Is the electric welfare vehicle finally ready for the utilities sector?
The decarbonisation challenge
The push for fleet decarbonisation among UK utility providers, including Tier 1 contractors and subcontractors, stopped being a nice to have sustainability goal a long time ago. It has shifted fundamentally to one of commercial necessity, driven by strict legal mandates and the evolving infrastructure landscape of 2026.
For utility companies and Tier 1 contractors, the pressure is amplified further by the Greening, Commitments (GGC) and the National Highways Net Zero Plan mandates, which now require major national utilities providers to demonstrate their road to Zero.
But let’s be honest. Regardless of the requirements and future deadlines, balancing operational viability and efficiency alongside highly competitive and complex bidding in a rapidly changing commercial and economic landscape is a challenge to say the very least.
Existing solutions haven't quite worked
Of course, contractors can use electric vehicles in cities where they cover little to no mileage and where they stand unutilised on site for hours at a time. But what of the real-world challenges like workforces that need to be transported to and from site daily? What about the teams of industry professionals that often travel into regions weekly to carry out their duties and don’t have access to on road parking? These teams can often be as many as seven people (making the payload requirements high), working 52 weeks a year in hot summers and fierce winters. These factors can all have an impact on vehicle range. Often, limited 3.5t electric solutions that spend more time standing for the wrong reasons than working, and costlier 4.25t ton variants which have been hard for fleet operators to justify.
Thus, until now, diesel vehicles have remained the most viable solution with modular buildings continuing to play a role, albeit static, and whilst low cost in life, high cost from a mobilisation perspective. The latter is not a particularly carbon efficient solution.
Putting the Farizon SV to the test
At CPD we looked at the vehicles within the marketplace and tested a new entrant to the UK market in late 2025.
The Farizon SV. At a pure vehicle level, we wanted to assess it and test it. A c.200-mile WLTP range with a payload of 1054kg pre fit and load on 83Kwh; and a c.240-mile WLTP with a payload of 1035kg pre fit and load for the L3H3 variant. We ran it, and it performed incredibly well and indeed the Farizon official and unofficial tests all confirmed that it regularly exceeded its stated WLTP figures.
Safety isn't optional
We also looked at its safety credentials from a driver and passenger perspective. A Euro NCAP Platinum rating, autonomous emergency braking, blind spot monitoring, rear-cross traffic alert, forward collision warning, lane keep assist, adaptive cruise control, 360-degree surround camera, traffic sign interpretation and intelligent speed assist, driver and passenger airbags, seat belt pretensioners, and collision triggered door locking and system power off. The vehicle is even equipped with payload monitoring system. And the list goes on and on, with not just visible and present systems but also super van technology such as a drive by wire steering system to improve vehicle stopping distances.
If we were going to build an electric welfare van, then this van not only had to be capable of standing up to the rigours of the job; but it also had to be as safe as it could possibly be. And, with standard features that a premium car could be enviable of, we felt that we had a product that was first rate, and first class, from a useability, comfort and safety perspective.
Matching capability with commercial viability
Importantly, capability alone is not enough. For electric welfare vehicles to achieve widespread adoption, they must be commercially accessible. Fleet operators are making decisions against tight contract margins, whole-life operating costs and return on investment, not simply environmental aspirations. The challenge is therefore to deliver a vehicle that blends operational capability with a price point that removes barriers to adoption.
It all sounds good, but simply having a price point to derestrict barriers to entry is one thing, but what if, or when, something (anything) goes wrong?
This is another reason for selecting Farizon as a preferred partner in the welfare and utility vehicle sector. With a five-year warranty and an aftercare package underpinned by the AA’s premier roadside assistance and national repair network, alongside a rapidly expanding dealer network, roadside attendance is in line with all major manufacturers. More impressive, however, is the brand’s commitment to supporting its growing infrastructure with a parts and delivery proposition that is second to none.
A roadside attendance target of within 90 minutes and a first-time fix rate of 90% are exactly what fleet operators should expect. Beyond that, Farizon maintains a national stock of critical parts that can be shipped anywhere in the UK within 48 hours, ensuring that vehicles taken off the road do not remain off the road for long.
Importantly, the inventory reflects real-world operating conditions. Consumable and commonly damaged components, those most likely to require replacement through everyday wear, accidental damage or site impacts, have been specifically catered for. Rather than hiding behind arguments over fault or responsibility and allowing downtime to escalate, the brand demonstrates a genuine commitment to maximising vehicle uptime.
Designing a welfare vehicle for the real world
Turning to the welfare van and recognising that specifications vary according to individual contract requirements, we developed an initial layout that provides access not only through the side loading door but also via the rear doors. The result is a seamless walkthrough of the load area, leading past the fitted toilet cubicle and hot and cold handwashing facilities to a rear workstation complete with a desk and seating for four.
A comprehensive heating and ventilation system complements the specification, alongside practical features such as onboard Wi-Fi and a solar charging system. This independent power source helps reduce demand on the vehicle’s electrical battery and charging system, allowing onboard facilities to operate more efficiently.
To maximise weight efficiency, every aspect of the vehicle’s design and construction has been carefully planned and executed to maintain payload integrity without compromising functionality.
The next step for utility fleets
In summary, we at CPD understand fully the challenges of operating electric vehicles within the UK construction, utility and tier 1 contractor and sub-contractor space. These vehicles must be able to do the job and, importantly, they must be at a price point where they are financially viable to make their entry to market accessible. On a mid- to long-term perspective, they also must be credible. For us, credible means standing the test of time year in and year out with operational support and aftercare that if needed, can stand toe-to-toe with the main market manufacturing partners.
We also appreciate the pressures and requirements of the need for environmental compliance in the delivery of these contracts as the push for decarbonisation becomes a necessity. With all of this in mind, have we produced a vehicle for the utility and welfare space that can live up to its promise? Yes, we have. And is there any reason now for fleet operators not to operate net zero products in this space in the here and now? Absolutely not.
