Electric Vehicles Aren’t the Only Route to a More Sustainable Fleet

 

Paul Lawrence, Verilocation Managing Director

The transition to electric vehicles remains an important part of the journey towards more sustainable transport. For many fleets, however, replacing every petrol or diesel vehicle with an EV is neither practical nor achievable overnight.

Vehicle availability, charging infrastructure, operational range, payload requirements and total cost all influence how quickly a fleet can make the transition. Different vehicles and duty cycles will inevitably move at different speeds.

That should not prevent operators from making meaningful progress today.

A more sustainable fleet is not defined solely by the vehicles it purchases. It is also shaped by how efficiently those vehicles are used, how they are driven and how much unnecessary activity can be removed from the operation.

Start with the fleet you already have

When sustainability is discussed, the conversation often begins with vehicle replacement. A more practical starting point is to examine the performance of the existing fleet.

Many organisations already hold the information required to identify opportunities for improvement. Vehicle location, mileage, utilisation, fuel consumption, idling, routing and driver behaviour can all provide valuable insight.

The challenge is bringing that information together and turning it into clear, practical action.

Before adding new vehicles or changing powertrains, operators should understand whether the current fleet is being used as efficiently as possible. This means asking some fundamental questions:

• Are all vehicles genuinely required?
• Are some vehicles consistently underused while others are overloaded?
• How much mileage is necessary, and how much could be avoided?
• Are routes creating unnecessary journeys or delays?
• Are driving behaviours increasing fuel use and vehicle wear?
• Is idling being monitored and reduced?
• Are maintenance issues affecting efficiency?

Individually, these may appear to be relatively small considerations. Across a large fleet, however, incremental improvements can create a meaningful reduction in fuel consumption, emissions and operating costs.

Better utilisation can reduce the size of the problem

One of the most effective sustainability measures may be operating fewer vehicles more effectively.

Accurate utilisation data can reveal vehicles that spend long periods unused, regularly duplicate the work of others or are not suited to their assigned roles. It can also identify situations where one part of the business is short of capacity while another has vehicles sitting idle.

Improving visibility allows operators to redistribute vehicles, review hire requirements and make better-informed decisions about future replacements.

This can potentially reduce the number of vehicles an organisation needs to purchase, maintain and eventually electrify. It also gives the business a more accurate understanding of which vehicles and routes are best suited to an EV when replacement does become appropriate.

Electrification is more effective when it is based on real operational evidence rather than assumptions.

Driving behaviour matters

The way a vehicle is driven directly affects its energy consumption, regardless of whether it is powered by diesel, petrol or electricity.

Harsh acceleration, unnecessary idling, excessive speed and inefficient driving all increase energy use. They can also contribute to additional vehicle wear, higher maintenance costs and greater road risk.

Providing drivers with constructive feedback and targeted coaching can therefore support several objectives at the same time. Safer and smoother driving can reduce fuel or energy consumption while helping to protect vehicles, drivers and other road users.

The emphasis should be on helping drivers improve rather than simply monitoring them. Clear expectations, fair measures and recognition of positive performance are more likely to create lasting behavioural change.

Sustainability becomes far more effective when drivers understand the role they play in achieving it.

Every unnecessary mile has a cost

Route planning is another area where environmental and commercial priorities align.

Poorly planned routes, repeated journeys, missed deliveries and vehicles being sent to the wrong locations all create unnecessary mileage. Traffic, road restrictions, delivery windows and vehicle suitability can make route optimisation complex, but better information helps fleet teams make more effective decisions.

Reducing avoidable mileage lowers fuel consumption, emissions and vehicle wear. It can also improve productivity and customer service by helping drivers complete more work with fewer delays.

This is particularly important for fleets that cannot yet electrify every route. Improving the efficiency of existing operations can deliver benefits now, while also producing the journey data needed to plan the eventual transition.

Maintenance is part of sustainability

A well-maintained vehicle is generally a more efficient vehicle.

Tyre pressures, engine performance, wheel alignment and servicing standards can all affect fuel consumption. Small mechanical issues may appear insignificant in isolation but can become costly when repeated across an entire fleet.

Planned and preventative maintenance also helps vehicles remain in service for longer and reduces the risk of breakdowns, replacement journeys and operational disruption.

Using vehicle information to identify developing issues allows maintenance teams to intervene earlier. This supports reliability and cost control while helping the fleet use its existing assets more responsibly.

Sustainability is not only about acquiring new technology. It is also about looking after the assets already in operation.

Avoid treating EVs as a standalone objective

Electrification should form part of a wider fleet strategy, not exist separately from it.

The strongest transition plans begin with a detailed understanding of how vehicles are actually used. Daily mileage, dwell time, routes, payload, operating location and access to charging can all help determine which vehicles are suitable for replacement.

This allows operators to begin with the clearest opportunities, learn from the initial rollout and expand at a pace that works operationally and commercially.

It also reduces the risk of replacing vehicles without addressing the inefficiencies already present within the fleet. An electric vehicle completing unnecessary journeys is still using unnecessary energy, capacity and time.

Changing the powertrain does not automatically optimise the operation.

Progress does not have to wait

There is no single route to creating a more sustainable fleet.

For some organisations, rapid electrification will be possible. For others, the transition will take place gradually as vehicles, infrastructure and operating requirements evolve.

In both cases, there is a significant opportunity to improve the way the fleet works today.

Reducing unnecessary mileage, improving utilisation, supporting better driving, optimising routes and maintaining vehicles effectively can all contribute to lower emissions. These measures can also reduce costs, improve safety and prepare the organisation for future electrification.

The most practical sustainability strategies recognise that vehicle choice is only one part of the picture. The wider opportunity lies in operating every vehicle—whatever powers it—as intelligently and efficiently as possible.

I’d be interested to hear how other fleet operators are approaching this. Is electrification currently the main priority, or are you finding more immediate opportunities within the fleet you already operate?