From 1% to 60%: China's new energy vehicle penetration rate has taken 10 years. What does the day when plug-in hybrids exceed pure electric vehicles mean?

In April 2026, a set of data quietly appeared in the weekly report of the China Passenger Car Association: the retail penetration rate of new energy vehicles exceeded 59%.

There was no celebration, no press conference, and even most financial media didn't cover it in full - page reports. People were more concerned about BYD's sales ranking that month and which automaker launched new products.

But this figure itself is worth pausing to think about.

Let's rewind the time by eleven years.

In 2015, the penetration rate of new energy vehicles in China was less than 1%. That year, those who bought new energy vehicles were either forced by license - plate restrictions in big cities or early - adopting geeks. The density of charging piles was insufficient, and the cruising range generally did not exceed 200 kilometers. What was most frustrating was that there was no way to know if there were charging facilities at highway service areas. People had to do "map strategies" before long - distance trips to check where the charging piles were and how far apart they were.

There is a detail worth remembering: that year, the state set a goal in the "New Energy Vehicle Industry Development Plan" - to reach a 20% penetration rate of new energy vehicles by 2025. At that time, many people regarded this as a "challenging" goal.

Now, let's fast - forward to October 2022.

That month, the penetration rate of new energy vehicles exceeded 30%, three years ahead of the original policy target for 2025. But what was more subtle was that that month, a group of Model Y owners in Shanghai found that the delivery of their ordered cars was delayed. During that period, Shanghai was under COVID - 19 control, and Tesla's Shanghai factory shut down. The domino effect of the supply chain spread across the country. The official website of a new energy brand even crashed at one point, overwhelmed by the influx of orders.

In other words, it took less than seven years for new energy vehicles in China to go from "no one wants to buy" to "hard to buy".

Now, let's move to the spring of 2026.

In April 2026, BYD released its monthly sales data. For the first time, the sales volume of plug - in hybrid vehicles exceeded that of pure - electric vehicles, with 157,200 plug - in hybrids compared to 156,900 pure - electric vehicles, a small but clear lead. This is not a strategic shift of BYD alone. It is the collective answer of Chinese consumers to the question of "how new energy vehicles should be developed" through their real purchasing behavior after a decade.

Putting these three scattered phenomena together, you will feel that there must be a curve behind them.

This curve is not a straight line, not a linear growth of "getting better and better". It is a three - fold line, and the logic between each fold has undergone a fundamental reversal.

I call it the "Three - stage Framework for New Energy Penetration":

Stage 1 · Subsidy Period (2015 - 2019): Driven by policies, subsidy fraud was rampant, and infrastructure was non - existent

Stage 2 · Competition Period (2020 - 2024): Price war, rapid technological iteration, the emergence of leading players, and parallel development of multiple technological routes

Stage 3 · Stock Reconstruction Period (since 2025): Consumers make rational calculations, plug - in hybrids boom, and the premium of pure - electric vehicles disappears

As usual, I'll try to clarify these three stages in this article - and where we are right now.

Stage 1 · Subsidy Period (2015 - 2019): Driven by policies, subsidy fraud was rampant, and infrastructure was non - existent

In 2015, the penetration rate was less than 1%, but China was already the world's largest producer and seller of new energy vehicles.

These two facts are not contradictory. Although a large number of new energy vehicles were sold, to whom? Most were sold to leasing companies, ride - hailing platforms, and for policy - related procurement. Private consumers were the marginal group within that less - than - 1%.

The logic of this stage was very clear: where the policies were, the cars would be sold. Automakers would produce a large number of products in the range with the most subsidies; cities with the densest charging pile coverage had the highest density of new energy vehicles; in cities without license - plate restrictions, the proportion of new energy vehicles was much lower because consumers had no reason to be forced to change their cars.

There was also an ugly and unavoidable reality in this stage: subsidy fraud. Statistics show that in 2016, the amount of subsidy fraud investigated and punished reached as high as 9.2 billion yuan. The operation of enterprises was not complicated - they would build the cars, register them, report the sales, receive the subsidies, and then the cars might not have real users at all.

But even so, this stage had a crucial historical function: it used policy funds to build up the production scale and supply - chain foundation of China's new energy vehicle industry.

Without the large - scale production - capacity investment during the subsidy period, there would be no scale advantage for BYD later, no cost curve for CATL's batteries, and no industrial foundation for NIO, XPeng, and Li Auto to start.

The subsidy period planted the roots, although many of these roots were crooked.

The First Reversal: 2020 - Subsidies Declined, but the Market Didn't Collapse

From 2019 to 2020, subsidies declined significantly. Most people expected that with fewer subsidies, the sales of new energy vehicles would decline.

But things didn't go as expected.

In 2020, despite the impact of the pandemic on the overall auto market, the market penetration rate of new energy vehicles bottomed out and rebounded, continuing to rise from 5% in 2019. Why? Because the first batch of "really good - to - drive" pure - electric products began to appear. Tesla Model 3 was localized in China, and its price dropped from more than 300,000 yuan to 240,000 yuan; BYD Han EV was launched with a cruising range of 700 kilometers; NIO launched the battery - swapping mode, which solved the energy - replenishment anxiety of some users.

The market signal quietly switched from "policy - driven" to "product - driven".

Stage 2 · Competition Period (2020 - 2024): Price War, Leading - Player Effect, and the Great Battle of Technological Routes

This stage was the most exciting and cruel five years for China's new energy vehicle industry.

In 2025, the number of domestic new energy vehicle brands exceeded 50, and the market competition was extremely fierce. More than 80% of the models had official or disguised price cuts, with an average reduction of 8.2%. The price reduction in the new energy vehicle field was as high as 11.3%. Most enterprises fell into the vicious cycle of "losing money on each car sold".

There are two key historical nodes in this stage worth marking.

Node 1: In 2022, the penetration rate exceeded 30%, achieving the national target of 20% three years ahead of schedule.

In this year, the penetration rate of China's new energy vehicles soared to 25.6%, and in the last few months, it had exceeded 30%. This speed stunned the global auto industry. European and American automakers' previous judgment on China's new energy vehicles was: "This is a bubble supported by subsidies, and it will collapse once the subsidies are removed." However, the data from 2020 - 2022 completely disproved this judgment.

Node 2: From 2023 to 2024, the sales of plug - in hybrids grew rapidly, and the assumption that "pure - electric is the future" began to be questioned.

In 2024, the overall penetration rate of new energy vehicles reached 47.6%, among which plug - in hybrids and extended - range vehicles accounted for 20%, and pure - electric vehicles accounted for 27.6%. Plug - in hybrids and extended - range vehicles increased by 77.5% year - on - year, while pure - electric vehicles only increased by 22.6%.

This figure raised a serious question at the market level for the first time: consumers are not as firmly on the side of pure - electric vehicles as we thought.

Another key result of this competition period was the rapid formation of the leading - player effect. The sales volume of BYD alone was equal to the sum of the second to tenth - ranked automakers. CATL's batteries accounted for more than 36% of the global installed capacity. The pattern of the vehicle supply chain achieved a concentration improvement in four or five years that might have taken two or three decades in the traditional auto industry.

The Second Reversal: Plug - in Hybrids Surpassing Pure - Electric Vehicles is a Signal Worth Taking Seriously

In April 2026, in BYD's monthly sales data, the sales volume of plug - in hybrids was 157,200, surpassing that of pure - electric vehicles (156,900) for the first time.

Many people interpreted this as a product - strategy issue of BYD. But this is a misunderstanding of the scope. This is not BYD's story; it is the story of consumers.

Why did Chinese consumers switch from pure - electric to plug - in hybrid vehicles? There is a very rational calculation behind it:

Range anxiety still exists. For commuters in big cities, pure - electric vehicles are completely sufficient. But for users in small and medium - sized cities, rural areas, and those who need to travel long - distance frequently, the density and convenience of charging piles are still not as good as those of gas stations. Even during the May Day holiday in 2026, there was still a need to queue for charging at highway service areas - although the queuing time was reduced from two or three hours to 20 - 30 minutes, the problem still existed, just to a lesser extent.

Plug - in hybrids won in terms of cost - effectiveness in this price range. In the mainstream consumption range of 100,000 - 200,000 yuan, good plug - in hybrids can use electricity in the city (with a 70% lower cost per kilometer than fuel - powered vehicles) and use gasoline for long - distance trips (no need to worry about finding charging piles anymore), and their intelligent configurations are not inferior. Consumers' rational choices naturally tend to the "best - of - both - worlds" option without policy guidance.

This is the most important signal in the third stage: consumers' calculation logic begins to dominate the competition of technological routes, rather than the product planning of automakers or the policy guidance.

Stage 3 · Stock Reconstruction Period (since 2025): The Era of Consumer Sovereignty is Here

In December 2025, the retail penetration rate of new energy passenger vehicles in China historically exceeded 60%, marking a decisive leap for new energy vehicles from "policy - driven" to "market - driven".

A high penetration rate means that China's new energy vehicle market has shifted from an "incremental blue ocean" to a "stock red ocean", and the market competition in 2026 will become more and more intense.

The name "Stock Reconstruction Period" comes from a fundamental shift in market logic: during the subsidy period and the competition period, the core problem in the market was "how to get more people to buy electric cars"; in the stock reconstruction period, the core problem becomes "why should you switch to my car when you already have one".

The dominant logic in the first two stages was a price war: as long as I'm cheaper than you, I can grab market share.

The dominant logic in the stock reconstruction period is an experience war: when your price is similar to your competitors', why should consumers choose you? The experience of intelligent driving, the ecosystem of the intelligent cockpit, the speed of OTA upgrades, and the accumulation of brand reputation.

This also explains why around 2026, everyone is talking about "intelligent driving" - not because automakers suddenly realized the importance of intelligence, but because the market has entered the stage of stock competition, and intelligence has become the most important differentiating factor.

Analogy: Japan Went Through a Similar Curve in the 1990s

To understand the long - term shape of China's new energy penetration curve, there is a cross - era analogy worth referring to: the penetration path of hybrid vehicles in Japan in the 1990s.

In 1997, Toyota launched the first - generation Prius in Japan, with a penetration rate close to 0; by 2005, the penetration rate of hybrid vehicles in Japan was about 3 - 5%; by 2015, the hybrid penetration rate in Japan reached over 35% and then entered a plateau.

What is the shape of this curve? Slow - fast - plateau. It was slow from 1% to 5%, fast from 5% to 30%, and started to level off after 30%.

China's new energy penetration curve basically follows a similar shape, but the time axis has been compressed: it took five years from 1% to 5%, two years from 5% to 30%, and three years from 30% to 60%.

But there is a key difference between the two: the final peak penetration rate of hybrid vehicles in Japan was about 40 - 50% and did not continue to rise to full replacement - because Japan's hybrids never solved the "real pure - electric anxiety".

In theory, China's new energy (especially the combination of plug - in hybrids and pure - electric vehicles) can push the penetration rate to 70% or even higher - but this "higher" will not happen automatically. It depends on whether the charging infrastructure can cover rural areas and highways, whether the battery cost can continue to decrease, and whether the product strength of plug - in hybrids and pure - electric vehicles can be truly developed in the price range below 100,000 yuan.

Mapping: Where Are We on the Curve?

Using the three - stage framework to mark our current position: we are in the early stage of the "Stock Reconstruction Period".

A 60% penetration rate means that new energy vehicles have become the dominant force in the market, but the replacement is far from complete. The remaining 40% of fuel - powered vehicle users are a more difficult - to - reach group: they are used to fuel - powered vehicles, have concerns about charging, and live in areas with weak charging infrastructure coverage.

There is a core unsolved question in this figure: what is the growth logic after 60%?

The subsidy period was driven by policies, the competition period was driven by price wars, and the stock period is driven by product strength. But if we want to push the penetration rate from 60% to 70% or even 80%, what will be the next main driving force? Will it be the sinking coverage of charging infrastructure, the complete elimination of range anxiety brought by solid - state batteries, or the accelerated exit of fuel - powered vehicles due to rising maintenance costs and falling resale values?

There is no answer. But this is the most worthy - of - attention core proposition in this industry from 2026 to 2030.

There is another unanswered question: who is really making money behind the growth of the penetration rate?

In 2025, more than 80% of new energy vehicle models had price cuts, and most enterprises fell into the vicious cycle of "losing money on each car sold". Although the penetration rate is growing rapidly, the overall profitability of the industry is much more fragile than the "prosperity" of the market seems.

We need to wait for another year or two of financial reports to see the answer to this question.

The Framework for Readers: "Three Stages of New Energy Penetration"

The value of this framework is not only for understanding the auto industry. It can be applied to any emerging industry that shifts from "policy - driven" to "market - driven":

Subsidy Period → Those closer to policies win

Competition Period → Those who survive the price war enter the finals

Stock Reconstruction Period → Those with good product experiences can retain users

Photovoltaic, energy storage, commercial drones, humanoid robots... Almost all emerging industries that China supports at the national strategic level are following this path. It's just that each industry has a different time axis, different inflection points, and different core dimensions of "stock competition".

Put this framework on the wall. The next time you see news about any emerging industry, you can first ask yourself: which stage is it in? What is the dominant logic of this stage?

Finally, a word to keep myself sober: this article compresses ten years of history into three stages. This is a