Rising penetration highlights vitality, innovative strength of China's NEV industry - 2026-08-26
Nearly two in every three passenger cars sold at retail in China are now new energy vehicles (NEVs), a share that signals both the vitality of China's NEV market and the industry's capacity to turn new technologies into reliable products at scale.
Industry association data showed that NEVs accounted for 65.1 percent of passenger-car retail sales in July, up 11.6 percentage points from a year earlier and marking the fourth consecutive month above 60 percent.
For August, passenger-car retail sales are estimated at 1.58 million units, including about 1.04 million NEVs, which would put the penetration rate at 65.8 percent, 10.6 percentage points higher than a year earlier.
LOWER COSTS, BETTER USER EXPERIENCE
Lower costs, technology upgrades and changing consumer preferences have helped lift NEVs' share of passenger-car sales, industry insiders said.
As battery material prices have normalized and new processes such as integrated die-casting and battery-chassis integration have been adopted at scale, manufacturing costs have continued to fall, allowing some NEVs to match or undercut comparable gasoline-powered vehicles, said Jiang Tianci, head of an automobile dealers association in Anhui Province in east China.
At an NEV store in Chongqing, southwest China, where sales rose more than 10 percent month on month to exceed 220 units in May, the manager said buyers were shifting their attention from power specifications to intelligent features.
In the Haizhu District of Guangzhou in south China, a customer visiting an NEV showroom tried voice controls, a large in-car display and driver-assistance features, and praised the experience.
Charging access has also improved, with the number of EV charging points reaching 23.68 million by the end of July, up 41.9 percent year on year, according to the National Energy Administration.
Higher gasoline prices have further strengthened the operating-cost advantage of NEVs, with retail gasoline prices still up a net 1,345 yuan (roughly 198 U.S. dollars) per tonne from the start of the year, even after a mid-August reduction, according to calculations based on data from the National Development and Reform Commission.
A Chongqing resident surnamed Wang recently replaced his gasoline-powered car with an EV, saying that the switch had cut his monthly commuting costs from more than 1,200 yuan for gasoline to less than 200 yuan for electricity, saving him around 12,000 yuan a year.
FROM MARKET SCALE TO FASTER ITERATION
The growing presence of NEVs in China's passenger-car market is supported by an industrial ecosystem capable of moving new technologies quickly from development to production.
China's automotive and EV sectors have expanded on an unprecedented scale and at unprecedented speed over the past decade, Shalini Palmer, corporate vice president of automotive business at Analog Devices, said at the Global New Energy Vehicle Cooperation and Development Forum in east China's Shanghai last week.
China now has one of the world's most dynamic and robust automotive ecosystems, a result Palmer attributed to sustained investment, rigorous engineering discipline and a pace of execution that exceeded industry expectations.
China's automotive competitiveness is rooted in a virtuous cycle between technological progress and industrial development, said Jiang Yaoping, former vice minister of commerce, at the forum.
The industrial scale underpinning that cycle is visible in the Yangtze River Delta, which accounts for approximately 40 percent of China's NEV output and has formed a "four-hour industrial circle" in which all the components needed for an NEV can be sourced within a four-hour drive.
Jiang said the country's complete industrial system and vast market provide a testing ground for new technologies, with frequent user feedback and diverse use cases allowing such technologies to be refined quickly through large-scale application.
The pace of iteration is evident in product development, with Chinese automakers shortening development cycles from three to five years to around 18 months in recent years, according to Zhang Lin, chief representative and general manager of the German Association of the Automotive Industry (VDA) China.
Battery development shows the same pattern, with CATL launching its first Shenxing superfast-charging battery in 2023, a second-generation version in 2025, and a third-generation version this April. The company said the latest version can charge from 10 percent to 80 percent in three minutes and 44 seconds and retain more than 90 percent of its capacity after 1,000 full charging cycles.
RAPID ITERATION TO RELIABLE DELIVERY
Kevin Li, president of Magna China, described China as one of the world's most dynamic auto markets, where competition is producing a steady stream of new models and a faster pace of iteration.
He cited Magna's work with Chery to bring its DHD Duo dedicated hybrid drive system into series production on the JETOUR G700 after an 18-month development cycle, as an example of balancing development speed with reliability.
Before the prototype design was finalized, engineers identified hundreds of potential risks, while accumulated development data and capabilities in simulation, testing and verification helped avoid repeated design changes and additional rounds of testing during the first two prototype stages, Li said.
At the industry level, draft amendments to three recommended national standards, released for public comment in July, proposed setting a minimum reliability-test mileage of 30,000 km for electric, hybrid and fuel-cell vehicles.
A mandatory national standard on EV battery safety that took effect on July 1 includes seven cell-level tests and 17 battery-pack or system tests, covering risks including high temperatures, collisions, short circuits and overcharging.
Under the standard, batteries must not catch fire or explode in thermal propagation tests, and the same requirement applies to an external short-circuit test conducted after 300 fast-charging cycles.
Li said the auto industry had no shortage of good ideas, but the real challenge was turning them into products that could be delivered at scale while meeting requirements for regulatory compliance, quality, cost, efficiency and reliability. Doing so, he added, requires strong engineering and manufacturing capabilities, resilient supply chains and disciplined operations.
Source: Xinhua
Industry association data showed that NEVs accounted for 65.1 percent of passenger-car retail sales in July, up 11.6 percentage points from a year earlier and marking the fourth consecutive month above 60 percent.
For August, passenger-car retail sales are estimated at 1.58 million units, including about 1.04 million NEVs, which would put the penetration rate at 65.8 percent, 10.6 percentage points higher than a year earlier.
LOWER COSTS, BETTER USER EXPERIENCE
Lower costs, technology upgrades and changing consumer preferences have helped lift NEVs' share of passenger-car sales, industry insiders said.
As battery material prices have normalized and new processes such as integrated die-casting and battery-chassis integration have been adopted at scale, manufacturing costs have continued to fall, allowing some NEVs to match or undercut comparable gasoline-powered vehicles, said Jiang Tianci, head of an automobile dealers association in Anhui Province in east China.
At an NEV store in Chongqing, southwest China, where sales rose more than 10 percent month on month to exceed 220 units in May, the manager said buyers were shifting their attention from power specifications to intelligent features.
In the Haizhu District of Guangzhou in south China, a customer visiting an NEV showroom tried voice controls, a large in-car display and driver-assistance features, and praised the experience.
Charging access has also improved, with the number of EV charging points reaching 23.68 million by the end of July, up 41.9 percent year on year, according to the National Energy Administration.
Higher gasoline prices have further strengthened the operating-cost advantage of NEVs, with retail gasoline prices still up a net 1,345 yuan (roughly 198 U.S. dollars) per tonne from the start of the year, even after a mid-August reduction, according to calculations based on data from the National Development and Reform Commission.
A Chongqing resident surnamed Wang recently replaced his gasoline-powered car with an EV, saying that the switch had cut his monthly commuting costs from more than 1,200 yuan for gasoline to less than 200 yuan for electricity, saving him around 12,000 yuan a year.
FROM MARKET SCALE TO FASTER ITERATION
The growing presence of NEVs in China's passenger-car market is supported by an industrial ecosystem capable of moving new technologies quickly from development to production.
China's automotive and EV sectors have expanded on an unprecedented scale and at unprecedented speed over the past decade, Shalini Palmer, corporate vice president of automotive business at Analog Devices, said at the Global New Energy Vehicle Cooperation and Development Forum in east China's Shanghai last week.
China now has one of the world's most dynamic and robust automotive ecosystems, a result Palmer attributed to sustained investment, rigorous engineering discipline and a pace of execution that exceeded industry expectations.
China's automotive competitiveness is rooted in a virtuous cycle between technological progress and industrial development, said Jiang Yaoping, former vice minister of commerce, at the forum.
The industrial scale underpinning that cycle is visible in the Yangtze River Delta, which accounts for approximately 40 percent of China's NEV output and has formed a "four-hour industrial circle" in which all the components needed for an NEV can be sourced within a four-hour drive.
Jiang said the country's complete industrial system and vast market provide a testing ground for new technologies, with frequent user feedback and diverse use cases allowing such technologies to be refined quickly through large-scale application.
The pace of iteration is evident in product development, with Chinese automakers shortening development cycles from three to five years to around 18 months in recent years, according to Zhang Lin, chief representative and general manager of the German Association of the Automotive Industry (VDA) China.
Battery development shows the same pattern, with CATL launching its first Shenxing superfast-charging battery in 2023, a second-generation version in 2025, and a third-generation version this April. The company said the latest version can charge from 10 percent to 80 percent in three minutes and 44 seconds and retain more than 90 percent of its capacity after 1,000 full charging cycles.
RAPID ITERATION TO RELIABLE DELIVERY
Kevin Li, president of Magna China, described China as one of the world's most dynamic auto markets, where competition is producing a steady stream of new models and a faster pace of iteration.
He cited Magna's work with Chery to bring its DHD Duo dedicated hybrid drive system into series production on the JETOUR G700 after an 18-month development cycle, as an example of balancing development speed with reliability.
Before the prototype design was finalized, engineers identified hundreds of potential risks, while accumulated development data and capabilities in simulation, testing and verification helped avoid repeated design changes and additional rounds of testing during the first two prototype stages, Li said.
At the industry level, draft amendments to three recommended national standards, released for public comment in July, proposed setting a minimum reliability-test mileage of 30,000 km for electric, hybrid and fuel-cell vehicles.
A mandatory national standard on EV battery safety that took effect on July 1 includes seven cell-level tests and 17 battery-pack or system tests, covering risks including high temperatures, collisions, short circuits and overcharging.
Under the standard, batteries must not catch fire or explode in thermal propagation tests, and the same requirement applies to an external short-circuit test conducted after 300 fast-charging cycles.
Li said the auto industry had no shortage of good ideas, but the real challenge was turning them into products that could be delivered at scale while meeting requirements for regulatory compliance, quality, cost, efficiency and reliability. Doing so, he added, requires strong engineering and manufacturing capabilities, resilient supply chains and disciplined operations.
Source: Xinhua
