Between the attractive purchase prices and the shock of selling at huge losses, the used electric car market today is experiencing a great paradox. After years of insane rise in the prices of new electric cars, the first owners are facing a sharp loss in the market value of their vehicles compared to gasoline and hybrid cars.
This contradiction puts the “resale” sector under the microscope and raises a pressing question: Have used electric cars become a valuable catch for smart buyers or a deferred financial trap?
In this report, we review the dimensions of this crisis, consumer concerns, and the solutions offered by car companies to restore economic balance to this promising market.
Numbers and facts
Economic data for the car markets in the United States, Europe and the United Kingdom indicate that electric cars lose their value much faster than conventional cars, with electric vehicles recording a decline in value over five years at a rate exceeding the market average by about 13%.
While a traditional gasoline-powered car retains about 64% of its original value after two to three years, and hybrid cars reach 66%, an electric car of similar age retains only 46% of its original value.
Reasons for the price collapse
This sharp decline in the market value of used electric cars is not due to a single factor, but rather is the result of the combination of a package of economic, technical, and structural factors that have intertwined to form together the current market landscape. These underlying causes can be broken down into the following axes:
- Excess supply and expiring leases: The markets are currently witnessing a huge influx of electric vehicles emerging from financing and leasing contract periods, or belonging to tourism companies and business fleets. This sudden injection created an imbalance in supply and demand, with supply far exceeding the current purchasing desire.
- Price war for new models: Fierce competition has flared up between the giants, who have resorted to lowering the prices of their new cars and introducing economic categories supported by government incentives. This decline in “Zero” prices automatically pushed used car prices towards a new low in order to maintain their minimum level of competitiveness.
- Accelerating technological progress: Battery technology, charging speeds, and self-driving systems are developing on a remarkable annual basis. Models that were produced a few years ago now seem “old and outdated” compared to current models that give the buyer a much longer driving range, and at the same approximate price, which makes previous generations lose their investment appeal.
- Battery and warranty obsession: The fear of deteriorating battery performance and the astronomical replacement costs remain the biggest stumbling block to reviving the used market. The operating energy of the car represents between 20% and 30% of its total value upon purchase, and the cost of replacing the battery generally ranges between $5,000 and $16,000, and in some luxury models it may jump to $30,000.
What fuels these fears and pushes them to the forefront rapidly is the noticeable increase in the number of electric cars that have begun to come out of the manufacturer’s warranty, as estimates indicate that this category will grow from 32,000 cars in 2025, to reach 98,000 by 2028, and approximately 720,000 cars outside of warranty by 2032.
The battery: between illusion and reality
The battery is the most expensive component of an electric vehicle, as it alone constitutes between 20% and 40% of the vehicle’s manufacturing cost. Accordingly, the consumer’s greatest fear when considering a purchase is the possibility of damage, especially with the increasing number of cars approaching the factory protection exit in the coming years.
Despite these legitimate material concerns, technical data issued by specialized research institutions and field studies that included thousands of vehicles reveal different facts that may dispel this exaggerated concern, as the general rate of complete battery damage in modern electric cars does not exceed 0.3%.
The data shows that the average efficiency and health of the battery remains at 93% to 97% after traveling distances of up to 70,000 kilometers, and decreases slightly to remain close to 90% even after exceeding 200,000 kilometers. Also, the vast majority of batteries on the used market maintain a health rate higher than 80%, which means that the loss in realistic driving range is very slight.
Despite these reassurances, the absence of unified and binding official standards to publicly evaluate battery health upon sale remained for a period a major obstacle to trading used cars with confidence.
Advice from car experts
Technical expert, Engineer Jihad Muhammad Al-Bashir, director of one of the major maintenance centers in Qatar, says that although the battery represents the greatest concern for the consumer, maintaining its efficiency and lifespan remains dependent on a smart and conscious usage pattern by the vehicle driver.
Al-Bashir explained in statements to Al Jazeera Net that protecting power cells depends on basic pillars, which include completely avoiding consuming the battery charge up to the 0% level, and regulating charging levels by avoiding 100% full daily charging as a routine procedure, and relying instead on slow and reliable chargers, as well as keeping the vehicle’s operating temperature moderate to protect the internal components from thermal stress.
A profitable deal or a costly dilemma?
In an attempt to answer the most prominent dilemma in this market, the technical expert said that the ruling depends mainly on the buyer’s awareness, budget, and daily use pattern. Owning an advanced technological car is a very profitable deal for buyers with medium budgets who are looking for a vehicle for daily use within cities. He pointed out that this allows them to benefit from the low operating expenses and the almost non-existent cost of maintenance compared to gasoline cars, especially with the availability of modern warranty certificates.
But, on the other hand, he believes that the purchase may turn into a costly predicament if the consumer rushes to acquire very old electric cars (first generation models) that have a limited driving range and are outside the warranty, or cars that have been subjected to repeated rapid charging that weakens the battery capacity, without obtaining an approved technical inspection report or a certificate guaranteeing their health condition.
With the acceleration of the adoption of battery inspection certificates and innovative guarantees, the balance of the used electric car market has gradually begun to shift from an “unknown risk” to a smart investment and operational opportunity, provided that strict technical examination and reliance on reliable purchasing sources.
