According to an analysis by Cui Dongshu, Secretary-General of the China Passenger Car Association, the new energy vehicle tax exemption catalog for the first quarter of 2026 included a total of 19,977 models, with 391 new models added in March. This represents an increase compared to the same period in previous years, indicating abundant catalog resources.
The number of battery-swapping models in March 2026 was limited, primarily concentrated in specialty vehicles. Models featuring extended-range and pure electric powertrains with high battery energy density were plentiful. Since the second half of 2024, no new hydrogen fuel cell passenger car models have been introduced.
The year 2026 saw a rich variety of extended-range models, with a significant number of extended-range heavy-duty trucks also launched in the commercial vehicle sector. Competitive new energy models from traditional domestic automakers were frequently released.
Overall, the tax exemption catalog has been gradually expanding in recent years. The number of new energy passenger vehicle listings from 2024 to 2026 remained high. With the publication of vehicle purchase tax exemption indicators, new energy vehicle products continue to thrive this year.
Regarding powertrain structure changes, commercial hydrogen fuel cell vehicles previously performed strongly due to high subsidy incentives, but the hydrogen energy sector has weakened both domestically and internationally recently. Hydrogen fuel cell passenger cars are currently negligible, with limited short-term development prospects.
Although plug-in hybrid and extended-range models previously showed weaker market performance, 2026 witnessed a surge in extended-range models, alongside a substantial number of plug-in hybrids. Pure electric buses remain the dominant force, with plug-in hybrids showing a slight recovery. Pure electric specialty vehicles are the absolute mainstream, while hydrogen fuel cell models have become a hotspot. The absence of new hydrogen fuel cell passenger car models since the second half of 2024 aligns well with market demand.
Tracking battery-swapping models reveals a considerable number overall. Growth in battery-swapping passenger cars has slowed slightly, while pure electric specialty vehicles with battery-swapping capability are growing rapidly.
The driving range of new energy vehicles has been steadily increasing, with pure electric vehicles showing significant improvement from 2018 to 2023. In 2026, many pure electric passenger cars offered ranges between 300-400 kilometers, while models with ranges below 300 kilometers saw a sharp decline. The average range for pure electric passenger cars stabilized at 509 kilometers. The number of products with ranges exceeding 700 kilometers continued to rise in 2026, indicating notable technological advancement.
The energy density of pure electric vehicle batteries has increased slowly in recent years. By 2026, market forces began driving technological improvements, demonstrating that passenger car products are effectively moving beyond subsidy dependence. Models with energy densities around 130-145 Wh/kg became more common.
Plug-in hybrid models often feature lower energy densities, with many products concentrated in the 100-120 Wh/kg range. While some high energy density models exist, intermediate options are fewer. Extended-range and plug-in hybrid products are developing distinctively, with extended-range models incorporating more high energy density batteries.
A comprehensive comparison of vehicle types in 2026 shows that pure electric models with ranges over 300 kilometers typically have an energy consumption of around 13 kWh per 100 kilometers, with minimal increase in consumption for longer-range models. Batteries in models exceeding 400 kilometers generally have energy densities above 140 Wh/kg.
Plug-in hybrid and extended-range vehicles exhibit higher energy consumption. The average consumption for standard plug-in hybrids is 22 kWh per 100 kilometers, while extended-range models average 20 kWh per 100 kilometers.
Analysis of pure electric passenger cars indicates a high number of new domestic models, mostly over 4.8 meters in length, with a significant proportion exceeding 5 meters, highlighting strong competitiveness in the premium segment. Products from brands like Huawei's AITO show favorable specifications. Models from Geely and BAIC demonstrate extremely low energy consumption, offering clear practical advantages.
Tracking new plug-in hybrid models reveals strong performance from domestic brands like Great Wall, Chery, and Geely. Some models from Geely and SAIC Volkswagen have reduced plug-in hybrid energy consumption to around 16 kWh per 100 kilometers, showing excellent performance. Certain Geely models with higher fuel consumption are actually methanol-powered vehicles. Methanol is inexpensive as it is not subject to gasoline consumption taxes, making higher fuel consumption less impactful.
The launch of extended-range products is abundant. Long-range extended-range models feature low fuel and electricity consumption, representing a future growth highlight. However, recent market trends for extended-range vehicles have been poor, with new products anticipated to revitalize this segment.
