customizable smart cockpit with over 300 scenarios and a 20-speaker WANOS surround sound system integrated with a rich entertainment ecosystem. The rapid-response voice interaction system can execute up to eight commands in 10 seconds and supports full voice control of all in-car functions. The eπ 007 REEV also comes standard with over 20 intelligent driving assistance features, with optional upgrades available for advanced features such as expressway NOA (navigation on autopilot).

Dongfeng eπ 007 REEV goes on sale with starting price of 131,600 yuan

Photo credit: Dongfeng Motor

Powered by a 1.5L hybrid engine, the eπ 007 REEV achieves an energy conversion efficiency of 3.55 kWh/L, with fuel consumption as low as 4.2L per 100km with batteryis nearly depleted. The model offers a battery-powered range of 200km and a combined range of 1,200km under the CLTC cycle.