Liverpool, 21 January 2025 – Harris MAXUS, a brand of the leading commercial vehicle distribution company in the UK and Ireland, the Harris Group, is pleased to announce its new role as a major partner of the Yamaha WorldSBK Official Team for the 2025 and 2026 FIM Superbike World Championship.
The landmark partnership will unite cutting-edge automotive engineering with the world’s most highly developed production motorcycles, showcasing the shared commitment of both MAXUS and the team to performance, innovation and excellence, on and off track. The partnership comes at an exciting time as six-time WorldSBK Champion Jonathan Rea spearheads the team into the new season, alongside teammate Andrea Locatelli.
The FIM Superbike World Championship (WorldSBK) is the premier production-based motorcycle racing series, delivering thrilling competition across 12 international venues annually. Since Yamaha’s highly anticipated return to WorldSBK in 2016, the team, operated in direct partnership between Yamaha Motor Europe and Crescent Racing, has become one of the dominant forces in the championship. The team boasts an illustrious history, including a “Triple Crown” victory of Riders’, Manufacturers’ and Teams’ Champions in 2021.
After a challenging 2024 season, the team heads into 2025 with renewed determination. With Yamaha engineers pushing the development of the Yamaha R1 WorldSBK, the team is poised for a season of redemption and success.
Brian Patterson, Group Managing Director at the Harris Group, added:“We are thrilled to partner with Crescent and Yamaha’s Official WorldSBK Team, a global leader in innovation and success. This collaboration offers an incredible platform to showcase the MAXUS brand and connect with new audiences, highlighting our cutting-edge technology and commitment to sustainability. Seeing the Harris MAXUS identity on Yamaha’s race machines for the first time later this month will be a proud moment and just the start of allowing us to engage with fans and dealers worldwide. Together, we look forward to achieving great things both on and off the track.”
Paul Denning, Team Principal at Yamaha WorldSBK, said:“It’s always a pleasure to begin important new partnerships, and even more so with such an innovative, yet well-established and trusted company as the Harris Group, promoting its MAXUS range of commercial vehicles. Having recently seen the impressive Harris Group Dublin HQ and latest MAXUS T90EV pick-up truck first-hand, it’s very clear that we are working with a serious partner and representing a brand that is going places, across both traditional and EV platforms. With MAXUS already delivering impressive sales volumes in the UK and Ireland, we look forward to helping the Harris Group further increase the awareness of MAXUS. We also look forward to engaging with MAXUS dealers and customers at various events during the 2025 season.”
The Harris MAXUS logo will feature prominently on Yamaha’s race bikes, team apparel, and promotional materials, while fans can look forward to unique opportunities to engage with the partnership at events and online.
The new season kicks off on 21 February at Phillip Island, Australia, and spans a total of 12 rounds with the 2025 championship drawing to a close at Jerez in Andalusia, Spain on October 19.
Vehicle technology is at the forefront of modern business innovation, particularly in fleet management. A global study found that:
58% of fleet managers expect artificial intelligence and electric vehicles (EVs) to have the biggest impact on fleet operations in the coming years.
Businesses are increasingly adopting new technologies to enhance operational efficiency while meeting sustainability targets.
While several factors influence the adoption of fleet management technologies, companies continue to focus on:
Improving operational efficiency to reduce costs and enhance productivity.
Meeting sustainability goals by transitioning to low-emission or zero-emission vehicles.
Choosing the right vehicle technology—whether electric vehicles (EVs), hybrids, or internal combustion engine (ICE) vehicles—to balance cost, performance, and environmental impact.
Each vehicle type presents unique advantages and challenges that affect:
Fleet costs, including initial investment, fuel savings, and maintenance.
Efficiency, in terms of range, load capacity, and overall reliability.
Environmental impact, with stricter regulations requiring businesses to reduce emissions.
Fleet operators face increasing regulatory pressure to reduce carbon emissions.
The European Commission’s CO₂ emissions limits for vans are:
153g/km by 2025
90g/km by 2030
Some experts predict these targets will become even stricter in the future.
With mounting pressure to comply with environmental regulations, fleet managers and business owners must explore cleaner technologies to remain competitive.
What this guide covers:
Comprehensive comparison of EVs, hybrids, and ICE vehicles
Key decision factors in fleet management
How MAXUS UK’s electric vans support sustainability and efficiency
By the end of this guide, you will:
Understand the pros and cons of different vehicle technologies
Identify the best option for your business fleet
Gain insights into costs, regulations, and operational considerations
Electric Vans
Electric vans are emerging as a dominant force in sustainable fleet management, offering significant advantages for businesses committed to reducing their carbon footprint. Research by Shell found that:
95% of fleet managers view electric vehicles (EVs) as the long-term solution for decarbonisation.
54% expect EVs to make up 90% of their fleet by 2030.
These vehicles operate entirely on electricity, eliminating reliance on fossil fuels and providing:
Environmental benefits with zero tailpipe emissions.
Cost savings through lower fuel and maintenance expenses.
Operational efficiencies, particularly in urban and regional logistics.
Recognising this shift, industry leader MAXUS has positioned itself at the forefront of the drive towards electrification in the commercial vehicle sector. As WhatVan? notes, “MAXUS eDeliver 7 has positioned itself at the forefront of the drive towards electrification in the LCV sector…”
Environmental Benefits: A Zero-Emission Solution
One of the most compelling advantages of electric vans is their ability to operate with zero tailpipe emissions. With UK cities enforcing stricter air quality regulations, such as:
Businesses face growing pressure to comply. EVs help companies meet these regulations, improving urban air quality and reducing their environmental footprint.
Cost Efficiency: Lower Running Costs and Maintenance
Electric vans, such as the Maxus eDELIVER 9, offer significant cost savings:
Electricity costs ~60% less per mile than petrol or diesel.
Average five-year servicing cost:
Electric van: ~€600
Diesel van: ~€5,000
Fewer moving parts in electric drivetrains mean less wear and tear, reducing maintenance expenses.
The MAXUS eDELIVER 9, for example, offers an impressive range of up to 323 miles on a single charge, making it ideal for both urban and regional deliveries.
For businesses that require rugged performance, the MAXUS eTERRON 9 is designed to handle off-road conditions and high-demand environments, proving that EVs are not just suitable for city operations.
Charging Infrastructure: Planning for a Smooth Transition
According to Fleet News, funding choices are often made because they present the best current option instead of what’s best for each individual fleet. Transitioning to an electric fleet requires careful planning around charging infrastructure:
Workplace charging stations help ensure fleet readiness.
Public charging networks provide flexibility for long-distance routes.
Fast-charging technology has reduced downtime significantly.
Investment in charging infrastructure is crucial but increasingly feasible:
A full charge for a MAXUS eDELIVER 3 (urban van) costs £10–£20, compared to £100+ for refueling an ICE van.
By adopting electric vans, businesses can reduce costs, improve efficiency, and meet sustainability targets, making EVs a smart long-term investment.
Hybrid Vans – Balancing Fuel Efficiency with Flexibility
Hybrid vehicles combine an internal combustion engine (ICE) with an electric motor, providing businesses with the flexibility of both power sources. This dual-system approach makes hybrid vans particularly appealing for:
Businesses that are not yet ready to transition fully to EVs.
Fleets operating in areas with limited charging infrastructure.
By using a combination of electricity and fuel, hybrid vans offer a balance between fuel efficiency and operational flexibility, helping businesses gradually shift toward cleaner transportation.
Environmental Benefits: Reduced Emissions but Not Zero-Emission
Hybrid vehicles help reduce CO₂ emissions compared to traditional ICE vans, but they do not achieve zero emissions like fully electric vehicles.
Plug-in hybrid vehicles (PHEVs) can operate on electricity alone for shorter distances but still rely on petrol or diesel for longer trips.
Some concerns exist regarding EV battery manufacturing emissions, but studies show that lifetime CO₂ emissions from ICE vehicles outweigh EVs, even when including battery production.
Hybrids provide a significant improvement over ICE vehicles, particularly for businesses that need:
Extended range flexibility.
Less reliance on charging infrastructure.
The ability to switch between electric and combustion modes for different operational needs.
Maintenance and Operational Considerations
While hybrids offer greater flexibility, they also come with higher mechanical complexity, which can lead to:
Increased maintenance costs compared to electric vans.
More frequent servicing requirements, including:
Battery maintenance.
Engine servicing.
Transmission repairs.
Lower payload capacity, as the combination of an engine and battery increases vehicle weight.
For businesses considering hybrids:
PHEVs require access to charging infrastructure to maximise their electric driving range.
Companies should assess whether hybrids are a temporary transition or a long-term fleet solution.
While they reduce emissions and fuel costs, they do not provide the same cost savings or environmental benefits as fully electric vans.
Businesses must carefully evaluate their long-term fleet strategy to determine whether hybrids are a stepping stone toward electrification or a suitable permanent solution.
Internal Combustion Engines
Internal combustion engine (ICE) vehicles, powered by petrol or diesel, have long been the foundation of commercial fleets. They offer key advantages, including:
Well-established refueling infrastructure, ensuring convenient access to fuel.
Longer driving ranges, making them suitable for long-haul operations.
High payload capacity, allowing for heavier loads compared to some electric alternatives.
However, ICE vehicles are facing growing challenges due to rising fuel costs, stricter emissions regulations, and the global shift toward cleaner technologies.
Refuelling Infrastructure and Range
One of the main advantages of ICE vans is the widespread availability of refueling stations:
Petrol and diesel stations are abundant, making it easy for fleet operators to refuel quickly, even on long-distance journeys.
In contrast, electric vehicles require a more developed charging infrastructure, which is still expanding for long-haul operations.
ICE vehicles also offer greater range than many EVs, which can be crucial for:
Businesses with frequent long-haul routes.
Fleets operating in remote areas where charging options are scarce.
Regulatory Challenges
Governments worldwide, including the UK, are ramping up their transition to cleaner transport solutions:
The UK government plans to phase out petrol and diesel vehicles by 2030.
Businesses relying on ICE vans will face higher costs, operational restrictions, and potential penalties.
This Vehicle Checker can help determine if your vehicle qualifies for entry into a specific zone in the UK. Alternatively, you can reach out to your vehicle manufacturer to confirm this information.
Fleet operators must consider future compliance with emission regulations, including:
Ultra Low Emission Zones (ULEZ).
Clean Air Zones (CAZ).
As regulations tighten and fuel costs rise, businesses must evaluate whether ICE vehicles remain a viable long-term solution or if transitioning to electric or hybrid options is the smarter choice for sustainability and cost-efficiency.
Key Considerations for Selecting the Right Vehicle Technology
Cost Comparison – Initial Cost vs. Lifetime Savings
When selecting the right vehicle technology, businesses must balance upfront costs with long-term savings:
Electric vans (EVs) typically have a higher initial purchase price but offer:
Lower running costs due to cheaper electricity compared to fuel.
Reduced maintenance expenses due to fewer moving parts.
Government incentives, such as the Plug-in Van Grant (PIVG), provide up to £5,000 off the purchase price of eligible electric vans.
ICE vehicles have a lower upfront cost, but:
Higher long-term expenses due to rising fuel prices and frequent servicing.
Increased operational costs as emissions-related taxes and penalties grow.
Total Cost of Ownership (TCO) should be a key factor, considering:
Fuel and electricity costs over the vehicle’s lifespan.
Maintenance and repair expenses.
Government tax breaks and incentives for EVs.
Range and Payload – Meeting Operational Needs
Fleet managers must evaluate range and payload capacity to match operational demands:
Electric vans like the MAXUS eDELIVER 9 offer up to 323 miles on a single charge, making them suitable for urban and regional deliveries.
EVs such as the eDELIVER 3 provide competitive payload capacities, ensuring they can handle various commercial tasks efficiently.
ICE vehicles still have a range advantage for long-haul and heavy-duty operations, but they come with higher fuel and maintenance costs.
Hybrid vans offer a compromise, delivering moderate range and payload capabilities, though they lack the full zero-emission benefits of EVs.
Businesses should assess daily mileage, payload needs, and operational zones to determine the best vehicle type.
Charging and Refuelling Infrastructure
Transitioning to electric fleets requires investment in charging infrastructure, but advancements in technology have made it easier:
Rapid chargers significantly reduce charging time, improving fleet efficiency.
Workplace charging stations allow businesses to charge vehicles overnight, ensuring they are ready for daily operations.
The UK continues to expand its public charging network, increasing accessibility for fleet operators.
ICE and hybrid vehicles still benefit from widespread refueling infrastructure, but:
Reliance on fossil fuels results in higher emissions and rising fuel costs.
Urban fleets face growing restrictions, with Clean Air Zones (CAZ) and Ultra Low Emission Zones (ULEZ) penalising high-emission vehicles.
The UK government actively supports businesses transitioning to EVs with various financial incentives:
Plug-in Van Grant (PIVG): Provides up to £5,000 off the cost of eligible electric vans.
Tax Benefits: Businesses using EVs benefit from:
Reduced road tax.
Exemptions from congestion charges and Low Emission Zones (LEZ) fees.
Lower company car tax rates, improving overall fleet affordability.
On the regulatory front:
The UK will phase out the sale of new petrol and diesel vehicles by 2030.
Businesses relying on ICE vans must adapt quickly to remain compliant and avoid penalties.
Under the UK’s Net Zero Strategy, emissions standards will tighten, increasing the cost of operating high-emission vehicles.
Comparing the Pros and Cons of Electric Vans vs. Diesel and Hybrid Alternatives
Environmental Impact – Why EVs Are the Greener Choice
Electric vans are the clear leaders in sustainability, offering:
Zero tailpipe emissions, reducing air pollution, and improving urban air quality.
Compliance with UK Clean Air Zones (CAZ) and Ultra Low Emission Zones (ULEZ), helping businesses avoid penalties.
Sustainability benefits, enabling companies to meet carbon reduction targets.
The MAXUS eDELIVER 9 is a standout example, offering a 323-mile range with zero emissions, making it an ideal solution for businesses prioritising sustainability.
By comparison:
Hybrid vans produce lower emissions than diesel but still rely on fossil fuels for longer journeys, limiting their environmental benefits.
Diesel and petrol vehicles are the least sustainable, emitting high levels of CO₂, nitrogen oxides, and particulate matter, which are subject to increasing restrictions in urban areas.
Maintenance and Running Costs – EVs Lead in Cost Efficiency
Electric vans outperform hybrids and ICE vehicles in cost efficiency, due to:
Fewer moving parts, reducing maintenance needs and servicing costs.
Lower fuel costs—charging an EV typically costs £10-£20 per full charge, whereas filling a diesel van exceeds £100 for the same mileage.
Government incentives, such as the Plug-in Van Grant (PIVG), reducing upfront costs.
By contrast:
Hybrid vehicles offer some savings on fuel, but their dual powertrains increase mechanical complexity, leading to higher servicing costs.
ICE vehicles have the highest long-term expenses, due to:
Rising fuel prices.
Frequent servicing and repairs.
Higher emissions-related taxes and charges.
The MAXUS eDELIVER 3, for example, significantly reduces running costs compared to diesel alternatives, making EVs the more cost-effective choice over time.
Downtime and Operational Efficiency – Addressing Range Anxiety
One of the biggest concerns for businesses transitioning to EVs is range anxiety—the fear of running out of charge before completing a trip. However, advancements in battery technology have largely addressed this issue:
The MAXUS eDELIVER 9 offers a range of up to 323 miles, covering most urban and regional deliveries with ease.
Rapid charging networks are expanding, allowing for quicker turnaround times between trips.
Businesses can install workplace charging stations to ensure fleet readiness.
Comparing alternatives:
ICE vehicles still offer the advantage of quick refueling, making them suitable for long-haul operations where charging infrastructure is limited.
Hybrid vans provide short-range electric driving but switch to fuel when the battery depletes, which can create operational inefficiencies if charging infrastructure is unavailable.
As rapid-charging technology continues to improve, EVs are becoming increasingly viable for fleet operations, offering both cost savings and sustainability benefits. Businesses that transition early will be best positioned to take advantage of lower running costs, regulatory incentives, and long-term fleet efficiency.
Category
Electric Vehicles
Hybrid Vehicles
ICE Vehicles
Fuel/Energy Cost per Mile
£0.03–£0.05
£0.08–£0.15
£0.12–£0.20
Annual Maintenance Costs
£500–£1,200
£1,000–£1,800
£1,500–£2,500
Tax Benefits (BIK Rates)
High
Moderate
Minimal
CAZ/ULEZ Fees
£0
£6–£12/day
£12.50/day (varies)
Average Lifetime Savings
High
Moderate
Low
How Does Fleet Electrification Impact Business Operations?
Financial Benefits of EVs
Switching to electric vehicles (EVs) provides businesses with significant financial advantages, particularly in long-term cost savings:
Lower fuel costs – Charging an EV is substantially cheaper than refueling petrol or diesel vans, resulting in major savings for businesses operating large fleets.
Reduced maintenance expenses – EVs have simpler mechanics, leading to:
No need for oil changes or gearbox repairs.
Fewer moving parts, resulting in less wear and tear.
Lower servicing costs compared to internal combustion engine (ICE) vehicles.
Tax incentives and exemptions – Businesses can take advantage of:
Reduced road tax for zero-emission vehicles.
Exemptions from Clean Air Zone (CAZ) and Ultra Low Emission Zone (ULEZ) charges, which continue to expand across UK cities.
Government incentives like the Plug-in Van Grant (PIVG), reducing upfront costs.
Fewer repairs and lower running costs mean less downtime, helping businesses stay productive and improve overall operational efficiency.
Logistics and Efficiency Changes
Electrifying a fleet requires logistical planning to ensure seamless operations:
Route planning around charging infrastructure becomes essential, especially for long-haul journeys.
Customers increasingly prioritise sustainability when choosing businesses to work with.
Adopting EVs signals environmental responsibility, helping companies gain a competitive edge in markets focused on green business practices.
By integrating electric vehicles into their fleets, businesses can reduce costs, streamline logistics, and improve their brand image, ensuring they stay ahead in an increasingly sustainability-driven economy.
What Role Does Battery Technology Play in Choosing Between EV Options?
Battery Capacity and Range
Battery technology is a key factor in determining the performance and suitability of electric vehicles (EVs) for different industries. Businesses must consider:
Urban delivery fleets – Compact models like the MAXUS eDELIVER 3 are ideal for shorter trips, offering an efficient balance between range and payload.
Regional and intercity transport – The MAXUS eDELIVER 9 provides up to 323 miles on a single charge, making it well-suited for longer routes.
Payload vs. battery capacity – Larger batteries increase range but can reduce payload capacity. MAXUS vehicles are designed to optimise this balance, ensuring businesses achieve both efficiency and practicality.
Charging Speeds and Infrastructure
Charging infrastructure plays a critical role in fleet operations:
Rapid charging solutions allow MAXUS EVs to reach 80% charge in just 30–45 minutes, making them ideal for businesses requiring quick turnarounds.
Workplace charging stations ensure vehicles are fully charged overnight, reducing reliance on public charging networks.
Smart charging schedules help fleets manage energy consumption efficiently, minimising downtime and improving operational flexibility.
Investing in charging infrastructure is an upfront cost but delivers long-term benefits, including:
Lower fuel expenses compared to petrol and diesel.
Improved fleet efficiency with less time spent refueling.
Future-proofing against increasing fuel costs and emissions regulations.
As public charging networks expand rapidly across the UK, businesses can integrate EVs seamlessly into their operations, making battery technology a crucial consideration when selecting the right EV for their fleet.
How SMEs Are Benefiting from Electric Vans: Real-World Case Studies
SME Adoption of EVs – Lessons from Trades and Construction
Small and medium enterprises (SMEs), particularly in trades like electricians, plumbers, and construction, are reaping the benefits of electric vans. By switching to models like the MAXUS eDELIVER 3, SMEs gain:
Lower operating costs – Significant savings on fuel and maintenance.
A competitive edge in urban areas – Especially in Ultra Low Emission Zones (ULEZ) where EVs avoid daily charges.
Environmental benefits – Reduced emissions align with corporate social responsibility (CSR) goals.
Real-World SME Success Stories
Electricians in ULEZ areas report savings of up to £2,000 per year by switching to EVs.
G.Network Fleet Manager Aaron Cartey highlights the operational benefits:
“Every day, G.Network Field Engineers travel around the heart of London connecting homes and businesses to our 100% fibre network. It is our priority that we work safely and sustainably, so we are delighted to partner with MAXUS to bolster our fleet of electric vans.”
By integrating telematics systems and rapid charging infrastructure, logistics firms report:
Seamless EV integration into their schedules.
Optimised route planning to minimise downtime.
Stronger customer loyalty as businesses position themselves as sustainability leaders.
For SMEs and logistics operators, electric vans are proving to be a cost-effective, reliable, and future-proof solution, helping businesses reduce expenses, comply with regulations, and enhance their market position.
How to Choose the Best Technology for Your Business Fleet: Key Factors to Consider
Assessing Business Needs
Every fleet has unique operational requirements, making it essential to evaluate specific factors before selecting the right vehicle technology. Key considerations include:
Daily Mileage and Range Requirements
MAXUS eDELIVER 9: With a range of up to 323 miles, it’s ideal for regional or intercity logistics.
MAXUS eDELIVER 3: Designed for urban fleets, its compact size, and optimised range make it perfect for city deliveries and stop-start traffic.
Businesses with longer routes should prioritise EVs with rapid charging capabilities to minimise downtime.
Payload Capacity
Some smaller EVs provide excellent efficiency but may have limited payload capacity.
MAXUS eDELIVER 7 and eDELIVER 9 are engineered to handle heavier loads without compromising range or performance, making them ideal for construction, logistics, and trades.
Operational Zones and Emissions Regulations
Many urban areas enforce Low Emission Zones (LEZ) and Ultra Low Emission Zones (ULEZ).
Electric vans ensure compliance with zero-emission operation, avoiding fines and restrictions associated with petrol and diesel vehicles.
Businesses operating in regulated areas should choose EVs to stay compliant with evolving emissions laws.
Evaluating Costs and Incentives
While electric vehicles have a higher initial investment, they deliver long-term cost savings through lower fuel, maintenance, and operational expenses.
Upfront Vehicle Costs
EVs typically cost more initially, but this can be offset by:
The Plug-in Van Grant (PIVG): Covers up to £7,500 for eligible electric vans.
Capital allowances: Accelerated tax relief on EV investments.
Potential tax reductions for businesses transitioning to sustainable fleets.
Operating and Running Costs
EVs significantly reduce fuel expenses:
Charging a van: £10–£20 per full charge.
Diesel refueling: £100+ per tank, with price fluctuations adding financial uncertainty.
Lower maintenance costs due to:
Fewer moving parts (no oil changes, reduced brake wear from regenerative braking).
Less frequent servicing, leading to fewer unplanned repairs and reduced downtime.
Government Incentives
Plug-in Van Grant (PIVG): Reduces initial purchase cost.
Charging infrastructure grants: Some regions offer subsidies or grants for installing workplace charging stations, making the transition more affordable.
By evaluating the Total Cost of Ownership (TCO), businesses can see that EVs provide a more cost-effective solution compared to diesel or hybrid alternatives.
The Importance of Test Drives
Before committing to an EV fleet, test drives are crucial to ensure the selected vehicles meet real-world operational needs:
Assess key performance factors:
Driving comfort, cargo space, range, and charging compatibility.
Payload handling and route efficiency to match business operations.
Additionally, drivers can provide feedback on the driving experience, helping businesses choose EV fleets that balance functionality with employee satisfaction.
For fleet managers, test drives provide valuable insights into vehicle performance, allowing businesses to make informed decisions that balance functionality, cost-effectiveness, and sustainability.
As businesses strive for carbon neutrality and work to meet environmental regulations, electric vehicles (EVs) present an ideal long-term solution. While hybrid vehicles offer a transitional option, internal combustion engine (ICE) vehicles are becoming increasingly costly to operate and environmentally unsustainable.
By understanding the differences between EVs, hybrids, and ICE vehicles, businesses can make informed fleet decisions that ensure:
Lower operational costs through fuel and maintenance savings.
Compliance with emissions regulations to avoid fines and restrictions.
A future-proof strategy aligned with sustainability goals.
Recognising both the challenges and opportunities of fleet electrification, MAXUS UK has set the benchmark in supporting businesses on this journey. As Business Vans highlights:
“MAXUS have set the benchmark when it comes to supporting customers on their transition to an electric van. Every dealership in their network can provide customers with all the advice and support they need, making the transition as smooth as possible.”
MAXUS UK offers comprehensive support to help businesses successfully integrate EVs into their fleet, including:
Tailored consultations to identify the best EV solution for your business needs.
Test drives to experience first-hand the performance and efficiency of MAXUS electric vans.
Expert advice on charging infrastructure, financial incentives, and total cost of ownership.
To experience the performance and benefits of MAXUS EVs, book a test drive or contact us today to learn how we can help electrify your fleet.
Why should you consider converting your commercial van fleet to electric vans and vehicles? What are the potential costs related to the change? There are several reasons to convert, including the UK government mandate, clean air zone charges, and public perception of your company’s commitment to sustainability.
MAXUS is the future of fleet and committed to supporting a sustainable transport industry in the UK with our range of electric vehicles (EVs) and vans. We are proud sponsors of the Urban Operator of the Year category at the 2024 Motor Transport Awards and had the honour of announcing one of our long-standing EV clients, DPD, as the category winner. In this article, we discuss the common hidden costs of converting to an electric van fleet and share more about the infrastructure upgrades and employee training required. We also highlight how MAXUS can help.
Potential Hidden Costs: Electric Vans and Vehicles Conversion
Managing a fleet that blends old technology, such as internal combustion engines (ICE), and the new technology electric vans represent, has its challenges. EV conversion costs are higher, but several factors mitigate the expense. Let’s look at the top three:
Initial purchase price. Although an electric van’s initial purchase price is higher than an ICE van, the cost is offset by the government’s plug-in van grant (PIVG) initiative. This discount is included in the final purchase price.
Domestic energy costs. High energy costs are a reality. Companiescan save by charging their EV fleets during off-peak hours. Insurance. EV insurance costs are higher but will decrease as the electric van market matures and more companies convert their fleets.
Infrastructure Upgrades for Electric Vans and Vehicles
An article by Fleet News highlights research indicating a lack of charging infrastructure is one of the main reasons companies are not converting their fleets to electric vans. However, Zapmap shows that the UK’s EV public charging infrastructure continues to grow and is now available at 35,810 charging locations.
The government also assists businesses with the cost of installing charging stations and other infrastructure upgrades. The Workplace Charging Scheme provides grants towards the cost of the purchase, installation, and infrastructure of electric vehicle charge points at eligible places of work. Small-to-medium-sized businesses can get grants to install electric vehicle charge points and support infrastructure for their staff and fleet vehicles. There is a lot of support if you want to convert your fleet.
Electric Vans and Vehicles: Employee Training and Adaptation Cost
There are fundamental differences in the driving experience between ICE and electric vans. Training drivers to operate EVs efficiently and safely is vital to a successful fleet transition and would be one of the EV conversion costs your business must budget for.
Why is the training necessary? EVs accelerate much faster than diesel or petrol vans, and they are very quiet, which could be unnerving when one is not used to it. Range management is also essential to achieve optimum results. The MAXUS eDELIVER 9 has a Worldwide Harmonised Light Vehicle Test Procedure (WLTP) city range of 219 miles, and drivers must adapt their driving style to get maximum use of the available battery power.
Budgeting for a Successful Transition to Electric Vans and Vehicles
Budgeting for a successful EV fleet transition is not as daunting as one might expect with all the government assistance currently available to companies. MAXUS also eases your transition cost burden with our Intelligence Onboard system. It helps you manage your fleet expenses with simple reports from real-time data. Use it to understand driver behaviour, and maximise fleet range with live state of charge information, including how much recharging costs at each station. You can even compare the total energy costs of your electric van fleet with those of your ICE fleet. MAXUS electric commercial vans and vehicles are available from more than sixty dealers across the UK. Our roadside assistance service operates throughout the UK and Europe and is available 24 hours a day, 365 days a year. Convert your fleet and let your company benefit from the switch to electric vans and vehicles. Contact MAXUS today.
How many electric vans are there in the UK? Not nearly enough when you consider the size of the internal combustion engine (ICE) commercial van market. The UK Government expects all new cars and vans to have fully zero emissions at the tailpipe by 2035. That is only eleven years into the future, and we anticipate many changes in the coming years. In January 2024, new government regulations came into force, requiring 70% of new vans sold in Great Britain to be zero emission by 2030, increasing to the targeted 100% by 2035. What is the current landscape of commercial electric vans in the UK, and what is expected of the future? We share more in this article.
The Rise of Electric Vans in the Transportation Sector
VMS Fleet Management, a leading UK specialist fleet management company, continuously adds electric vans to its fleet. In 2021, the company purchased hundreds of MAXUS eDELIVER 3 and eDELIVER 9 commercial electric vans. At the end of 2023, multiple MAXUS electric commercial vans were added to the fleet of G.Network, a London-based full fibre broadband provider. The rise of electric vans in the transportation sector is undeniable when one reads the UK Electric Fleets Coalition (UKEFC) 2023 Policy Paper, published in November 2023. UKEFC represents a leading group of UK businesses, including the four largest fleet operators. The UK transportation sector is committed to achieving its net-zero targets.
Current Landscape of Commercial Electric Vans
The current landscape of commercial electric vans is influenced by the ever-expanding clean air zones (CAZs) in cities such as Bradford and Birmingham, as well as the low emission zones (LEZs) in Greater London and Scotland. It becomes costly to pay the daily charges, and companies active in those areas are converting to electric vans. Many companies are using the government’s plug-in van grant (PIVG) to lower the purchase price of their preferred commercial electric vans, and the grant currently expires on 31 March 2025. Although electric vans are a small percentage of the used van market, sales are growing steadily.
Statistics on Electric Van Sales in the UK
Electric van sales in the UK have been increasing steadily since 2016, according to the registration statistics of the new car and light vehicle registration of the Society of Motor Manufacturers and Traders (SMMT) in the UK. There is, however, enormous growth potential when comparing battery electric vehicle (BEV) to total light commercial vehicle (LCV) registrations for 2016 to 2023. SMMT excluded statistics for some years.
The registration numbers hereunder represent thousands:
Year
All LCV total
BEV LCVs
2016
376 000
1 000
2019
366 000
3 000
2022
282 000
17 000
2023
341 000
20 000
Source: SMMT
SMMT notes that electric van sales fell upon the commencement of the UK Government’s zero-emission vehicle mandate. On what will raise demand, they comment as follows: “Maintaining existing purchase incentives and ensuring charge point rollout – including van-specific charging infrastructure – will be essential to help raise demand to the level needed to DELIVER net zero rapidly.”
Future Projections for Electric Vans in the UK
At MAXUS, the future of electric vans in the UK is so bright we launched our eDELIVER 7 model at the 2023 Commercial Vehicle Show. It is a mid-sized electric commercial van with a payload capacity of 1135 kgs, a trailer capacity of 1500 kgs, and an urban range of up to 230 miles. The MAXUS eDELIVER 7 is ideal for a wide range of commercial uses and complements our eDELIVER 3 and eDELIVER 9 models.
What does the SMMT Economics Team say about the 2024 and 2025 outlook for commercial electric vans? They project the electric van share for 2024 is 9.4%, after a 57.6% rise in volumes. In 2025, the share is expected to reach 13.6%, following a 49.7% volume rise on the 2024 outlook. MAXUS is excited to be part of the UK’s zero-emissions transition and is committed to producing the commercial electric vans, including conversions, that our small and large fleet clients need. How many electric vans are there in the UK? Get in touch with MAXUS today or explore our range of available conversions here.
Maximising your electric van range is essential for ensuring efficient operations. We all want to get the best electric van range before stopping to recharge. Business owners and electric vehicle (EV) drivers are getting used to the fact that EVs cannot cover the same distances as internal combustion engines (ICE) without recharging. However, electric vans such as the Maxus eDELIVER series easily beat ICE vans when measuring sustainability and service savings.
Do you want to know how to maximise your electric van’s range? We share our top three tips.
How is Electric Van Range Calculated?
Ever wondered how far your electric van can travel on a single charge? Unlike filling up a petrol tank with a predictable number of litres, electric vehicle range can seem a little more mysterious. There are two main ways to determine an electric van’s range:
Manufacturer’s WLTP Figures: The Worldwide Harmonised Light Vehicle Test Procedure (WLTP) is a standardised test used across Europe to assess an EV’s energy consumption and range. Introduced in 2017, the WLTP simulates real-world driving conditions, incorporating a mix of urban stop-start traffic, rural roads, and motorway journeys. This provides a more accurate picture of an electric van’s potential range compared to older testing methods.
On-board Trip Computer: Most electric vans have a trip computer that displays the estimated remaining range based on the battery’s state of charge (SOC) and the van’s recent driving efficiency. This figure is constantly recalculating as driving conditions change, offering a real-time picture of how far you can travel before needing to recharge.
It’s important to remember that both WLTP figures and on-board trip computer estimates are just that – estimates. The actual range you achieve will be influenced by several factors we’ll explore in the next section.
What Factors Affect the Range of Your Electric Van?
While battery capacity is the most significant factor determining an electric van’s range, several other elements can influence how far you travel on a single charge:
Driving Style. Aggressive acceleration, frequent braking, and high speeds all consume more energy. A smoother, more relaxed driving style can significantly improve your electric van’s range. Using regenerative braking can help recapture energy during deceleration and braking, extending the range.
Weather Conditions. Extreme temperatures, both hot and cold, can impact battery performance. Cold weather reduces battery efficiency, while hot weather can increase energy consumption due to reliance on air conditioning.
Payload Weight. The heavier the load your electric van carries, the more energy it requires to maintain speed. Lighter loads will translate to a greater driving range.
Terrain. Hilly terrain requires more energy to climb inclines, reducing your overall range compared to flat driving.
Ancillary Features. Using features like air conditioning, heating, and entertainment systems will increase energy consumption and slightly decrease your range.
What is Range Anxiety?
Range anxiety is a common concern among those considering switching to an electric vehicle, particularly for vans where the range may be crucial for business operations. It’s the fear of running out of charge before reaching your destination, especially on longer journeys. This anxiety can stem from a lack of familiarity with electric vehicle technology and the perception of a limited charging network.
Unlike petrol or diesel vans where a quick stop at the gas station can get you back on the road in minutes, charging an electric van can take longer, depending on the charging station’s capabilities and your battery’s depletion level. This perceived inconvenience, coupled with the unfamiliarity of planning journeys around charging stops, can contribute to range anxiety.
In the next section, we’ll explore various ways to maximise the range of your electric van and mitigate these anxieties. By understanding how to optimise your driving and utilising the growing network of charging stations, you can confidently experience the benefits of electric vans for your business.
3 Ways to Maximise Your Electric Van Range
1. Focus On Driver Behaviour And Improve Your EV Range
In September 2023, the Automobile Association (AA) surveyed UK drivers for the most annoying driving habits. Eighty-seven percent stated they disliked it when people drove with full beam lights on when passing other cars, and twenty-six percent found tailgating on motorways irritating. Bad habits don’t change when people start driving electric vans. Focus on the following, and you will improve your EV range.
Speed. Driving erratically and speeding is as bad for your electric van as it is for your ICE vehicle. It drains the EV battery faster, forcing you to stop for a recharge more often. Drive smoothly, maintain a steady speed, and you will increase the van’s range.
Route planning. Are you making a long-distance delivery on a route that is hilly in places? Climbing hills requires more battery energy and reduces your electric van’s range. Use a UK-wide map of electric vehicle charging points and plan your route accordingly.
Climate control. It takes a lot of energy to heat and cool a vehicle cabin. Bring it to your ideal temperature while the van is plugged in and save on battery life. Drivers of Maxus eDELIVER 3 Milk Floats appreciate their heated seats. Seat heaters use less energy, allowing you more driving range.
Load weight. The Maxus eDELIVER 9 Low Loader’s payload (excluding body) is 1,410 kilograms, and its unbraked towing capacity is 750 kilograms. Carrying or towing heavy loads consumes battery energy and decreases your EV’s range.
Tyre pressure. Underinflated tyres are inefficient, causing a drain on your electric van’s battery and cutting down on your range. Check your van’s tyre pressure regularly to ensure it complies with the manufacturer’s recommendations.
2. Look After The Battery To Maximise Your Electric Van Range
Each electric van’s range is determined by the size of its battery and external influences such as driver behaviour and the weather. The Maxus eDELIVER 3 series, for example, offers two battery sizes. The Maxus eDELIVER 9 has three battery options with various battery cooling methods to reduce charge time, extend battery life and increase the operating range. How can you look after your electric van’s battery and maximise its range?
Never let the vehicle’s battery run flat or under 20%, and don’t charge it past 80% unless you are going on a long trip. Use slow charging as much as possible and limit your use of rapid and ultra-rapid charging.
3. Understand Your Electric Van’s Performance
Most electric vans are fleet vehicles and business owners need optimal performance from their vans. Our final tip to maximising your electric van’s range is understanding its performance. We make it easy for you with our Maxus Intelligence Onboard system. It collates a range of real-time data into reports, including the following:
Driver performance. Behaviour data show whether drivers understand their vehicles and how they manage them.
State of charge. You see the van’s live state of charge, how far it is to the nearest charging point, and if a charge has been interrupted.
Compare costs. The Maxus Intelligence Onboard system gives you the energy consumption per vehicle and for the fleet. You will know where energy is added and how much it costs in each location. It will even tell you how much the total energy costs compare to an ICE vehicle.
Maxus commercial electric vans can be converted to meet your specific industry, cargo and passenger needs. They also have battery options to accommodate your driving range, whether city driving or long distance. Contact us today to choose the best vehicle for your preferred electric van range.
The best way to keep your electric fleet vehicle running smoothly is through effective electric fleet management and maintenance, optimum energy use, quick recharging (if required), and access to quality charging stations on all your company’s routes. Maxus is the first choice for electric fleet vehicles, as our market-leading battery technology reduces charging time and energy consumption. We also have a range of adaptable vehicles and readily available services and parts.
Charging infrastructure is key to the success of electric vehicles (EVs) and even more so for businesses with EV fleets. We already have a number of parking spaces with EV charging points at our Maxus sites and support any business wanting to make the green transition.
However, the success of an electric vehicle fleet hinges not just on charging infrastructure, but also on a robust EV fleet management and maintenance strategy. This means proactively monitoring battery health and charging status to optimise charging schedules and prevent unexpected breakdowns. By taking a proactive approach to EV fleet management and maintenance, businesses can ensure their electric vehicles are reliable, efficient, and ready to tackle any job.
EV Fleet Management: The Key to a Smooth-Running Electric Vehicle
Electric vehicles introduce new considerations compared to traditional vehicles. Battery health, charging infrastructure, and energy consumption patterns become crucial factors impacting your fleet’s performance.
Electric vehicle fleet management tackles these challenges head-on. It’s a comprehensive system that monitors and optimises various aspects of your fleet, including:
Battery Health: Keeping a watchful eye on battery degradation allows you to anticipate maintenance needs and ensure maximum battery life. This translates to a longer range and overall fleet longevity.
Charging Efficiency: Understanding your fleet’s charging patterns helps you develop optimised charging schedules. By leveraging off-peak electricity rates, you can minimise energy costs and maximise charging efficiency.
Energy Consumption Tracking: Monitor kilowatt-hours (kWh) used per vehicle. This data helps identify energy-efficient driving habits and pinpoint areas for improvement. Imagine a fleet of drivers operating at peak efficiency – that’s significant gains in operational efficiency for your business.
Electric Vehicle Maintenance: Keeping Your Fleet Charged and Ready
Electric vehicles (EVs) offer a welcome departure from the traditional maintenance routines of petrol and diesel vehicles. Gone are the days of frequent oil changes and complex engine checks. However, keeping your electric vehicle fleet running smoothly still requires a focus on specific areas. Here’s what you need to know:
Simplified Servicing: Regular servicing remains important for your EVs, but it focuses on different aspects. Thermal management systems, which keep batteries cool and operating efficiently, become a priority. Additionally, tyre care is crucial for maximising range and ensuring safety.
Preventative Maintenance: Proactive maintenance plans are key. By leveraging data from your EV fleet management system, you can identify potential issues early on and address them before they cause problems. This not only keeps your fleet running smoothly but also extends the lifespan of your vehicles.
By adopting a simplified yet strategic approach to maintenance, you can ensure your electric fleet stays charged, reliable, and ready to tackle any task.
The Evolving Landscape of Charging Infrastructure in the UK
It was interesting to note Prime Minister Rishi Sunak’s delay of the ban on the sales of new petrol cars. However, the business community is committed to decarbonising road transport, and Maxus electric fleet vehicles contribute to these efforts.
The launch of ChargeUK in April 2023 is a clear indication that the landscape of charging infrastructure in the UK is changing rapidly. ChargeUK brings together the largest companies installing public charge points, intending to work collaboratively with the government and other stakeholders for a smooth transition to electric vehicles. Although charging hubs are now offering 8, 16, 24 and even more charging points on one site instead of one or two units, the geographic distribution of charging points is still problematic.
According to ChargeUK there are approximately 40,000 public charge points at the moment, with hundreds of thousands of smart home and work charge points. The focus is now to ensure the right type of charge point (slow, fast, or rapid) is available to individual and commercial users throughout the UK.
Navigating the Charging Landscape: Tips for Businesses
Businesses wanting to transition their fleet vehicles to electric were concerned about the high costs of installing EV charging infrastructure. They were expected to pay for a substation upgrade if their site did not have sufficient electricity capacity. Fortunately, this has changed. Access and Forward-Looking Charges Significant Code Review (Access SCR) are rules from the regulator Ofgem that took effect in April 2023. It states that substation upgrades will largely be paid for by Distribution Network Operators (DNOs).
Practical tips for businesses wanting to install charging infrastructure include speaking to your DNO to understand your site capacity and to plan for future electric fleet charging requirements. It is more cost-effective to practise phased capacity management until your whole fleet is converted.
Selecting and Installing Charging Stations: A Practical Guide
The type and number of charging stations you install will depend on your company’s needs. If you are a small-to-medium- sized business, you might be eligible for the government’s electric vehicle infrastructure grant for staff and fleets or the Workplace Charging Scheme (WCS). Consider the following when planning your charging stations:
If your site is leased, get your landlord’s permission to install charging stations.
Attend connection surgeries, workshops, or webinars offered by your DNO before making an application.
Charging bays should be wide enough to accommodate a charging point in the middle with two vehicles charging on either side.
Charge points should be as close as possible to the site’s power supply to cut down on groundwork costs.
Decide which charger speed is most appropriate for your fleet.
H2: Additional Tips for Keeping Your EV Fleet Running Smoothly
On top of the core maintenance practices, here are some strategies to further optimise your EV fleet’s operational efficiency and performance, and maximise its overall lifespan:
Driver Training and Incentives: Invest in eco-driving training for your drivers. This involves teaching them techniques like smooth acceleration and braking, maintaining consistent speeds, and utilising regenerative braking whenever possible. These practices not only extend battery life but also improve overall energy efficiency, leading to reduced charging costs.
Thermal Management: Extreme temperatures, both hot and cold, can negatively impact battery health and range. Here, thermal management becomes crucial. Utilise pre-conditioning features whenever possible. This allows the car to regulate battery temperature while plugged in, ensuring optimal charging efficiency and maximising potential range when the driver hits the road.
Telematics and Data Analytics: Leverage the power of advanced telematics systems. These systems collect valuable data on your fleet’s operations, providing valuable insights that can be used to optimise routes, predict maintenance needs, and identify areas where driver behaviour can be improved. By analysing this data, you can make informed decisions that not only enhance efficiency but also ensure preventative maintenance is addressed before minor issues escalate.
Overcoming Challenges and Future-proofing Your Electric Fleet
EV charging in the UK is rapidly becoming less of a problem as the availability of charging infrastructure increases. When you own Maxus EV vehicles, you future-proof your fleet with our Maxus Intelligence Onboard System. It provides live data on the state of your battery charge, charging events, and whether it is on or off the charge.
With this information, you can increase your fleet’s range, energy consumption in miles per kWh, and how much energy is added, including where and at what price. The data is combined into simple reports that help you better understand how your electric fleet vehicles are driven and where you need to make changes.
Maxus has a good track record of delivering complex fleets for diverse businesses. We have over sixty dealers across the UK where you can select the perfect electric fleet vehicle for your business. Contact us today!
The automotive industry is undergoing a transformation driven by the latest innovations in electric commercial vehicles. Extended-range batteries promising longer journeys on a single charge, faster-charging solutions that minimise downtime, and groundbreaking developments in autonomous driving technologies are making electric vans increasingly attractive for businesses. This confluence of innovation is not only shaping a sustainable future for transportation but also creating a more competitive and efficient EV industry.
For Maxus, innovation is our driving force. Since launching our first electric vehicle we have developed a reputation as innovators who are leading the transition to greater use of electric vehicles and vans. Winning multiple GreenFleet Awards, including Electric Vehicle Manufacturer and LCV Manufacturer of the Year, is a testament to our innovative approach and we are determined to keep pushing boundaries and accelerating change for our customers.
Why Improved Battery Technology is Crucial in the Development of Electric Commercial Vehicles
At the heart of these advancements lies battery technology. Breakthroughs in lithium-ion batteries, the current dominant force in EV batteries, are enabling longer driving ranges, faster charging times, and improved overall performance for electric commercial vehicles (ECVs). However, the future holds even greater promise with the development of next-generation technologies like solid-state batteries.
Breakthroughs in battery design are proving to be the game-changer, paving the way for:
Extended Range: New battery technology allows electric vans to travel further on a single charge, making them more competitive with their traditional, petrol or diesel counterparts. This is particularly important for businesses that require their fleets to cover substantial distances during daily operations. Here, advancements in cell chemistry and the integration of innovative battery management systems (BMS) are key factors.
Faster Charging Times: Breakthroughs in battery design are leading to significantly faster charging times for ECVs. This translates to less downtime spent waiting for vehicles to recharge, keeping fleets operational and businesses running smoothly. Solid-state batteries hold particular promise for drastically reducing charging times due to their different internal structure.
Improved Performance: Advancements in battery technology are not only improving range and charging times but also contributing to a general increase in overall performance for EVs. This can encompass factors like better acceleration and improved power delivery. A well-designed battery management system plays a crucial role here as well, by optimising power delivery and ensuring battery health.
These advancements are essential for making commercial electric vehicles a truly viable option for businesses that rely on their fleets for efficient and far-reaching operations.
Advancements in Technology are Redefining Electric Commercial Vehicles
With every new update in technology, our engineers get closer to bridging the gap between reality and science fiction. Today’s Electric Vans are connected, intelligent and communicative. Always on, they protect EV drivers and the public, monitor performance and self-check parts, and flag any maintenance needs in advance.
Every new Maxus electric vehicle comes with telematic software as standard. Developed in partnership with LEVL, our Intelligence Onboard software provides insights through the Geotab platform, including near-real-time data on battery status, energy use and cost, live location, charging performance and range efficiency.
We’re moving towards a future where electric vehicles are better connected.
Internet-connected vans, like our eDeliver 9, already have the power to communicate with other vans and IoT devices. As we continue to further adopt AI, we’re developing the fleet to allow you to compete.
H2: Digital Infotainment Systems: Powering Up Your Electric Van Experience
Electric vans offer a sustainable and efficient solution for businesses, but downtime is still a concern. Digital infotainment systems can help maximise uptime and keep drivers connected and comfortable during those crucial moments between deliveries. Here’s how:
Route Optimisation with Real-Time Updates: Integrated navigation systems become even more valuable in electric vans. Look for systems that display charging station locations and factor in real-time charging times to optimise routes and minimise downtime.
Range Monitoring and Trip Planning: Stay informed with real-time battery range displays and trip planning features that consider factors like weather and driving conditions. This allows drivers to plan efficient routes and avoid unexpected range anxiety.
Fleet Management Integration: Some systems can integrate with fleet management software, allowing dispatchers to communicate with drivers, track vehicle location and battery status, and optimise overall fleet operations.
Downtime Entertainment: While waiting to charge, drivers can enjoy music, podcasts, or audiobooks through the car’s sound system. Some systems even offer built-in streaming services for additional entertainment options.
Voice Control for Efficiency: Keeping hands on the wheel is even more important in busy delivery schedules. Voice commands for navigation, music control, and even climate adjustments ensure safety and efficiency.
Improved Driver Comfort: A comfortable driver is a productive driver. Look for systems that integrate with climate control systems for easy temperature adjustments, further enhancing driver comfort during breaks.
Digital infotainment systems are a valuable asset for electric vans, transforming them into efficient and driver-friendly workspaces. With features designed specifically for electric vehicle needs, these systems can help businesses maximise productivity and keep their electric fleets running smoothly.
Navigating the Path to Self-Driving Electric Commercial Vehicles With Autonomous Driving Systems
As innovators in the field of electric vehicles, our logical next step is to produce a self-driving version. Building on our recent partnership with TuSimple, developers of the world’s most advanced self-driving technology, we’ve already started testing the first generation of Maxus autonomous vehicles, using LiDAR software for onboard guidance. Light Detection and Ranging (LiDAR), works like radar, emitting laser pulses to map your surroundings, gauge distances and safely static and moving objects in your driving line.
In the meantime, we continue to make improvements to our Advanced Driver Assistant System (ADAS). Available as standard in Maxus electric commercial vehicles, ADAS is a partial automation system that protects your business from accidents that tend to arise from driver fatigue and human error.
‘Collision avoidance’ and ‘pedestrian detection’ are two of the highest-ranking benefits of ADAS to fleets, according to 2022 research from the Arval Mobility Observatory Barometer. Given the importance of accident prevention, Maxus engineers continue to upgrade our ADAS features, adding innovations like adaptive cruise control, lane-keeping assist, blind-spot monitoring and night vision systems.
The Convergence of Electric and Intelligent Commercial Vehicles
Cruise control, lane-change assist, autonomous braking, speed alerts, blind-area monitoring, parking sensors, reversing camera, dashboard touchscreen with smartphone-mirroring: our new eDeliver 9 is quite the improvement on the traditional work van (RAC review, September 2023).
Constant innovation means that Maxus Electrical Commercial Vehicles are packed with features that help UK businesses move forward, keep our roads safer for drivers and pedestrians, and keep vans on the road and out of repair shops.
This is just the start. Thanks to advances in wireless and IoT technology,
electric vehicles are communicating with the world around them and learning to make decisions by themselves.
Electric Commercial Vehicles and the Future of Transportation
Vehicle-to-Vehicle (V2V) technology takes driving to a new level, literally allowing your vans to see around corners. A dedicated short-range communications (DSRC) protocol allows moving vehicles to talk to one another, update their drivers as to what’s ahead and even take evasive action.
Vehicle-to-Grid (V2G) technology allows electric cars in your fleet to communicate with the power grid and sell excess electricity back to the grid when cars are idle.
V2X is where we want to get to. ‘Vehicle-to-Everything’ will allow transport infrastructure, such as traffic lights, meters and charging stations to speak with your fleet. The future is a place where traffic flows faster with fewer stop-starts, less energy waste, and easier parking and refuelling.
Challenges for EV Innovation in the UK
The electric commercial vehicle sector in the UK is brimming with potential for a greener future. However, significant hurdles must be overcome before widespread adoption becomes a reality.
One of the most pressing challenges lies in the scalability of charging infrastructure. While urban areas are witnessing a rise in charging stations, rural and remote regions in the UK remain underserved. Businesses, especially those operating in delivery or logistics, are hesitant to switch to EVs if journeys risk being interrupted by the hunt for a charging station.
Even in areas with charging infrastructure, limitations in range and charging times pose another obstacle. EVs often struggle to match the range and refuelling speed of traditional petrol or diesel vehicles. This can significantly impact operational efficiency, particularly for businesses that rely on tight schedules and maximum uptime for their fleets.
Finally, the upfront cost of ECVs can remain as a significant barrier for some businesses. Only by making EVs more affordable and accessible can the UK create a truly sustainable and efficient transportation future.
Keeping Your Fleet at the Forefront of EV Innovation
Opened at our UK headquarters, in 2021, the Maxus Technical Training Academy is a showcase for electric vehicle innovation and a centre of excellence for Electric Van technicians. Hundreds of mechanics have already graduated from our courses and learned skills that are fundamental to the UK’s electric transition and future prosperity.
As AI and IoT go mainstream, Maxus intend to keep our customers in pole position by incorporating developing technology where appropriate. Find out how innovations like Intelligence Onboard have the power to transform your business performance. Contact us today to discuss the Maxus range of electric vans in the UK. Maxus electric vans come with a five-year vehicle warranty and an eight-year warranty on the high-voltage battery. We also offer nationwide breakdown assistance 24 hours a day, 365 days a year.
Welcome to the official showcase of the ‘Experience Electric with MAXUS’ event, held at the iconic Mondello Park, Dublin, from June 25th to 27th, 2024. This event was a landmark occasion, bringing together industry leaders, customers, and enthusiasts to celebrate and explore the future of electric mobility
Event Highlights
Insightful Workshops
The event featured a series of enriching workshops led by renowned industry experts and brands:
First Citizen & Sales: Delivered by George Ormsby and Karl Haughton from First Citizen, this session provided essential sales strategies and insights, setting the stage for successful electric vehicle sales.
MAXUS Intelligence & Battery Degradation: Hosted by Jan O’Hara, Scott, and Adam along with Paul Rogerson from MAXUS Intelligence, participants delved into the advancements in battery technology, understanding the improvements and what they mean for performance and longevity.
Charging & Chargers: Des Mulhare from Charging & Chargers showcased the latest innovations in charging solutions along with Owen Murray, explaining how these advancements enhance the overall charging experience.
Aftersales Support: Noel, Eamon, and Keith highlighted our comprehensive aftersales services, ensuring that MAXUS customers receive unparalleled support and care.
Thrilling Test Drives
One of the most exciting aspects of the event was the opportunity to test drive MAXUS electric vehicles on the renowned Mondello Park track. Attendees experienced the thrill of driving our cutting-edge electric models, enjoying their smooth performance, impressive acceleration, and advanced features. The feedback was overwhelmingly positive, with many praising the vehicles’ innovative technology and exceptional handling.
Media Coverage and Engagement
We were honoured to welcome media representatives from both the UK and Ireland, who helped amplify the event’s reach and share our vision of electric mobility with a broader audience. Their coverage and engagement were invaluable in highlighting the key moments and innovations showcased during the event.
Thank You for Your Support
The ‘Experience Electric with MAXUS’ event was a testament to our commitment to leading the charge in electric mobility. We extend our heartfelt thanks to everyone who attended, participated, and supported this event. Your enthusiasm and feedback drive us to continue pushing the boundaries of innovation.
Watch the Event Highlights
Relive the excitement and see the highlights of the ‘Experience Electric with MAXUS’ event. Watch our event video to catch all the key moments and insights shared during these three incredible days.
Join Us on the Journey to a Greener Future
Stay tuned for more Maxus events and updates as we continue to innovate and lead the way in electric mobility. Together, let’s drive towards a sustainable and exciting future.
With the UK Government’s ambitious net-zero target by 2050, understanding EV regulations for the UK is crucial for both EV drivers and prospective electric vehicle owners. We are all experiencing the effects of climate change, and there is a global initiative to cut greenhouse gas emissions to as close to zero as possible within the next twenty-seven years. Research done in 2021 shows that transport was responsible for 25% of total UK greenhouse gas emissions. To mitigate these effects, a global initiative is underway to drastically cut greenhouse gas emissions – the very emissions that trap heat in our atmosphere and disrupt our planet’s natural balance. EVs play a significant role in achieving this goal, as they produce zero tailpipe emissions, significantly reducing a driver’s carbon footprint. Maxus is committed to providing cleaner, greener, and more sustainable transport solutions for the light commercial vehicle industry with our electric van range.
Understanding Regulations for Electric Vans in the UK
In November 2020, the UK Government announced that the sale of new petrol and diesel cars and vans would be phased out by 2030. They also want all new cars and vans to have fully zero emissions at the tailpipe by 2035. However, in September 2023, Prime Minister Rishi Sunak delayed the ban on diesel and petrol car and van sales until 2035.
Since the mass use of electric vehicles (EVs) is new to the UK transport landscape, the relevant EV regulations and policies also constantly adapt to the new reality. The government published new regulations governing public charge points as recently as July 2023, and discussions around the rules regulating the operation of heavier electric vans are ongoing. It would be good business practice to keep abreast of the ever-changing EV regulations in the UK if you are converting to electric vans.
Current Government Incentives for Electric Vans
The government provides several incentives for businesses converting to electric vans in the UK. Electric vehicles (excluding hybrid vehicles) are exempt from vehicle tax, but you will pay vehicle excise duty from 2025. A plug-in van grant (PIVG) was launched in 2012 to assist with bridging the gap between the cost of ultra-low emission vans and diesel vans, and in 2016, it was extended to include a plug-in truck grant (PITrG).
Customers don’t have to apply to receive this grant. It is automatically deducted from the vehicle price at the point of sale. Vans and trucks must meet specific criteria to be eligible for the plug-in grant, and we are proud to say that our Maxus eDeliver 3 and Maxus eDeliver 9 ranges, as well as our Maxus T90 pick-up vehicle, are eligible.
The ZEV Mandate: A Turning Point for Electric Vehicles in the UK
The UK’s Zero Emission Vehicle (ZEV) mandate, implemented in January 2024, represents a significant shift towards electric vehicles (EVs) in the UK. This policy aims to accelerate the transition away from internal combustion engine (ICE) vehicles and achieve net-zero emissions targets.
Key aspects of the ZEV Mandate:
Phased targets: The mandate establishes a rising quota of zero-emission cars and vans that manufacturers must sell each year. By 2030, 80% of new cars and 70% of new vans must be zero-emission, reaching 100% for both by 2035.
Compliance and enforcement: Manufacturers who fail to meet the targets will face fines. This incentivizes them to prioritize EV production and sales.
Alignment with global trends: The ZEV mandate reflects a broader movement towards electrification. Similar policies exist in countries like France, Germany, and Canada.
Potential impacts of the ZEV Mandate:
Increased EV adoption: The mandate is expected to drastically boost EV sales in the UK. This will improve air quality and reduce greenhouse gas emissions from transportation.
Stimulus for innovation: Automakers will likely invest more in EV research and development to meet the targets. This could lead to a wider range of EV models at competitive prices.
Infrastructure development: The rise in EVs will necessitate significant investment in charging infrastructure across the UK.
The ZEV Mandate marks a critical step towards a cleaner transportation future in the UK. Its success will depend on addressing affordability concerns, expanding EV charging infrastructure, and ensuring a smooth transition for the workforce.
UK EV Charging Regulations for 2024
The UK’s 2024 EV charging regulations aim to smooth the path for wider electric vehicle adoption by addressing security, grid impact, and consumer concerns. The Electric Vehicle Supply Equipment (EVSE) Code of Practice (EVSCP) outlines technical standards for connecting chargers to the grid, while new private charge points must meet smart functionality and device-level requirements. These regulations also encourage charging during off-peak hours and prioritise consumer access, security, and information.
The Public Charge Point Regulation in the UK
The UK’s Public Charge Point Regulations came into effect on November 24, 2023. These regulations aim to improve the experience for people using public electric vehicle (EV) charging points and support the wider adoption of EVs.
Here’s a breakdown of the key points:
Easier payments: The regulations require most public charge points to offer contactless payment. This applies to new chargers of 8kW and above deployed after November 24, 2024, and all existing chargers of 50kW and above. By November 24, 2024, all these points must also accept payment through at least one roaming provider, allowing users to pay with a wider range of accounts.
Improved reliability: The regulations set a high bar for rapid charge points (typically 50kW and above). These chargers must maintain a 99% average reliability across an operator’s EV charging network. Operators are required to publish information on their website demonstrating this compliance.
Consumer information: The regulations require clear pricing information to be displayed at the charge point, showing the total price per kilowatt-hour (kWh) for charging. The price cannot increase after charging begins.
Data collection: Charge point operators must collect and maintain data on their chargers, including usage and availability. This data is then shared with the government and network operators to improve planning and future development.
These regulations are designed to make using public EV chargers in the UK more convenient, reliable, and transparent for consumers. This can help address concerns and encourage wider adoption of electric vehicles.
Impact of Electric Vans on Sustainability Goals
Statistics from the Department for Transport (DfT) show that in 2020, light vans emitted the third most greenhouse gas emissions after heavy goods vehicles. Cars and taxis had the highest emissions, at more than 50%. It is clear that businesses need to change to electric vans if the UK wants to reach its climate change United Nations Sustainable Development Goal (SDG).
The first benefit of converting to electric vans is the improvement of air quality due to zero exhaust emissions at the street level. Other benefits include reduced noise pollution and improved air quality. The reality is that electric vehicles (EVs) will never truly reach zero emissions as they emit particulate matter from brakes, tyres, and road wear. Then there are the emissions that result from the vehicle’s manufacturing process.
Navigating Compliance with Electric Vehicle Regulations
If you are worried about complying with electric vehicle regulations, look no further than Maxus UK. We offer a range of commercial electric vehicles, such as our eDeliver 3, eDeliver 7, and eDeliver 9 vans. When you are in the business of transporting people or need a pick-up, consider our T90EV electric pick-up and MIFA9, a seven-seater SUV electric passenger vehicle. Maxus provides vehicles for SMEs and large fleets that we can convert to meet your specific industry, cargo, and passenger needs.
Our vehicles meet all European commercial vehicle collision design standards, and our Intelligence Onboard solution will help you understand how your EVs are driven. Real-time data also provides you with information on the live state of charge, charging data, energy used, and more. Maxus Electric Vehicles come with a five-year vehicle warranty and an eight-year warranty on the high-voltage battery. We also offer nationwide breakdown assistance, service, and repairs. Take your sustainability commitments to another level with Maxus UK electric vans. Contact us today for more information!
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Statistics
The technical storage or access that is used exclusively for statistical purposes.The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
