Affordable electric city cars: finally compatible with fleet use
Long-awaited electric city cars are coming of age and becoming serious contenders for urban and suburban fleets. Positioned under 25 000 € Excluding bonuses, they boast WLTP ranges of 250 to 400 km, perfectly suited to everyday business use: field sales staff (85 km/day on average), local technicians, last-mile logistics and shared services.
This democratisation is made possible by the continuing fall in the cost of batteries, estimated at between -15 % and -20 % between 2024 and 2025, driven by the rise of LFP cells, the industrialisation of dedicated platforms and the increase in global volumes (sources: BloombergNEF, IEA).
For businesses, this means that it is no longer necessary to oversize vehicles in order to electrify the fleet: a large proportion of daily use can be covered by compact, optimised models.
From the Renault Twingo to the Kia EV2: electric vehicles under €25,000
The small electric car segment is structured around models with an entry price of under €25,000, or even under €20,000 excluding subsidies on certain versions. Among the new models and developments expected in 2025-2026 are the new Renault Twingo electric, the restyled Dacia Spring, the Citroën ë-C3, as well as future Kia EV2, VW ID.Polo or Skoda Epiq.
These models have a real range of 200 to 300 km in mixed urban/highway use, perfectly suited to sales rounds, technical interventions or local deliveries. Their low weight (1,100-1,300 kg) also reduces energy consumption by 15 to 20 % compared with compact electric SUVs.
Impact on urban fleets and short business uses
For fleets operating mainly in towns or over short distances, these city cars make it possible to replace some of the B/C segment combustion engines with vehicles that are better suited to the realities of the field. They can be used by a wide range of people, including area sales staff, multi-site technicians, municipal services, light logistics, personal services and internal shared mobility.
With actual ranges well in excess of average daily requirements (often 50 to 120 km), the recharging constraint becomes largely manageable, especially if the company has charging points at its depot or sites. At the same time, some of these city cars are introducing two-way functions (V2L or V2G), opening the way to additional uses for the company, such as powering tools or participating in energy services.
These developments are not just prospective: they are already reflected in current market choices.
The best-selling electric cars in France today provide a concrete illustration of the rise in popularity of city cars and vehicles that are genuinely suited to business use. Our analysis of Top 10 best-selling electric cars in France enables us to identify the models that are already popular and their relevance to corporate fleets.
For individuals and businesses
Recharging becomes an arena for fleets: speed, saturation and new standards
The challenge is no longer simply to acquire electric vehicles, but also to recharge efficiently, swithout penalising employee productivity. In 2026, the charging battle will be played out on three levels for fleets: power and architecture (400 V vs 800 V), saturation management on major roads and the adoption of more advanced norms and standards.
Companies that structure a multi-site, multi-scenario recharging strategy (depot, home, customers, motorway) are ahead of the game in terms of TCO and operational availability.
800 V and ultra-fast recharging become the norm
800 V architectures, already present at Hyundai/Kia and Porsche/Audi, are gradually becoming more widespread with the arrival of new models from BMW, Mercedes, Xpeng and Zeekr, particularly in the saloon and SUV segments. This technology makes it possible to achieve very high recharging power (often 200-270 kW or even more) while limiting the heating of the battery and stabilising the load curve.
For a fleet that has to make frequent long-distance journeys, switching to vehicles capable of recovering 200 to 300 km in 10 to 20 minutes makes a real difference to productivity, with less downtime on motorways and greater flexibility in mission planning. Even if the entire fleet is not yet concerned, incorporating this criterion into invitations to tender for “long-haul” vehicles is becoming relevant.
First traffic jams at long-distance stations
A number of studies and field reports published in 2024 and 2025 highlight the occasional saturation of fast-charging stations on major roads, particularly during busy periods. (sources: Automobile Propre, Avere-France). Reports from drivers and the specialist media point to significant queues, particularly on the A6 and A7, where the influx of electric vehicles sometimes exceeds the instantaneous capacity of the stations.
For fleet managers, this means no longer considering the motorway as the main source of energy, but as a complement to a strategy dominated by recharging at the depot, on site and at home. The planning of long journeys, the choice of time slots and the use of tools for reserving or pre-locating charging points all become levers for limiting the operational impact of these bottlenecks.
The end of the battle of the big batteries
The race for raw capacity is reaching its limits: for most fleet applications, carrying 90 or 100 kWh is becoming difficult to defend in economic, ecological and regulatory terms. New models are refocusing on more reasonable batteries, between 40 and 60 kWh, combined with increasingly rapid recharging capabilities.
This paradigm shift is particularly important for businesses, as it reduces the cost of acquisition, weight, energy consumption and environmental impact.’carbon footprint of the park.
40-50 kWh batteries and ultra-fast loads: the new balance
Most recent compact cars and electric crossovers are positioned at around 45-60 kWh, while offering WLTP ranges of 300 to 450 km depending on the model. Coupled with DC recharging at 100-150 kW, these capacities more than cover the needs of fleets, in particular by combining a slow daily recharge with a rapid top-up for exceptional missions.
This average battery and efficient recharging approach optimises the cost/performance ratio.autonomy, This avoids paying for kWh that is rarely used. It also keeps weight down, which improves fuel consumption, comfort and tyre wear.
Weight, cost and ecology: the end of oversized electric vehicles
Very heavy electric SUVs, weighing in at over 2 tonnes and with batteries of 80-100 kWh, are increasingly criticised for their impact on resources, their actual fuel consumption and road infrastructure. For fleets, they also pose problems of access in certain EPZs, insurance costs and, ultimately, compliance with future greening standards.
Conversely, more compact and lighter models offer a better compromise between image, comfort, cost and environmental performance. At a time when CSR objectives are being strengthened and extra-financial reports are incorporating mobility, the gradual abandonment of oversized vehicles in favour of optimised sizes is becoming a major focus of car policies.
The profitability of electric vehicles is becoming obvious to fleets
After several years of comparison, the profitability of electric cars can now be assessed under real operating conditions. In 2026, it will be usage, recharging strategy and fleet management that determine economic performance, much more than the purchase price alone.
Confirmed cost-effectiveness for fleets and businesses
According to a number of analyses of the total cost of ownership, an electric vehicle becomes more competitive than an equivalent internal combustion vehicle when the majority of charging is carried out on site or at home, for annual mileage in excess of 20,000 km (sources: Arval Mobility Observatory). The price of an off-peak kWh is still much lower than the cost of a litre of fuel, even taking into account the rise in certain electricity tariffs.
The tax system reinforces this profitability: VAT can be reclaimed in certain cases, TVS or equivalent benefits for very low-emission vehicles, and regulatory obligations are pushing large fleets to make their fleets greener. Added to this is the gradual reduction in battery costs and, on certain models, a more favourable residual value than expected, particularly when there is strong demand for second-hand vehicles.
Fleets benefit from V2G and intelligent recharging
Le vehicle-to-Grid (V2G) Some models, such as the forthcoming Renault 5 Electric and recent Hyundai/Kia models, are compatible with two-way charging. By combining these vehicles with appropriate energy contracts, companies can feed electricity back into the grid or onto their site during peak periods, generating income or reducing their bills.
Intelligent recharging (smart charging) also enables you to control power, favouring periods of low tariffs, avoiding exceeding the subscribed power and prioritising the vehicles that need to go first. Integrated with fleet management software, this approach transforms recharging into a lever for optimisation rather than a mere technical constraint.
Used electric vehicles explode: liquidity, confidence and volumes
The second-hand electric vehicle market, long considered risky and unclear, is rapidly taking shape with the arrival of the first large volumes of lease and leasing returns on vehicles delivered in 2022-2023. Volumes, transparency on battery condition and new warranties are clearly improving market liquidity.
For fleets, used electric vehicles are not just a way of buying at a lower price: It also makes it possible to make better use of outgoing vehicles and, for certain segments, to build a mixed new/second-hand strategy.
The return of full service leasing to the fleet: structuring the used electric vehicle market
The first large-scale returns of electric cars are now arriving on the market, with known mileage levels, full maintenance histories and often manufacturer warranties still active on the batteries. Second-hand B2B players are beginning to offer dedicated deals for businesses, with finance packages for 2-4 year old vehicles.
This allows fleet managers to integrate recent electric vehicles at a lower cost, for example for less critical uses or for internal pilots, while keeping new vehicles on strategic posts.
Standardised battery and warranty diagnostics
The key to confidence in second-hand electric vehicles is the battery These include its state of health (SOH), its charge cycles and its thermal history. In 2025-2026, diagnostic tools will become widespread, including via trusted third parties who provide standardised reports for each vehicle.
At the same time, the specific warranties on batteries (often 8 years or 160,000 km) and extensions offered by certain vendors reassure companies. This standardisation makes it easier to compare offers, negotiate and, ultimately, integrate second-hand electric vehicles into fleet strategies.
Symbolic milestone of 30 % market share in France
After setting a record in 2025, with a market share of almost 20 % over the year and more than 25 % in certain months, electric cars are approaching the symbolic threshold of 30 % of new car sales. This level firmly establishes the EV as a mass-market technology, and no longer as a niche.
For businesses, this means that the ecosystem - manufacturers, leasing companies, insurers, recharging operators and fleet management services - is sufficiently mature to support an accelerated transition.
Between expanding the offering and the maturity of infrastructures
The range of electric vehicles now covers all categories: city cars, compact cars, SUVs, light commercial vehicles and even some more specialised vehicles. The number of charging points available to the public continues to rise, with an increase in the number of fast and ultra-fast charging points, even if tensions remain on certain corridors.
This combination of a broad offering and more robust infrastructures removes one of the main arguments that led some companies to delay: “it's too early”.
Towards widespread adoption, including in companies
With the increase in greening quotas imposed on public and private fleets, electric vehicles are gradually becoming the norm in the fleets of large companies, particularly for company vehicles in urban areas and service vehicles. Calls for tender are increasingly including a minimum proportion of EVs or very low-emission vehicles.
As the fleet becomes more electric, internal feedback reassures decision-makers and facilitates the roll-out to other segments. Not including electric vehicles in your fleet strategy is now more risky than going ahead, both from a regulatory and a financial point of view.
Plug-in hybrids (PHEVs) are starting to disappear
Sandwiched between increasingly competitive battery electrics and very economical simple hybrids, the PHEV is gradually losing its relevance in fleet policies. On paper, PHEVs boast very low fuel consumption figures, but in real use they consume a lot when drivers don't recharge regularly.
The manufacturers themselves seem to be refocusing their efforts on the 100 % electric and on a few non-rechargeable hybrids, leaving PHEVs to play a more marginal role.
The PHEV increasingly irrelevant in car policies
In car policies, the PHEV had often been approached as a compromise solution for employees reluctant to switch directly to an electric vehicle. But feedback shows that, without the discipline of recharging, the TCO soars, while actual emissions remain high, which poses a problem in terms of CO₂ and CSR objectives.
As the range of electric vehicles expands and infrastructure is strengthened, fleets are opting for electric cars for the most “captive” vehicles (predictable use, access to recharging) and simple hybrids or highly efficient combustion engines for more complex cases, rather than continuing to rely on the PHEV.
Electricity is becoming a major political issue
Electric cars are now at the heart of political debates, driven by issues of climate, purchasing power, industry and regional planning. Decisions on LEZs, purchase subsidies, energy taxation and European targets for 2035 are all having a direct impact on fleet choices.
For companies, this political dimension translates into a need for active regulatory monitoring and rapid adaptation scenarios.
EPZs and incentives: political decisions that have a direct impact on fleets
Low Emission Zones are gradually restricting the circulation of the most polluting combustion engine vehicles in major cities. Although their implementation is subject to adjustments and postponements, the legal framework remains in place, and the medium-term trend is clearly towards reducing emissions.
Support schemes, such as bonuses, social leasing, excess depreciation and local grants, may change from one year to the next, but the overall trajectory remains favourable to very low-emission vehicles. Fleets that anticipate these changes rather than suffer them limit the risks of additional costs and operational bottlenecks.
Elections 2026: electricity at the heart of the programmes
The 2026 elections are likely to put the issues of mobility, taxation and energy back on the table, with visions sometimes diverging on the pace and methods of the transition. However, even if the timetable or certain mechanisms can be adjusted, it is unlikely that the basic direction - reduction of emissions, development of EPZs, electrification of fleets - will be reversed.
It is therefore in the interests of companies to build transition plans that are robust to several scenarios, focusing on choices that remain relevant even if incentives or deadlines change.
Geopolitical pressures and industrial dependence
The rise of Chinese manufacturers and Asia's control of a large part of the battery value chain pose a strategic challenge for Europe. At the same time, the European Union is seeking to strengthen its industrial autonomy through gigafactory projects and targeted protection and support measures.
China, Europe, batteries and a competitive value chain
Chinese manufacturers with strong vertical integration in battery production are offering highly competitive electric vehicles, particularly in the compact and SUV segments, with advanced technologies (LFP, 800 V, dedicated platform). Their arrival on the European market is exerting downward pressure on prices and forcing the incumbent players to speed up their transformation.
At the same time, Europe is supporting the creation of gigafactories and industrial partnerships to secure the production of cells, modules and packs, with the aim of reducing dependence on Asian imports.
This move is essential to guarantee a stable and competitive offer for fleets in the medium term.
Re-industrialisation or dependence: the electricity industry equation
Future policy choices, such as the level of customs duties on certain vehicles, local content requirements to qualify for subsidies, and stricter environmental standards for production, will determine whether Europe succeeds in building a competitive industry or remains permanently dependent.
For businesses, this means it can be a good idea to diversify suppliers, not to rely on a single country or technology, and to keep an eye out for announcements that could affect prices or delivery times.
New architectures, models and emerging segments: what companies need to anticipate
Beyond the major trends, 2026 will also see the emergence of new architectures and segments that could change the way a fleet is organised: mid-size cars, more compact urban SUVs, vehicles that are natively connected and highly integrated with the company's information system.
Fleet managers need to anticipate these developments to avoid locking their fleets into architectures that could quickly become obsolete.
Urban SUVs, small urban models, micro electric cars
Urban SUVs and compact crossovers continue to gain ground, offering a compromise between image, comfort, size and ZFE compatibility. At the same time, electric micro-cars and very compact vehicles inspired by kei-cars or advanced quadricycles are positioning themselves for use in city centres, last-mile logistics or local services.
For fleets, this means that the range of choices extends beyond the simple “city car or SUV” duo, and it becomes possible to allocate vehicles that are precisely adapted to each mission, optimising TCO and regulatory compliance.
The connected electric car: key technologies for fleet management
Recent electric vehicles are designed to be natively connected: real-time data feedback, geolocation, consumption monitoring, remote diagnostics, integration with telematics platforms or fleet management and recharging software.
For companies, this connectivity is a major lever for optimisation: better visibility of usage, reduced downtime, control of recharging according to real needs and continuous improvement in TCO thanks to data. This is precisely the role of a tool like Beev's Fleet Manager, which centralises vehicle and charging data, automates monitoring and provides decision-making dashboards for continuous adjustment of the electric car policy.
Eventually, the ability to exploit this data will become a clear differentiating factor between high-performance electrified fleets, managed via a unified platform, and fleets that have simply converted to electric power without any real strategy or data governance. With this in mind, integrating a management tool like Fleet Manager is a key factor in the park's competitiveness.
Conclusion: how should fleets prepare for the electric market of 2026?
Preparing for the electric vehicle market of 2026 is no longer a matter of following a trend, but of structuring a fleet strategy now that is capable of absorbing the technological, economic and regulatory acceleration underway.
Electric city cars are finally accessible, batteries are better sized, 800 V architectures are becoming more widespread and the second-hand market is gaining momentum, making electric vehicles fully exploitable on a large scale. Companies that know how to combine the right choice of models, a coherent recharging strategy and fine-tuned management of usage data can look forward to a profitable future.
In an ever-changing political, regulatory and geopolitical environment, the electric car is no longer an exception to be phased in gradually, but a strategic foundation on which to build the car policies of tomorrow, with a clear horizon: operational performance, cost control and sustainable compliance by 2030.
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