Why the Volvo EX60 is of particular interest to businesses
For several years now, companies have been focusing on electrifying their fleets in the city and compact segments. Service vehicles, captive use and urban journeys are now mostly compatible with the 100 % electric. On the other hand, premium company vehicles, long-distance itinerant profiles and jobs with high availability requirements remain more complex to electrify.
It is precisely on this point that the Volvo EX60 is a game-changer. It is positioned as an electric vehicle for structural transition, capable of replacing diesel SUVs or plug-in hybrids without any major compromise on usability.
For companies subject to greening quotas (LOM), EPZs and CSR objectives, this type of model is becoming strategic: it makes it possible to electrify hitherto “blocking” segments without damaging driver acceptance or operational performance.
As well as complying with regulations, the EX60 is part of an ongoing economic rationality and image. It targets employees with high added value for the company - executives, managers, technical experts, key account sales people - for whom the vehicle remains a work tool, but also a marker of status and comfort.
810 km of’autonomy WLTP: what is the reality for fleet use?
The 810 km WLTP the Volvo EX60 is one of the world's leading Longest-lasting electric SUVs of the market in its category. This value is a strong signal, but it must be analysed in the light of actual professional use, far from standardised cycles.
810 km WLTP vs real needs: sales people, managers, top management
In practice, the profiles concerned by an EX60 fleet generally cover between 25,000 and 40,000 km per year. These journeys involve a mix of motorway and secondary roads, often with a heavy load (passengers, luggage, equipment) and significant time constraints.
Even applying a realistic degradation coefficient compared with the WLTP, the real range expected from the EX60 would still be the same as the WLTP.The average distance travelled on stabilised motorways is between 500 and 600 km. This easily covers a full day's business travel without intermediate recharging.
For a key account sales person, a regional manager or a travelling executive, this endurance greatly reduces dependence on public recharging and limits unplanned stops. In this way, electric vehicles can be used for purposes similar to those of internal combustion vehicles, a key factor in their acceptance by premium fleets.
Fewer stops, greater flexibility: impact on long-distance services
A high level of autonomy is more than just a maximum distance that can be covered. Above all, it offers operational flexibility: the ability to link several appointments together, to deal with unforeseen circumstances or to extend a mission without having to reorganise logistics.
For a fleet, this means :
- less driver stress,
- less dependence on fast terminals,
- more flexible planning of long-distance journeys.
Combined with ultra-fast charging, this range makes electric cars a genuinely credible solution for “long-distance” drivers, a segment historically dominated by diesel.
Converting your fleet to electric: the complete guide
800 V and 340 km recharging in 10 minutes: an asset for productivity
What difference does this make to the day-to-day running of fleets?
A 800 V architecture makes it possible to achieve very high recharging power while limiting heat loss. CIn practical terms, the EX60 would be capable of recovering around 340 km of range in around ten minutes on a fast terminal compatible.
For a fleet, this translates into a reduction in unproductive time, better adherence to mission schedules and a much more positive perception of electric power among heavy-duty drivers. Recharging is no longer something you have to put up with, it becomes an integral part of your working rhythm.
Less time connected, more vehicle availability
In a fleet, vehicle availability is a key indicator. The more time a vehicle spends idle, the higher its real running cost.
The EX60's ultra-fast recharging enables :
- limit non-depository fixed assets,
- reduce the need to oversize battery,
- optimise the use of shared vehicles.
Eventually, this capacity may even influence fleet sizing, by reducing the number of vehicles needed to cover the same volume of missions.
SPA3 platform, cell-to-body and mega-casting: what impact on TCO?
After range and charging, there's another structural element that explains the Volvo EX60's claimed performance: its technical base. The model is based on the new SPA3 platform, developed by Volvo for its future new-generation electric vehicles.
Unlike architectures adapted to electric vehicles after the fact, the SPA3 platform was designed from the outset for the electric 100 %. In particular, it incorporates a cell-to-body approach, in which the battery becomes a structural component of the vehicle, integrated directly into the chassis.
Fuel efficiency, weight and behaviour: what the fleet gains
The technological choices made by Volvo on the SPA3 platform have a direct impact on the total cost of ownership. The structural integration of the battery reduces the overall weight of the vehicle while improving rigidity and energy efficiency.
For a fleet, these gains mean more stable fuel consumption, more controlled wear and tear on components and safer roadholding, appreciated on long, repeated motorway journeys.
At fleet level, this stability of use limits differences in consumption between drivers, reduces premature wear and tear on certain components (brakes, tyres, suspension) and improves the predictability of operating costs. These are key factors when it comes to arbitrating long-term contracts and assessing the vehicle's residual value.
Mega-casting: industrial gains, but what impact in the event of a disaster?
The Volvo EX60 also introduces the use of mega-casting, a manufacturing technique which consists of producing large parts of the chassis in a reduced number of parts. This approach allows Volvo to simplify assembly, reduce manufacturing costs and improve the structural coherence of the vehicle.
For companies, this innovation represents a twofold challenge. On the one hand, it contributes to best overall qualitye, increased rigidity and consistent performance over time. On the other hand, it legitimately raises the question of reparability in the event of a major claim. On this point, the manufacturer's initial communications indicate that repairs will be governed by specific procedures, with a trained network and appropriate protocols.
From a fleet perspective, this means above all incorporating these parameters into the insurance policy, risk analysis and choice of cover levels. As with any new architecture, the maturity phase will need to be closely monitored, but this does not call into question the overall value of the model for intensive professional use.
Use the TCO simulator to calculate the total cost of ownership of your car and compare it with its internal combustion equivalent.
Battery management designed to last
The battery remains the central element in the value of an electric vehicle in a fleet. The EX60 is designed for long-term operation, with a focus on durability rather than one-off performance.
Good practice to protect the battery in professional use
Volvo communicates on advanced battery management integrating :
- optimised thermal control,
- intelligent limitation of extreme loads,
- native compatibility with smart charging.
For fleets, this makes it easier to implement simple rules:
- daily AC charging,
- fast charging reserved for occasional needs,
- loads limited to 100 % for standard uses.
These practices help to preserve capacity over the long term and secure residual value.
Warranty up to 10 years: impact on leasing and residual value
Volvo is announcing an extended warranty of up to 10 years on certain key components.
For long-term leasing contracts, this period is particularly attractive:
- it broadly covers the usual holding cycles (36 to 60 months),
- it reassures leasers and second-hand buyers,
- it limits the financial risk for the company.
A battery that is well guaranteed and well managed becomes a controlled asset, and no longer a factor of uncertainty.
Safety, comfort, image: the arguments that count in a car policy
Beyond the figures, a company car must meet human and symbolic criteria, which are often decisive in the acceptance of change.
Volvo DNA: active safety, driver peace of mind and risk reduction
Safety remains one of Volvo's historical pillars. The EX60 features advanced driver assistance, collision avoidance and driver monitoring systems. For companies, this means a potential reduction in road risk, which is an issue in terms of employer responsibility.
A calmer driver is also a more concentrated driver, less stressed and more productive over time.
Attracting employees: EX60 as an employer brand lever
At a time when certain profiles are under pressure, the company car remains a key element in the employer proposition. Offering a premium, high-performance and responsible electric SUV like the EX60 helps to align image, CSR and attractiveness.
It is becoming a loyalty-building tool, particularly for executives and managers who are sensitive to comfort, technology and environmental impact.
How to integrate the Volvo EX60 into an existing fleet
The EX60 is not intended to replace the entire fleet. It is part of a rational, segmented fleet strategy.
Which employee profiles are best suited
The EX60 is particularly interesting for :
- Long-distance commuters,
- Multi-site managers,
- Management functions,
Certain technical or strategic commercial experts.
These profiles take full advantage of range, fast charging and premium comfort.
EX60 in a fleet mix: complementing electric city cars and vans
In a balanced fleet, the EX60 complements :
- electric city cars for urban use,
- electric vans for logistics,
- possibly a few simple hybrids for very specific cases.
This fleet mix approach optimises overall TCO while complying with regulatory and operational constraints.
What a company needs to consider before integrating the Volvo EX60
The integration of a high-level vehicle requires upstream preparation, particularly in terms of infrastructure and piloting.
Suitable recharging infrastructure
Even with a long range, the EX60 requires appropriate charging: on-site AC charging points, home solutions for eligible drivers and controlled access to fast charging. The issue is not so much the quality of the charging points as their integration into actual usage.
Monitoring TCO and usage via fleet management software
To take full advantage of EX60, companies need to rely on tools capable of centralising vehicle data, recharging and costs.
Software such as Fleet Manager makes it possible to monitor actual usage, identify discrepancies between theoretical range and usage in the field, optimise recharging strategies and adjust the car policy on an ongoing basis.
In the case of premium vehicles with a long range, this management is essential to avoid over-sizing, to secure residual value and to demonstrate the profitability of electric vehicles to financial management.
This data-driven approach is essential if we are to transform a premium vehicle into an economic performance driver.
Something to remember for fleet managers
With the EX60, Volvo is not content to simply offer a new high-performance electric SUV: the manufacturer is directly addressing the remaining obstacles to the complete electrification of fleets. Extended range, ultra-fast charging, architecture designed for durability and premium positioning make this model a credible candidate for replacing combustion or plug-in hybrid vehicles in applications that have been difficult to convert until now.
For companies, however, the challenge is not limited to choosing the right vehicle. Integrating a model like the Volvo EX60 requires a comprehensive approach, including a detailed analysis of usage patterns, adaptation of recharging infrastructures, control of TCO over time and support for drivers as they make the transition. This is precisely where the value is created, or lost, in an electric fleet strategy.
With this in mind, Beev supports companies well beyond the simple deployment of vehicles. Thanks to its market, regulatory and operational expertise, Beev helps fleet managers to position the right models at the right place in the fleet, to anticipate the real financial impact and to secure decisions over the long term.
With Fleet Manager, With the Electric Vehicle Management System (EVMS), fleet managers have a centralised tool to manage their electric vehicles, monitor actual usage, control costs, supervise recharging (on site, at home, roaming) and continuously adjust the car policy. At a time when vehicle models are becoming increasingly autonomous and technologically complex, this kind of management is becoming essential if the promise of electric vehicles is to be transformed into tangible operational performance.
The Volvo EX60 illustrates a fundamental change: electric vehicles are no longer a compromise, but a future standard for demanding fleets. Companies that know how to structure their strategy, vehicles, recharging and management tools now will have a sustainable advantage by 2030.
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