Chery Is Promising Faster Charging And Longer Range. How Soon?

Chery has outlined new developments in its electric vehicle battery technology, including faster-charging liquid-electrolyte cells and higher-energy-density solid-state batteries.

Both are part of the Chinese automaker's Rhinoceros Battery roadmap, but how soon could either technology make it into production vehicles?

As reported by CarNewsChina following Chery's Global Innovation Conference, the company has detailed 12C fast-charging liquid-electrolyte battery cells alongside solid-state battery technology with a reported energy density of 400 Wh/kg.

While both developments are promising, they involve two different battery technologies. Their reported specifications also do not establish when customers will be able to buy vehicles equipped with them.

Two Battery Technologies, Two Different Goals

According to CarNewsChina, Chery's liquid-electrolyte battery cells support a peak charging rate of 12C, with a reported sustained average above 8C.

A higher C-rate generally indicates faster charging capability. However, the report does not establish a charging time for a commercially available vehicle using these cells.

Chery's solid-state battery development, meanwhile, focuses on higher energy density.

Its Rhinoceros S solid-state battery technology has a reported energy density of 400 Wh/kg. The figure had already been disclosed previously and is not an entirely new achievement announced at the October conference.

While higher energy density could support longer driving ranges, the reported battery specification alone does not establish how far a production vehicle will travel.

What About The 1,500 KM Driving Range?

Another figure associated with Chery's solid-state battery development is a potential driving range of up to 1,500 km.

However, this remains a development target rather than a verified driving range for a commercially available Chery EV.

The announcements reviewed do not establish a production vehicle or certified driving range based on that figure.

For now, the 1,500 km target should be viewed as part of the company's longer-term battery ambitions, rather than a specification buyers can expect from an existing model.

So, When Will These Batteries Reach Production Cars?

This is where Chery's development timeline becomes important.

According to CarNewsChina, Chery plans to bring a dedicated Rhinoceros S solid-state battery pilot line into operation in 2027. Vehicle-level testing is also planned for the same year.

The report also notes that Chery completed construction of a 0.5 GWh pilot line for 60 Ah-class solid-state battery cells in February 2026.

However, it remains unclear how the facility completed in 2026 relates to the newly reported 2027 pilot-line milestone.

Neither pilot-line operation nor vehicle testing confirms when Chery will begin delivering production vehicles equipped with the technology.

As for the 12C liquid-electrolyte battery cells, the report does not establish a confirmed production-vehicle launch date.

What Could This Mean For Malaysia?

With Chery already established in Malaysia alongside Omoda and Jaecoo, its battery developments are relevant to the local EV market.

Faster-charging battery technology could eventually help reduce charging stops, while higher energy density could support longer driving ranges in future vehicles.

However, no Malaysian launch timeline or locally sold model application was specified for either of these battery technologies in the announcements reviewed.

For Malaysian buyers, the key question is not just what Chery's batteries can achieve during development, but when those capabilities will become available in vehicles they can actually purchase.

For now, Chery has outlined its technological ambitions. The timeline for bringing them to customers remains uncertain.