Deepal models

Who is Deepal?

Deepal is an electric-focused marque from Chinese automaker Changan. It sits alongside Changan’s other brands and is known for cars built around electrified powertrains and connected technology. Changan introduced Deepal in Europe as part of a wider expansion, with the S07 and S05 among its first models shown to European audiences.

Deepal models in Europe

The European Union’s official registration figures list two Deepal models: the S05 and S07. Both appear for 2025, the only year covered here. The S05 recorded 324 EU registrations and the S07 recorded 116, giving the smaller-numbered model the stronger showing in those figures.

The names point to a developing SUV range, with the S05 positioned as the more compact choice and the S07 as the larger one. The European range is at an early stage: both models enter the figures in the same year, so there is no earlier generation or longer model history to trace here.

Electrification and model roles

Deepal’s identity is closely tied to electrification. The S05 and S07 are electric SUVs in their European introductions, aimed at drivers looking for everyday passenger-car practicality with battery power. Changan has also described a broader mix of battery-electric and plug-in hybrid models for Europe, but the EU registrations listed here show only the two Deepal SUVs.

That gives the two models a clear role in the marque’s European launch: the S05 brings the smaller SUV format, while the S07 provides a larger alternative. The figures available for these models do not include fuel-consumption, CO₂ or power values, so there is no basis here for a numerical comparison of their running figures or performance.

Where do Deepal cars appear?

Official EU registration figures show the Deepal S05 and S07 first appearing in 2025.

Official consumption and emissions ratings are tied to each market’s test method. Europe uses WLTP, or NEDC for some older ratings; the USA uses EPA testing, while Canada uses its 5-cycle procedure. Those results should be read within their respective systems rather than treated as directly interchangeable.