3 white electric cars in a row, each connected to a charging point

The cost of electric cars for UK fleets

A common myth surrounding electric vehicle fleets is that they will cost your business more than fossil fuel burning vehicles. This is the main reason why 50% of fleet managers are cautious about making the switch.

However, when we break down the cost of electric vehicle fleets, it becomes clear that this caution is not completely justified.

What is the true cost of operating electric vehicles?

The ‘on-the-road price’ is a term commonly used to describe the true cost of an electric vehicle. This comprises not only the list price, but also the cost of other factors such as fuel, insurance, and road tax. Essentially, it’s the real-world cost of buying the vehicle and being able to legally drive it, which is always higher than the list price of an individual vehicle.

Whilst it’s true that the initial cost of purchasing an electric vehicle could be steeper than buying a new diesel vehicle, this shouldn’t put fleet managers off. Once you’re managing electric vehicle fleets, you’ll realise the extra cost was worth it in the long run.

Let’s break down the key costs associated with electric fleet vehicles. While there are a range of different vehicles available in market today based on engine-size, carrying capacity, and business purpose, we’ll use a Citroen C4 as an example to illustrate costs.

The cost of purchasing an electric car in the UK

Based on 2021 data, the diesel version of a Citroen C4 has an on-the-road price of £26,040.

This vehicle’s electric counterpart, the e-C4, has an on the road price of £29,680.

Consequently, the EV model costs around 12% more than a diesel counterpart, which in turn is likely to cost slightly more than a petrol equivalent.

Typically, electric cars tend to RRP from around £28,000 – with no cap as of yet and some lower-priced exceptions to the rule.

The cost per mile of an electric car

You’ll find the cost per mile of an electric car will vary depending on the make and model of the vehicles and generally a better measurement of cost for EV journeys is taken at the charge point.

Mile per kilowatt-hour (MPkWh) is the amount of miles you’ll get from an hour of charge. Similar to a petrol or diesel vehicle, the more charge or “fuel” your electric car can hold then the further it can take you. Like the cost of miles to the gallon of fuel, MPkWh price will vary depending on where you fill up.

How much does it cost to charge an electric car?

Different recharge points may have different costs, much like how different petrol stations will have varying prices for traditional fuel, and charging at home is cheaper than public charging.

For the average EV with a 60kWh battery and a range of 200 miles, you’ll find that charging at home will cost approximately £15 for a full charge, and charging at charge points at petrol stations typically cost around the £20-25 mark for a full charge.

Often places like supermarkets and other public locations such as car parks offer charging that is free to use. If you are looking to save money on trips, locating these free charging points can help.

Electric car charging installation cost

If you have off street parking then installing a charging point at home is essential if you are making the switch to EV, and for businesses wanting to invest in sustainable infrastructure then charging points are a great idea.

Many companies will combine the cost of a charging and the cost of installing it, so this is important to know when picking your provider. For both home charging points and business charging points there are government grants available in the UK to help cover a chunk of the costs.

For businesses wanting to make EV charging more accessible on work premises or looking to grow their EV fleets, read more about the Workplace Charging Scheme here.

The cost of an electric car battery

Unfortunately, electric car batteries are very costly with the cheaper ones priced at around £1500 and the most expensive ones priced at around £10,500. The cost of a replacement EV battery will of course depend on the make and model of vehicle. This cost also doesn’t include installation costs.

These batteries are so expensive because of high demand but only a small amount of availability. 6 companies produced 85% of the lithium-ion batteries used in electric cars in the latter half of 2020.

Cost of running a petrol car versus an electric car in the UK

Let’s look at the Citroen C4 as an example.

The diesel version has an on-the-road price of £26,040.

This vehicle’s electric counterpart, the e-C4, has an on the road price of £29,680.

This initial extra cost of over £3,000 per vehicle is what makes fleet managers shake their heads. After all, when purchasing multiple of these electric vehicles, the extra cost of constructing your fleet could seriously add up.

Fleet of electric vehicles being charged

The total cost ownership of electric vehicle fleets

However, once you’ve got your electric vehicles on the road, you’re going to start saving. Let’s look at the Citroen C4 example again.

Assuming the cost of diesel is 126.5p per litre (an average UK Price in March 2021), it would cost £2.85 each day for a 25 mile journey. Over a year, this journey would cost £1,040.

The cost of doing the same daily journey in the electric C4 is proof that cost of running electric vehicles is not something fleet managers should be worried about. The daily cost of the 25 mile journey would be £1.10. Over the year, that journey would cost £402.

That’s a saving of £638 per year, just by using electric instead of diesel.

Since electric vehicles do not emit harmful CO2, they are exempt from road tax. This small saving will also add up over time.

The more mileage your electric vehicles do, the more extreme the savings can be. Having 3 Citroen e-C4s in your fleet doing 50 miles a day for 3 years will completely negate the extra cost of the initial purchase of these vehicles, just from savings on fuel costs.

Of course, the costs will vary depending on which vehicles you use, but the e-C4 is a perfect example of the types of savings you could be benefitting from.

Government grants making EV purchasing easier

The UK government also offers a grant to assist in the purchase of low emissions vehicles.

This is part of the government’s 10-point plan for a “green industrial revolution”, which includes the 2030 ban on the production and sale of new petrol and diesel vehicles.

The percentage of the grant offered depends on the vehicle. For cars, the grant will pay for 35% of the overall price up to a maximum of £2,500.  The car must cost less than £35,000 for it to be eligible.

For large vans, the grant will pay for 35% of the overall price up to a maximum of £6,000.

It’s unlikely the government will offer these grants forever, so it might be worth considering making the transition to EVs now whilst they are still available.

How else can I save money with electric vehicles?

If you are running fleets of electric vehicles, you should be using a fuel card to optimise the benefits. With the right card, you could see cheaper charging costs and more convenience in terms of where you can charge your vehicles. Many fuel cards offer competitive prices on both electric and fuel, meaning you can slowly make the transition to keep up with the industry-wide switch to low emission vehicles.

To find out more about how a fuel card can help you, get in touch with our expert team. They’ll find the best option for your fleet.

A Clean Air Zone Road sign on a street in the UK

Clean Air Zones: What do they mean for drivers and businesses?

With environmental issues becoming more of a priority for nations across the globe, the UK government has been turning its attention towards policies aimed at lowering harmful greenhouse gas emissions.

Traffic pollution in cities in particular has been a key concern, and Britain decided back in 2010 to impose limits on pollutants such as nitrogen dioxide.

By 2015, this had evolved into clean air plans for major conurbations, with local authorities told they needed to have blueprints in place by the end of 2018.

Clean Air Zones (CAZs) were the result – and they look set to become a way of life for drivers going forward.

What are CAZs?

Clean Air Zones are areas where action is being taken to improve air quality, whether that is along a single road or within most of a city. They are not the same as Congestion Charge Zones, where all vehicles must pay to drive. Instead, drivers will only be affected if their vehicles exceed designated emissions standards.

London already has CAZs in place that follow on from its pioneering Ultra Low Emission Zone, with more cities set to follow suit imminently. Unfortunately, the anticipated widespread 2020 introduction was delayed due to the COVID-19 pandemic, but the rollout should start to gather pace soon.

How do CAZs work?

The Department for Transport and Department for Environment, Food & Rural Affairs laid out their joint CAZ Framework Principles in England in February 2020. They provided a blueprint that local authorities will be expected to take when implementing and operating CAZs.

This includes where boundaries are defined and any policies that need to be applied as a result. Importantly, not all CAZs are charging. Instead, the government recommends that charges should only apply if non-charging measures are not likely to reduce air pollution rapidly enough.

Furthermore, charges can only be set at a level designed to reduce pollution, and any revenue collected must be invested in further environmental improvement.

All CAZs are aimed at reducing nitrogen dioxide emissions from transport as quickly as possible and discouraging the use of older, more polluting vehicles.

Drivers will be responsible for checking if charges apply before venturing into CAZs, which can be done using interactive maps like the one provided by the British Vehicle Rental & Leasing Association. The government also has its own portal for paying relevant fees.

CAZs must be clearly signposted and automatic number plate recognition will be used to capture all vehicles using them. If relevant charges are not paid within seven days of entry, a Penalty Charge Notice will apply.

Why are Clean Air Zones important?

A cloud of exhaust fumes being emitted by a car.

CAZs are part of a wider ambition to comply with strict emissions targets and to make cities more attractive places to live at the same time.

Indeed, the UK has already said it will ban the sale of new diesel and petrol cars by 2030 with the aim of making all cars and vans zero-emission by 2050. Putting actionable steps in place towards these targets is likely to be the only way to ensure they will be met.

It is hoped that this will not only battle climate change, but also the rising problem of poor air quality affecting public health. According to the World Health Organization (WHO), seven million premature deaths per year can be attributed to air pollution, with 40,000 in the UK alone, the Royal College of Physicians and of Paediatrics and Child Health states.

By delivering a significant reduction in nitrogen dioxide, many of these unnecessary deaths could be avoided.

This might not be the only advantage either. Research from CBI Economics suggests that by deterring the most polluting vehicles from entering populated areas, CAZs could inject £1.6 billion into the British economy each year through factors such as reducing time spent off work because of illness.

What will this mean for businesses and fleets?

Understandably, any changes to our network of roads can be a concern, especially if they look set to include charges. When asked about the main challenges for fleets in the next five years, 30 per cent of respondents to Arval Mobility Observatory’s 2021 Barometer cited the creation of more CAZs.

However, many businesses are actually likely to find that they can meet CAZ requirements with very little alteration to their typical routines. For example, they can check and pay for multiple vehicles at the same time using a company account and automated payment system. This is no more complicated than using fuel cards and telematics to manage routes and fleet vehicles.

Furthermore, as older vehicles are gradually upgraded to cleaner fleets anyway, the issue of fees and penalties will no longer be relevant. Businesses may even find they are actually increasing profitability as their locations become more attractive to other firms and prospective customers.

An incentive to upgrade?

One of the key benefits of electric vehicles in terms of CAZs is that they are automatically entitled to a national exemption from charges because of their zero-emission status.

This might therefore offer fleet owners an incentive to upgrade sooner rather than later, especially if they frequent affected routes. The Office for Zero Emission Vehicles is potentially able to offer grants to help businesses go greener, with more information available via the Go Ultra Low Campaign.

Eventually, driving EVs and getting used to seeing CAZs may help to spark more environmental awareness within the general population and businesses too. For example, Fuel Card Services uses a vehicle emissions monitoring service called CO2Count. For every certificate issued, a donation to the charity Cool Earth is made that goes towards preventing Amazonian deforestation.

As CAZs become more widespread in cities, it will be interesting to note their contribution to reducing Britain’s environmental footprint and to making urban areas healthier places to do business.

Grey charger plugged in to a white electric van

What new electric vans are going on sale in the near future?

We’re seeing more and more electric vans go on sale as we draw closer to the 2030 ban on diesel and petrol van production.

Petrol and diesel vans being used in cities with low emissions zones such as London and Glasgow risk having to pay high charges for operating in these areas. Businesses should consider whether it’s time to make the change to electric vans before these charges start to add up.

What does the electric van market look like in 2021?

Last year saw many businesses join the Global Action Plan Clean Van Commitment. Companies like Tesco and Network Rail are pledging to transition to zero-emission fleets of vans by 2028 as a result of this commitment.

The bulk of the market last year was taken up by the large fleet sector. Pressure from business heads to reduce emissions has already led to some companies to begin making the transition.

When browsing the market, you’ll find fully electric vans on sale as well as hybrids. The Ford Transit Custom PHEV is attractive to fleet owners as its hybrid capabilities mean it still carries a high payload with less harmful emissions. The Mercedes eSprinter offers an electric alternative to one of the most popular large vans on the market.

With demand increasing for electric vans, we can expect to see newer models each year. As payload weight, charge times and possible range improves, we’ll likely see sales of electric vans increase dramatically in the next decade.

What electric vans are going on sale soon?

Peugeot e-Boxer

The electric version of the Peugeot Boxer is set be available soon, citing a release date of 2021.

Two batteries are available with this vehicle. The larger 70kWh battery provides drivers with an impressive range of 211 miles.

To keep cost and weight down, the smaller battery gives drivers 37kWh of power and a range of 124 miles.

When these electric vans go on sale, they will be available as a panel van, window van or chassis cab. Peugeot claim that the panel vans will support payloads of up to 1,200kg. The maximum weights for the over variants have not been released yet.

Toyota Proace City Electric

This small van is set to go on sale in the UK towards the end of 2021.

We don’t have many statistics for this vehicle yet. However, we know it uses a 50kWh battery, so estimates suggest the Proace City Electric will have a range of around 200 miles considering its size.

A slightly larger version of this vehicle has also been announced, but few details are known so far.

More details about this van should become available closer to its release.

Electric vehicle charging point next to a parked white van

Citroen e-Berlingo Electric MPV

The electric version of the Berlingo MPV is set to release between October and December of 2021.

With a water cooled lithium ion battery supplying 50kWh of power, Citroen claim the van will have a range of 170 miles. They also state that with 100Kw rapid charging, the e-Berlingo could be recharged to 80% in half an hour.

This “van based people carrier” will seat 7 people, making this a great option for taxi firms and other transport companies.

Ford E Transit

This first completely electric version of the iconic Ford Transit is one of the many vans going on sale in 2022.

With 25 different variants, the performance of this van is bound to vary depending on size and weight. The 67kHw battery is predicted to enable a range of up to 217, which is impressive for a van of this size. The eco drive mode also promises to extend the range by an additional 8%.

Ford have promised that the carrying capabilities of this Transit have not been compromised during the change to electric. The payload rating of the standard model is just over 1600kg.

Renault Kangoo E-Tech

Renault’s successor to the Kangoo Z.E should arrive on our roads within the next year.

This version of the Kangoo features a battery capacity of 44kWh, a 33% increase on its predecessor. With a range of 165 miles and a payload of around 700kg, this smaller van is a great option for businesses operating in built up urban areas.

Electric vehicle charging point with blue nozzle next to a parked electric car

Arrival

Arrival’s electric van is the most futuristic looking vehicle on this list. It remains to be seen whether this aesthetic catches on and transforms the look of the vehicles on our roads.

The manufacturer states that they have set a new standard for commercial electric vehicles. With a payload of 1975kg, this van is set to start full production towards the end of 2022.

Arrival have also stated that the components in this van are upgradeable, meaning the life of each vehicle could be extended whilst keeping up with the competition. In fact, users of this van can configure the battery to fit their requirements. The battery capacity ranges from 44kWh to 133kWh.

This van is aimed at commercial vehicle fleets. Arrival believe they will be transitioning sooner than other sectors, but have sizeable range requirements.

When will you make the change to electric?

With so many great electric vans going on sale (or already on sale), it’s time for businesses to consider when they will be making the transition.

Moving from fossil fuel burning vehicles to electric can seem daunting though. These new vehicles will change the way fleet managers run their operations. If you would like to know more about how others are managing to add electric vehicles to their fleets, get in touch with our expert team.

An illustration of an electric vehicle at a charging point

How fleets could get more miles from electric vehicles

With concern about the environment on the rise and strict emissions targets in place to curb climate change, it is hoped electric vehicles could make a big contribution to lowering the country’s carbon footprint.

However, electric vehicle range remains a worry for some. Indeed, according to a recent survey by the AA, two of the biggest factors in putting people off making an EV purchase are lack of local charging points and being caught short on longer journeys.

Yet much of this so-called ‘range anxiety’ is likely to prove unfounded. Most fleet owners should actually find the latest EVs will have all they need to meet the needs of the majority of their drivers on a day-to-day basis.

So, how can you make the switch to greener vehicles and get more miles from your fleet? Here are a few ideas.

Choose cars with the best range

It might sound obvious, but the best way to start is by looking at which electric vehicle batteries offer the longest range straight from the forecourt.

Thanks to continuing improvement in battery technology, plenty can now go some 300 miles or more on a single charge. That means your drivers should be able to cross the country before needing to plug their vehicles back in again – and shorter trips will be a doddle.

The most well-known brand in the EV market is undoubtedly Tesla, which was pioneering in the field and usually has several models in most ‘top ten’ lists at any one time. However, every marque from Mercedes to Nissan and BMW to Jaguar now also offers its own new green vehicles.

With a range of price points available, that means there is sure to be something to suit the needs of your fleet and offer you maximum ‘juice per journey’.

To provide just a couple of examples, according to the Sunday Times’s round-up of the newest EVs, the Tesla Model S Plaid will get you a 390-mile range, while the BMW iX xDrive50 boasts 373.

You can also check out the RAC’s latest recommendations here.

Drive to optimise mileage

Once you have your electric cars, you will find that the way they are driven has the ability to increase or decrease mileage. To make the most of each charge, offer your fleet drivers these simple tips:

  • Drive smoothly to reduce consumption from acceleration
  • Reduce speed, as the US Department of Energy suggests a 10 mph decrease can lower energy use by 14 per cent
  • Make the most of regenerative braking by leaving the function switched on and using it to slow down before you use the brake pedal
  • Keep heating and air conditioning use to a minimum if possible
  • Don’t carry too much weighty cargo
  • Optimise routes before journeys to cover less ground

Another notable way to get greater range from electric vehicles is to stay on top of maintenance. By keeping tyres inflated to recommended levels, checking fluids and replacing air filters, a battery’s range can be extended quite significantly.

Using vehicle telematics might also be ideal in this regard, as it will ensure servicing is scheduled regularly. It can also collect data from fleets about driving and charging patterns, helping owners see where economies can be made and training improved.

Research the best ways to charge

EVs charging up at public charging points

Public

The infrastructure of public UK charging points is improving all the time, something that is essential given the ban of new petrol and diesel cars from 2030 onwards.

According to the Department for Transport, the number of public chargers for EVs has increased by nearly 500 per cent in the past five years alone. That means wherever you go, you should no longer run the risk of being caught short mid-journey.

Indeed, with more than 18,000 charging points across the UK, it means there are now twice as many as there are petrol stations. Many are also rapid chargers to provide full power in a far shorter time, something that could be a huge bonus to business drivers.

Motorists can find them easily by looking up their nearest power points via tools like Zap Map and Apple Maps if they find they’re in need of a power-up mid-journey.

Furthermore, the government has earmarked £500 million for its Project Rapid motorway charging network and £200 million for charging network expansion, so this public grid should be ample to support most business drivers going forward.

However, it is worth remembering that some public charging points offer power at a cost, whether that’s pay-as-you-go or via an electric charging card akin to a fuel card.

Home

Many business drivers have company cars that are taken home at the end of the working day, so overnight charging could be a viable option. KPMG suggests 70 to 80 per cent of fleet EVs are currently already charged at employees’ homes in this way.

It is worth remembering that off-road parking will be necessary in this case, though, as will a method of claiming back the expense.

Workplace

As EV uptake increases, more businesses might be considering having their own charging points installed within workplaces for maximum efficiency. Of course, this will incur an initial outlay, but it may prove more economical in the long run.

The government offers financial support as part of its Workplace Charging Scheme that could potentially offset the expense, while utilities providers may also provide discounts for the electricity on a subscription basis.

More guidance on electric car charging points for UK businesses is available via the Energy Saving Trust.

Mobile?

It was recently reported that the RAC is planning on introducing mobile charging services for EVs, while rentable power banks for long-distance EV drivers are another option being put forward to boost range. Although this technology may be some way off, it could be another way of decreasing any lingering range anxiety for fleets going forward.

There are many benefits of electric cars and, with some research and a little planning, more businesses could soon be making the most of them. Perhaps it’s finally time to put the myths about mileage to bed and adopt greener vehicles for your fleet now. Get in touch with our expert team and find out how you can make the change to electric vehicles.

Bird's eye view of motor way with telematics data monitoring vehicles

Creating a business case for introducing telematics

Whilst we know that telematics can offer fleets a great deal of benefits, it is worthwhile for fleet managers to craft a business case that outlines the potential return in investment.

In some scenarios, the prospect of saving on fuel won’t be enough to sway a business to incorporate telematics into their fleet. However, a strong business case that details the other advantages of telematics could be the way to persuade a boardroom.

Would your business benefit from telematics?

Before you consider proposing the introduction of telematics to you fleet, you should evaluate whether it is in the best interest of the business.

The upfront cost of telematics is often the reason some workplaces reject the idea. However, it is important to consider the long term benefits. When used to efficiently, businesses have the potential to achieve a 100% return on investment in their first few months of using telematics.

Even if business owners are made aware of the potential fuel savings and increased productivity, they are still cautious to opt into the use of telematics.

They may be worried that drivers would view its installation as a breach of their privacy. Maintaining a good relationship with drivers is a key part of fleet management, so this concern is shared by many.

When used correctly, however, telematics do not pose a threat to the drivers’ privacy. The technology helps to improve communication amongst the fleet. This saves time and boosts efficiency.

When building a business case in favour of telematics, expect any resistance to come in the form of the above concerns. Knowing the full benefits of telematics can help to remove any doubts your business may have.

How can telematics improve fleet management?

Birds eye view of road showing telematics connecting the vehicles

Reduced fuel costs

The benefit that is likely to appeal to many businesses is that you can reduce fuel costs. The 2016 RAC Telematics Report states that users were reducing their fuel use by up to 55%. By following the most efficient routing provided by the telematics, drivers are reducing their overall miles.

Fleet managers can see when their vehicles are frequently idling and make adjustments so this is avoided in future.

If drivers are consistently wasting fuel by speeding and aggressively breaking, the fleet manager will be notified and can take action accordingly.

Reduced maintenance costs

Telematics can warn fleet managers when there are mechanical issues in their vehicles. Getting these issues fixed early on reduces the risk of breakdowns in the future.

This reduces not only the maintenance cost, but unexpected downtime as well. The less time your vehicles spend being repaired, the more time they can spend on the road.

Reduced administrative costs

With the extensive data received through telematics, fleet managers can reduce time spent on admin. Accurate mileage reports mean filing taxes and expense reports is a painless task. With more time to spend on other aspects of fleet management, the business is saving money.

Improved customer service

Your business case should acknowledge the customer service benefits of telematics. Customers are able to stay informed about the location of their deliveries, and be given estimated time of arrival.

Seeing the business run smoothly and meeting deadlines is likely to improve customers’ impression of your services, making them more likely to return.

Increased driver safety

A benefit of being able to keep track of a driver’s location is that, in case of an accident, emergency services can be sent directly to them.

Feedback about a driver’s dangerous habits can also help them to improve their driving. This will greatly reduce the risk of accidents in the future. Fleet managers can use the data to train drivers to amend specific, dangerous habits they have developed.

A business case should always highlight the financial benefits

Hands on iPad with telematics graphics connecting a fleet of lorries and a plane

Remember that your business will need to understand how telematics can save them money. Fleet managers need to give a strong business case that gives a clear outline as to how this technology will keep spending down, despite the initial costs.

If your business remains unconvinced, remind them that their competitors will adopt the use of telematics. Get there first, and you’ll be able to reap the rewards.

For more information about what telematics can do for your fleet, get in touch with the team at Tele-Gence.

Tele-Gence helps to reduce costs across your fleet, as well as offering improved safety and security. It also integrates seamlessly with your fuel card account, further reducing administration time and costs.