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Chinese electric vehicle battery power plant introduces next-generation range extender technology for more than 2,000 km

Chinese battery manufacturer CATL has unveiled its latest EREV (Extended Range Electric Vehicle) battery, which it claims offers up to 600 km of all-electric range and more than 2000 km in hybrid mode.

The battery maker unveiled its second-generation Freevoy powerhouse yesterday at a technology day ahead of the opening of the Beijing Motor Show on Friday. CarNewsChina reported that it will be available in three chemistries and will offer an all-electric range of between 500 km and 600 km, depending on the variant.

CATL reportedly views the battery’s 600km range capacity as a “new competitive benchmark” in China’s EREV segment. It is also suitable for “4C” charging, meaning it can be charged from 20 to 80 percent in about 15 minutes. The claimed range is higher than the 400 km figure of the company’s first-generation battery, which only hit the market in 2024.

Additionally, CATL’s third-generation Qilin battery – a full-fledged electric vehicle battery also unveiled this week – is said to offer a range of around 1000km, and the company says some technologies will be shared between it and the Freevoy.

The clearest example of this shared technology is reportedly the ternary lithium version of the Freevoy, which delivers a claimed all-electric range of 600km.

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According to CATL, this type of range capability reduces the likelihood that the range-extended powertrain’s motor will ever actually be put into operation, as it exceeds the approximately 400km electric vehicle range claimed by many current EREVs by 50 percent and means that most commuting can be accomplished using electric power alone.

The maximum range of more than 2000 km should be achievable if the EREV’s engine is used as intended to charge the battery.

The other two chemistries available for the Freevoy will be a fairly traditional lithium iron phosphate (LFP) option with 500km range and 4C charging, and a sophisticated blend of LFP and nickel manganese cobalt (NMC) materials.

The main advantage of the latter, also called “super hybrid technology”, is an increased energy density of 230 Wh/kg, compared to an average of around 160 Wh/kg for most conventional LFP batteries. This not only increases the range by 15 to 20 percent, but also increases the weight of the battery pack.

CATL says it has also made significant progress in security. According to reports, the new battery’s bottom coating can withstand an impact of approximately 1,500 joules of energy, “equivalent to the firing power of a standard rifle.” This is significantly higher than the reported Chinese national average of 150 joules.