The year 2026 is shaping up to be a watershed year for electric mobility, with technological innovations, stricter regulations, and exponential market growth shaping the future of the industry.
Emerging trends point to an accelerated maturation of the market, with higher-performance vehicles, more ubiquitous infrastructure, and increasingly deep integration with the overall energy system.
Growing autonomy and new battery technologies
The range of electric vehicles will continue to increase significantly. As an example, the new Nissan Leaf 2026 will debut with 604 km of range, representing a substantial improvement over previous generations and the current average electric vehicle. This increase is made possible by the declining cost of lithium-ion batteries and increased production of more affordable and high-performance electric models.
Solid-state batteries are expected in high-performance premium vehicles and could cover 10 percent of global demand for electric vehicle batteries and storage by 2035. This technology promises higher energy density, shorter charging times, and greater safety than conventional batteries, opening up new scenarios for electric vehicle range and performance.
By 2030, there will also be an improvement in electric cars in terms of range and charging times. We will also see a spread of plug-in hybrid cars with more than 200 km of electric range, which will be a technology bridge for many companies and users who need more operational flexibility.
V2G technology: from the car to the network
Among the most interesting functions of the new electric vehicles is Vehicle-to-Load (V2L), which allows electric devices to be powered by connecting them directly to the car, even from the trunk, turning the vehicle into a mobile powerbank. This feature, already present in some vehicles, will open up interesting scenarios for outdoor activities, emergencies and professional applications.
Vehicle-to-Grid (V2G) compatibility will also become increasingly popular in Europe, allowing energy to be returned to the grid in the future and help stabilize the system, as well as reduce household energy costs through energy arbitrage strategies. V2G allows electric vehicles not only to draw power from the grid to recharge their batteries, but also to release power to the grid when economic and operational conditions make it advantageous.
V2G vehicles can act as a distributed battery network, absorbing excess energy when renewable production is high (such as during the middle hours of the day with strong sunlight) and releasing it when demand exceeds supply (typically in the evening hours). This dual purpose makes the energy system increasingly efficient and less wasteful, turning EVs into active energy assets.
At the heart of the V2G system is a bidirectional power inverter, which manages the flow of energy in both directions between the vehicle battery and the grid. Vehicle owners can set parameters such as the minimum level of charge to be preserved, ensuring that the car is always ready for use when needed, while grid operators can intelligently manage vehicle charging and discharging to optimize energy balance.
Market growth and forecast 2026
Electricity consumption related to electric vehicles is projected to increase 2.4-fold between 2025 and 2030, requiring significant adjustments in grid infrastructure and generation capacity. In several countries, electric fleets will surpass combustion fleets within the next few decades, marking a momentous change in global mobility.
Nearly two-thirds of global EV sales are expected to come from China, followed by Europe with 17 percent and the United States with 7 percent, confirming the geographic dynamics of the market. By 2026, some manufacturers expect to have six electric modelsin the range, accounting for at least 20 percent of European sales, testifying to the acceleration of the transition.
In the European context, electric cars could touch a market share of between 20 and 24 percent in 2025-2026, supported by favorable regulations and expanding supply. However, the sector also faces challenges: some automakers are calling for more regulatory support to sustain demand, highlighting the need for coordinated policies at the European level.
AFIR regulations and charging infrastructure
The Alternative Fuels Infrastructure Regulation (AFIR) directive requires that by 2025 there must be at least one public charging station every 60 km along major European arteries, ensuring the continuity of electric mobility over long distances. By December 31, 2025, each group of charging stations must provide a power output of at least 400 kW and with at least one charging point with a single power output of at least 150 kW, ensuring fast and efficient recharging.
This means that in the coming years the charging network will be increasingly extensive, widespread and powerful, gradually eliminating the range anxiety that is still a psychological barrier for many potential buyers. AFIR also contemplates the creation of accessible and interoperable charging points across the EU, through the adoption of common standards for charging connectors and services, simplifying the user experience.
The legislation aims to create a homogeneous charging ecosystem across Europe, where users can recharge anywhere with the same payment methods and standardized interfaces, overcoming the current fragmentation of the market. This is a key element in the widespread deployment of e-mobility, especially for those who frequently travel between different European countries.
Corporate fleets and new European regulations
In 2026, company fleets are the focus of European regulatory attention: the EU Commission is working on new rules that could mandate increasing shares of electric vehicles in company fleets, with targets as high as 50 percent by 2027 and possibly 100 percent by 2030.
This approach is based on the recognition that corporate fleets are a key sector for accelerating the electric transition: about 60 percent of the new car market in Europe is for corporate fleets and rental services, making this segment crucial to achieving decarbonization goals.
Industry players stress the urgency of setting electrification targets for corporate fleets, accompanied by a stable regulatory environment, national targets for charging networks, and targeted support for buyers. The most prepared companies are therefore planning for the transition with strategies tailored to the local context, fleet type, and specific ESG goals.
Future developments
Thus, 2026 represents a crucial year for electric mobility, with technological innovations that will make electric vehicles increasingly high-performance, affordable, and integrated into the overall energy system. The convergence of mobility and energy is creating new opportunities and redefining traditional business models, with the most innovative companies already experimenting with integrated solutions that combine electric fleets, renewable energy, and smart management systems.
Powy accompanies you in the transition to electric mobility with flexible charging solutions for businesses and public administrations. Contact us for a free consultation and start your path to a sustainable future.
FAQ: Frequently asked questions aboutelectric mobility in 2026
What will the range of electric vehicles be in 2026?
The range of electric vehicles is growing significantly: the new Nissan Leaf 2026 offers 604 km of range, representing a substantial improvement. This is made possible by the falling cost of lithium-ion batteries and technological advances. Solid-state batteries, expected in premium vehicles, promise further increases with greater energy density. By 2030, plug-in hybrid cars will offer more than 200 km of electric range.
What is V2G technology and what benefits does it offer?
Vehicle-to-Grid (V2G) technology enables electric vehicles not only to draw energy from the grid to recharge their batteries, but also to give energy back to the grid. In Europe, V2G compatibility will allow energy to be returned to the grid, help stabilize the system and reduce household energy costs. V2G vehicles act as a distributed battery network, absorbing excess energy from renewables and releasing it when needed.
What are the obligations of the AFIR regulations for 2025-2026?
The AFIR directive mandates that by 2025 there must be at least one public charging station every 60 km along major European arteries. By December 31, 2025, each group of stations must provide a power output of at least 400 kW and with at least one 150 kW charging point. The legislation also calls for accessible and interoperable charging points throughout the EU with common standards.
How much will the electric mobility market grow in 2026?
Some manufacturers predict that electric models will account for at least 20 percent of European sales by 2026. Electric cars could touch a market share of between 20 and 24 percent in 2025-2026. In several countries, electric fleets will surpass combustion fleets within the next few decades.
What European regulations will affect company fleets in 2026?
The EU Commission is working on new rules that could mandate increasing shares of electric vehicles in company fleets, with targets as high as 50 percent by 2027 and possibly 100 percent by 2030. Already, a large portion of the new car market in Europe is for corporate fleets and rental services, making this segment crucial to decarbonization.
About Powy
Powy a company that owns, develops, and manages Italy's leading independent network of public charging infrastructure for electric vehicles.
Founded in Turin, Italy in 2018, Powy is at the center of the transition to more sustainable mobility, offering an innovative charging infrastructure that uses only 100 percent renewable energy.
Powy 's network includes quick, fast, and ultra-fast charging solutions strategically placed in public and private parking lots, supermarkets, shopping malls, and transportation hubs to ensure maximum convenience and accessibility for EV drivers. Each station is equipped with advanced technologies to provide a reliable and efficient charging experience.
Learn more: wpowy.energy