Over the past few years, electric vehicles (EVs) have become one of the most debated topics in the automotive industry. Governments, manufacturers and consumers are all closely watching a technology that is reshaping the global car market. Beyond political debate, however, the numbers paint a more nuanced picture.
Global sales continue to rise, although at different speeds across regions, while issues such as charging infrastructure, purchase costs and the overall environmental impact remain central to the discussion.
Contents
Sales continue to grow, but at different speeds
According to data published by the International Energy Agency (IEA), the European Automobile Manufacturers’ Association (ACEA) and leading market analysts, global electric vehicle sales continue to expand. In 2025, more than 17 million electric cars were sold worldwide, accounting for over 20% of all new vehicle registrations.
China remains the world’s largest EV market, representing roughly two-thirds of global sales, supported by strong domestic manufacturers and long-standing government incentives.
In Europe, growth has been more moderate. In several countries, the gradual reduction of purchase incentives and weaker consumer demand have slowed the expansion of fully electric vehicles, while hybrid models have gained market share more rapidly.
Italy remains below the European average, with battery-electric vehicles accounting for only a limited share of new registrations. Petrol, diesel and especially hybrid vehicles continue to dominate the market.
In the United States, adoption varies considerably by region. States such as California lead the transition to electric mobility, while conventional internal combustion vehicles still account for the majority of registrations across much of the country.
Range and charging remain key considerations
Vehicle range has improved significantly compared with the first generation of electric cars. Many current models officially offer between 400 and more than 600 kilometres on a full charge under standard testing conditions.
Real-world driving conditions, however, often produce different results. Outside temperature, driving style, motorway speeds, passenger load and climate control usage can all reduce effective range.
Charging infrastructure continues to expand. Europe now has hundreds of thousands of public charging points, although their distribution remains uneven. Countries such as the Netherlands, Germany and France have particularly dense charging networks, while other regions still have limited coverage.
Charging times also vary substantially:
- 20 to 40 minutes using ultra-fast DC chargers to recover most of the battery capacity
- several hours at standard public charging stations
- overnight charging at home, depending on the available electrical supply
For drivers who frequently travel long distances or cannot install a private charger, charging availability remains one of the most important factors when choosing an electric vehicle.
Purchase price and running costs
Electric vehicles generally remain more expensive to purchase than comparable petrol or diesel models, although the price gap has narrowed as production volumes have increased and competition has intensified.
Operating costs can be lower. Numerous studies indicate that electric cars usually require less routine maintenance, largely because electric powertrains contain fewer moving mechanical components.
Charging costs may also be lower than the cost of petrol or diesel, particularly for drivers who recharge at home during off-peak electricity pricing. Fast public charging, however, is often considerably more expensive, reducing part of that financial advantage.
The main strengths and limitations
International studies consistently identify several advantages associated with electric vehicles. Among the principal benefits are:
- zero tailpipe emissions during driving
- quieter operation
- instant torque and smooth acceleration
- lower maintenance requirements
Frequently cited limitations include:
- higher purchase prices
- longer charging times compared with conventional refuelling
- reduced driving range under certain weather conditions
- uneven charging infrastructure
- uncertainty regarding long-term resale values in a rapidly evolving market
Environmental impact: looking beyond tailpipe emissions
Environmental performance is one of the most important aspects of the electric vehicle debate. During everyday driving, electric vehicles produce no direct exhaust emissions, whereas petrol and diesel cars emit carbon dioxide and other pollutants through their exhaust systems.
A complete environmental assessment, however, considers the entire vehicle life cycle, including manufacturing, operation and end-of-life recycling.
Battery production requires raw materials such as lithium, nickel, cobalt and graphite, whose extraction involves energy consumption and environmental impacts that vary depending on mining practices and local energy sources.
Most international life-cycle studies conclude that electric vehicles generally produce lower overall greenhouse gas emissions than comparable internal combustion vehicles, particularly in countries where electricity generation increasingly relies on renewable energy.
Battery recycling and the circular economy
Battery recycling remains one of the industry’s biggest long-term challenges. The European Union has introduced increasingly strict regulations designed to improve the recovery of valuable materials, including lithium, cobalt and nickel, reducing dependence on newly mined resources.
Many used EV batteries are also being given a second life as stationary energy storage systems before entering dedicated recycling facilities.
Significant investment is currently being directed towards improving recycling technologies, increasing material recovery rates and lowering the environmental footprint of battery production.
A rapidly evolving market
The latest figures show that electric mobility continues to expand worldwide, although at different speeds depending on the country and the maturity of local infrastructure. Sales are increasing, driving ranges continue to improve and charging networks are expanding, while manufacturers and policymakers work to reduce costs, improve battery technology and strengthen recycling systems.
For consumers, the choice between an electric vehicle and an internal combustion engine still depends largely on individual needs, including annual mileage, access to charging facilities, purchase budget and everyday driving habits. More than ever, market data and technological progress provide the clearest picture of where the automotive industry is heading.
