Summary of Key Points
This news article discusses the differences in vehicle age, replacement cycles, after-sales market demand, technological advancements, and resale values between traditional fuel vehicles and new energy vehicles. The main conclusion is that the industrial life cycles of the two have completely diverged: fuel vehicles are entering a period of high maintenance needs for older models, creating a trillion-dollar market for after-sales services; in contrast, new energy vehicles, due to their relatively recent development and rapid technological updates, have shorter replacement cycles but also experience a steady decline in resale values.
Detailed Analysis
1. Fuel Vehicles Age Slowly, New Energy Vehicles Are Replaced Frequently – The Two Truths Behind the Difference in Vehicle Age
The average age of fuel vehicles is 8.2 years (with over 60% being more than 7 years old), while new energy vehicles have an average age of only 1.8 years (90% are 1-3 years old). This significant difference is not due to the superior quality of fuel vehicles but rather two key factors:
- New energy vehicles are “younger” because of their recent popularity: The adoption of new energy vehicles has surged in the past five years; for example, before 2020, very few were sold, and most of the vehicles on the roads today were purchased in the past three years, resulting in a younger average age.
- New energy vehicles are replaced frequently because of rapid technological advancements: Technologies such as battery range, intelligent driving capabilities, and charging speeds are evolving rapidly. A vehicle bought in 2021 with a range of 500 kilometers may have a range of 700 kilometers by 2024, making the older model quickly obsolete. Additionally, policies that encourage vehicle replacement (such as subsidies for old vehicles) motivate owners to upgrade every 3-5 years, whereas fuel vehicles typically require a replacement cycle of 6-8 years.
In simple terms, there are more “old classics” among fuel vehicles and more “new models” among new energy vehicles, but the latter are updated so quickly that they become obsolete much sooner.
2. The Fuel Vehicle After-Sales Market Is Becoming Very Profitable – A Trillion-Dollar Maintenance Demand
With an average age of 8.2 years, a large number of fuel vehicles are entering a period of regular maintenance needs, requiring repairs for engine leaks, worn-out chassis parts, and brake pads. Industry experts say that traditional maintenance services (such as oil changes and gearbox repairs) have created a trillion-dollar market. For example, a 10-year-old fuel vehicle may require several thousand dollars in repairs each year. Given that there are 370 million vehicles in the country, this market is enormous. For car owners, the cost of maintaining older fuel vehicles is increasing; for businesses, now is a good time to enter the fuel vehicle parts and repair industry.
3. New Energy Vehicles Are Upgraded Like Mobile Phones – Rapid Development and Constant New Models
The development cycle for new energy vehicles is as fast as that of consumer electronics:
- High number of new models released: 71 new models were launched from January to May this year, more than in previous years. Domestic brands dominate the pure electric vehicle market, while joint ventures focus on hybrid and extended-range models (such as BYD DM-i and Li Auto’s extended-range vehicles).
- Short development cycles: It used to take 5 years (60 months) to develop a fuel vehicle, but now it only takes 2 years (24 months), similar to the frequency of new smartphone releases.
The reason for this rapid development is that the core components of new energy vehicles—batteries, motors, and control systems—as well as intelligent technologies—evolve much faster than those in fuel vehicles. To stay competitive, automakers must release more models regularly to avoid being overtaken by competitors.
4. New Energy Vehicles’ Resale Values Are Dropping – The Chain Reaction of Rapid Updates and Frequent Replacements
The rapid pace of technological advancement leads to lower resale values for new energy vehicles:
- Data from June shows that the resale value of all new energy vehicles aged three years has declined month-over-month. For hybrid models, this decline is even more pronounced, with only 44.2% of their original value remaining after three years. The reason is simple: new models with improved technology are quickly becoming more attractive to buyers, and as more owners replace their vehicles, the supply of older models on the used car market increases, driving down prices.
For potential buyers of new energy vehicles, this means they should be prepared for a decrease in value over time. For automakers, low resale values can affect consumer purchasing decisions, posing a significant challenge.
5. Clear Industrial Differentiation – Fuel Vehicles Focus on Existing Stock, New Energy Vehicles Compete for Growth
The business models for fuel and new energy vehicles are fundamentally different:
- Fuel vehicles rely on existing stock: Sales of new vehicles have slowed, but the maintenance and parts market remains strong, so fuel vehicle companies are focusing more on after-sales services.
- New energy vehicles compete for growth: With rapid model updates and a high number of new models released, the competition focuses on who can innovate faster and offer a wider range of products. However, this also means that customers will likely replace their vehicles soon.
This differentiation indicates that in the coming years, fuel vehicle businesses will focus on maintenance and repair services, while new energy vehicle companies will need to focus on developing and selling new models. New energy vehicles must address the issue of lower resale values to retain customers.
Conclusion
The fundamental difference between fuel and new energy vehicles lies in the speed of technological advancement: fuel vehicle technologies are mature and stable, resulting in longer vehicle lifespans and a larger after-sales market; new energy vehicles, with their rapid technological evolution, have shorter lifespans and higher replacement rates but lower resale values. For consumers, purchasing a fuel vehicle requires considering long-term maintenance costs, while buying a new energy vehicle means accepting potential value loss over time. For the industry, the after-sales market for fuel vehicles represents a promising opportunity, while new energy companies need to balance rapid innovation with maintaining healthy resale values.