The residual value of electric commercial vehicles is determined by battery condition, make, model, mileage and market conditions. Electric vehicles lose value faster than diesel commercial vehicles due to technological developments and market acceptance. The battery plays the most important role here, as it is the most expensive component and directly affects the residual value.

What determines the residual value of electric commercial vehicles?

The residual value of electric commercial vehicles depends on six key factors: battery condition, make and model, mileage, maintenance status, age and market conditions. These factors work together to determine the final value, with the battery having by far the biggest impact.

Battery condition forms the basis of valuation. A battery that still has 80% of its original capacity retains significantly more value than one with 60% capacity. Most manufacturers provide an 8-year battery warranty, which reassures buyers.

The make and model determines demand on the second-hand market. Well-known brands such as Volkswagen, Ford and Mercedes-Benz hold their value better than lesser-known electric brands. The type of commercial vehicle also plays a role: rigids are more popular than double-cab vans.

The mileage affects both battery life and overall wear and tear. Electric commercial vehicles with lower mileage retain more value because the battery has undergone fewer charge cycles.

Market conditions such as subsidies, tax breaks and demand for sustainable mobility determine how much buyers are willing to pay for used electric utility vehicles.

How does the value trajectory of electric versus diesel company cars differ?

Electric commercial vehicles lose value faster than comparable diesel models in the first three years, but stabilise thereafter. Diesel commercial vehicles follow a predictable depreciation pattern of 15-20% per year, while electric vehicles may initially depreciate 25-30% per year.

The faster turnover in value of electric commercial vehicles is due to technological progress. New models have a longer range and better charging capabilities, making older electric vehicles less attractive. For diesel commercial vehicles, the technological leaps are smaller.

The market acceptance also plays a role. Many companies are still cautious about used electric commercial vehicles because of uncertainty about battery life and charging infrastructure. This limits demand and depresses prices.

However, from 2025, this pattern reverses with the introduction of BPM on new diesel commercial vehicles. Electric vehicles become more fiscally attractive, increasing demand for used electric commercial vehicles and stabilising the value trend.

For business decision-making, this means that with electric commercial vehicles you have to take into account higher depreciation in the first few years, but also future benefits due to stricter environmental regulations and access to zero-emission zones.

What role does the battery play in the residual value of electric commercial vehicles?

The battery determines 60-70% of the residual value of electric commercial vehicles. A battery in good condition with at least 80% of its original capacity retains significantly more value than one that falls below this limit. Battery replacement costs between €15,000 and €25,000, which drastically affects the residual value.

The battery capacity gradually decreases with use and time. After 8-10 years or 150,000-200,000 kilometres, a battery usually has 70-80% of its original capacity left. This is acceptable for daily use, but does affect the market value.

Battery warranties offer protection for buyers. Most manufacturers guarantee 8 years or 160,000 kilometres that the battery retains at least 70% capacity. This warranty is transferable to new owners, which supports residual value.

You can check the battery status through the vehicle dashboard or by diagnostics at an authorised dealer. Note the State of Health (SoH)-percentage: this indicates the current capacity compared to new.

When buying a used electric utility vehicle, always ask for the battery status and check if the warranty is still valid. When selling, make sure you have documentation on battery condition and maintenance.

Battery replacement costs, although gradually decreasing due to technological developments, remain an important factor in the valuation of used electric utility vehicles for the time being.

How can you best estimate the residual value of electric commercial vehicles?

You estimate the residual value of electric commercial vehicles by using online valuation tools, viewing comparable vehicles and checking battery status. For an accurate valuation, consult a specialist or authorised dealer experienced in electric commercial vehicles.

Online valuation tools such as those provided by BOVAG or AutoTrack give an initial indication of value. Enter the registration number and check that the tool takes electric drive and battery condition into account. These tools are getting better and better at valuing electric vehicles.

Compare your vehicle with similar ads on platforms such as AutoScout24 or Marktplaats. Look for vehicles with the same year of manufacture, make, model and similar mileage. Also check if sellers provide information on battery status.

Check these factors at valuation:

• Battery capacity and warranty status
• Maintenance history and servicing
• Original range versus current performance
• Presence of charging cables and documentation
• Any software updates and recalls

Professional valuation is recommended for more expensive electric utility vehicles or when you have doubts about the battery condition. An authorised valuer can assess the technical condition and take into account market conditions.

For business lease returns, check the pre-agreed residual value in your contract. Leasing companies often use conservative estimates for electric vehicles, which can be advantageous at contract expiry.

How Van den Hurk helps with electric commercial vehicles

We help you with a transparent value assessment of electric commercial vehicles by combining our 60 years of experience in the commercial vehicle industry with knowledge of sustainable mobility. Our specialists assess battery condition, technical condition and market value to offer you the best deal.

Our services for electric commercial vehicles:

• Professional value assessment including battery status
• Transparent prices with no hidden costs
• Flexible leasing options adapted to electric driving
• Guidance on the transition to electric mobility
• Support with subsidies and tax benefits
• Aftercare and maintenance by recognised specialists

Whether you want to sell your current electric utility vehicle or are looking for a reliable used one, we provide an honest valuation and personal service. Our stock of electric commercial vehicles is constantly growing and we are happy to help you find the perfect match for your business.

Contact us for a no-obligation valuation of your electric commercial vehicle or drop by our showroom in Helmond to see our range.

Additional tax rate for electric commercial vehicles is much lower than for traditional vehicles. In 2025, you will pay 16% additional tax on electric company cars, while petrol and diesel cars cost 22%. This tax advantage makes electric business driving attractive for entrepreneurs. The government is thus encouraging the switch to sustainable mobility.

What is additional tax and why do you pay less with electric company cars?

Additional tax is the tax you pay on the private use of your business car. The tax authorities see this as taxable income and charges payroll tax on it. The percentage depends on the type of vehicle and its CO2 emissions.

Electric company cars get a lower additional tax rate because the government wants to encourage sustainable transport. This tax benefit makes electric driving more financially attractive for entrepreneurs. This fits in with climate goals and helps the Netherlands reduce CO2 emissions.

The difference is quite significant. Whereas you pay 22% additional tax for a traditional company car, this is only 16% for electric vehicles. This quickly saves hundreds of euros a year in tax. The government is gradually increasing this rate, but electric remains more advantageous than petrol or diesel for now.

Exactly how much additional tax liability do you pay for an electric company car?

For electric company cars, you will pay in 2025 16% addition on the list value. This rate increases every year: in 2026 it will be 17%, in 2027 it will be 20% and from 2028 you will pay 22% - the same as petrol and diesel vehicles.

A practical example: suppose you have an electric company car with a list value of €40,000. Then you will pay payroll tax on €6,400 (16% of €40,000) in 2025. At a tax rate of around 37%, this will cost you around €197 in extra tax each month.

By comparison, the same car with a petrol or diesel engine would cost you 22% additional tax. That's €8,800 taxable income per year, or €271 per month in extra tax. So you save about €74 a month by choosing electric.

What conditions must your electric company car fulfil for low additional tax rate?

Your electric company car should all-electric be eligible for 16% additional taxable benefit. Hybrid vehicles are not covered by this scheme and get the normal rate of 22%.

Important conditions are:

• The vehicle must be registered with the RDW as an electric car
• The car must run exclusively on electricity (without range extender)
• There are no restrictions on catalogue value
• The registration date determines which additional tax rate applies

Note that plug-in hybrids do not qualify for the low rate, even if they can run electric. Only fully battery-powered vehicles get the tax benefit. This applies to all makes and models, from small vans to large electric vans.

How do you calculate the additional tax rate for your electric company car?

The calculation is simple: list value × 16% × your tax rate. The list price is the new car price including VAT and bpm. Your tax rate depends on your income and is usually between 37% and 49.5%.

Step-by-step calculation:

1. Look up the catalogue value from the dealer or manufacturer's website
2. Multiply this value by 16% (in 2025)
3. This amount is added to your taxable income
4. You pay payroll tax on this according to your tax rate

Example with a €50,000 electric company car: €50,000 × 16% = €8,000 taxable income per year. At a tax rate of 40%, you will pay €3,200 per year in extra tax, or €267 per month. This is considerably less than the €440 per month you would pay for a comparable petrol or diesel car.

How Van den Hurk helps with electric commercial vehicles

We help you switch to electric commercial vehicles with complete support and transparent advice. With over 60 years of experience in commercial vehicles, we understand exactly what you need to look out for when choosing electric driving.

Our concrete support includes:

• Personal advice on additional taxes and tax benefits for your situation
• Flexible leasing options to suit your operations
• Extensive range electric commercial vehicles of different brands
• Transparent prices with no hidden costs
• Practical guidance on switching to electric driving

We make sure you not only find the right electric company car, but also take full advantage of all tax benefits. Our experience with corporate customers helps you make the best choice for your business and growth plans.

Want to know which electric company car best suits your situation? Contact us for personal advice on additional tax liability, leasing options and the switch to sustainable company mobility.

The charging time of electric commercial vehicles depends on several factors, but is usually between 30 minutes and 12 hours. A fast charger will charge you to 80% in 30-60 minutes, while a regular wall socket plug will take 8-12 hours for a full charge. Battery capacity, type of charging post and current battery status will determine how much time you need.

What factors determine the charging time of electric commercial vehicles?

The battery capacity is the main factor determining how long charging takes. A commercial vehicle with a 50-kWh battery takes less time than a vehicle with a 75-kWh battery. In addition, the charging speed of your charging station plays a big role in the total charging time.

Temperature also affects your charging time. In cold weather, batteries charge slower because the chemical processes inside the battery are slower. In winter, your charging time can be up to 25% longer than in summer.

Your current battery status also makes a difference. A battery charges fastest between 20% and 80% capacity. Below 20% and above 80%, charging is slower to protect the battery. The vehicle type also determines the maximum charging speed your commercial vehicle can accept.

What is the difference between AC and DC charging in commercial vehicles?

AC charging is done via regular charging posts and sockets, with the inverter in your company car converting the alternating current to direct current for the battery. DC charging in fast chargers, the current sends power directly to your battery, making charging much faster.

AC charging typically has an output between 3.7 kW and 22 kW. This is ideal for home or workplace use, where your company vehicle is parked for longer periods of time. The cost is lower, but you need more time for a full charge.

DC fast charging works with power ratings from 50 kW to 350 kW. You use this mainly on the road for quick stopovers. It is more expensive per kWh, but ideal when you need to get back on the road quickly. For daily use, you combine both: AC charging at fixed locations and DC charging for longer trips.

How much time does it take to fully charge an electric commercial vehicle?

At home charging With an ordinary socket (3.7 kW), you need 8-12 hours for a full charge. With an 11 kW home charging station, this shortens to 4-6 hours. Workstation charging with 22 kW charging posts provides a full charge in 2-4 hours.

Public charging stations vary widely in speed. Standard public AC charging poles (11-22 kW) have similar times to workplace charging. Fast DC charging poles along the motorway charge your company car in 30-45 minutes to 80%.

Concrete examples: a Volkswagen e-Crafter with a 35.8 kWh battery fully charges at home in about 10 hours. On a fast charger, you can get 80% in 45 minutes. A Ford E-Transit with a 68 kWh battery needs 18 hours at home, but on a 50 kW fast charger achieves 80% in about 75 minutes.

How do you smartly plan the charging of electric commercial vehicles?

Efficient charge management starts by planning your charging times. Especially charge at home at night, when power prices are lower. Plan your routes so that you can charge upon arrival at your destination, rather than stopping for a fast charger along the way.

Charging apps such as PlugShare, ChargeMap and NewMotion help you find and reserve available charging stations. Always check if charging stations are available and working before you leave. Many apps also show real-time availability and prices.

For businesses with multiple vehicles, smart charging infrastructure is important. Install load balancing to make best use of your electricity connection. Schedule charging sessions so that not all vehicles charge at the same time. Keep charging logs to recognise patterns and improve your charging strategy.

How Van Den Hurk helps with electric commercial vehicles

We fully support you in the transition to electric commercial vehicles. From choosing the right vehicle to practical advice on charging solutions, we make sure you take the step to electric driving with confidence.

Our services include:

• Personal advice on the best electric company car for your business
• Explanation of charging options and charging infrastructure for your specific situation
• Flexible leasing options to suit your budget and growth plans
• Support in applying for grants and tax benefits
• Aftercare and service for all your questions after purchase

With over 60 years of experience, we understand that every business owner has unique needs. We take the time to discuss your situation and find the best electric solution. Contact us for a no-obligation discussion about your switch to electric company transport.

Electric commercial vehicles differ from diesel commercial vehicles in three main areas: cost, performance and environmental impact. Electric vehicles have higher purchase prices but lower operating costs, while diesel commercial vehicles offer greater driving range but pollute more. The choice depends on your daily mileage, budget and sustainability goals for your business.

What are the main cost differences between electric and diesel company cars?

Electric commercial vehicles cost more to buy but are cheaper to operate than diesel vehicles. The higher purchase price is offset by lower fuel costs, less maintenance and tax advantages. Over the total lifetime, electric commercial vehicles are often more economical.

The purchase price of electric commercial vehicles is on average higher than that of comparable diesel models. However, this difference is narrowing due to falling battery prices and increasing production. Since January 2025, BPM levy on new diesel commercial vehicles also applies, further reducing the price difference.

Operating costs fall clearly in favour of electric vehicles. Charging costs less than refuelling, especially when charging at home with a cheap energy tariff. Maintenance costs are lower because electric motors have fewer moving parts. You don't have to change oil and brake pads wear less due to regenerative braking.

Fiscally, electric commercial vehicles offer significant advantages. You pay no motor vehicle tax and can take advantage of accelerated depreciation. A lower addition rate applies to lease car drivers. These tax advantages make electric driving financially attractive for entrepreneurs.

How do the performance and driving range of electric and diesel commercial vehicles differ?

Modern electric commercial vehicles have a driving range of 250-400 kilometres, while diesel vehicles reach 600-800 kilometres. Electric vehicles offer instant torque and quiet operation, but charging takes longer than refuelling. For daily regional use, performance is similar.

The driving range remains an important difference between the two powertrains. Diesel commercial vehicles can travel further without refuelling, which is useful for long journeys or intensive use. Electric vehicles have sufficient range for most daily routes, but require more planning for long distances.

Charging time is different from refuelling. Fast charging takes 30-45 minutes to about 80% capacity, while refuelling takes a few minutes. Home charging happens at night and is very convenient for companies with fixed sites. Charging infrastructure is expanding rapidly, but still requires more planning than petrol stations.

Performance varies depending on the situation. Electric motors instantly deliver maximum torque, which ensures smooth acceleration and pleasant driving. In cold weather, electric vehicles' range decreases, while diesel engines perform better in low temperatures. Load capacity is similar between the two types.

What impact do electric versus diesel company cars have on the environment?

Electric commercial vehicles produce no local emissions and are quieter than diesel vehicles. Over the entire life cycle, including production and power generation, electric vehicles have a lower environmental impact. These benefits increase as the electricity grid becomes greener.

Local air quality improves directly through electric commercial vehicles. They do not emit nitrogen oxides, particulates or carbon monoxide. This is important in urban areas and inner cities where air quality is an issue. Many cities are introducing environmental zones where only clean vehicles are welcome.

Noise pollution decreases with electric vehicles. They are much quieter than diesel engines, especially at low speeds. This improves the quality of life in residential areas and allows early or late deliveries without inconveniencing nearby residents.

Electric vehicle production requires more energy than diesel cars, especially for the battery. However, this disadvantage is offset during use. As more renewable energy becomes available and batteries are recycled, the environmental difference widens even more in favour of electric driving.

What do you need to arrange practically when switching to electric commercial vehicles?

To switch to electric commercial vehicles, you need a charging strategy. Install charging points on your premises, arrange home charging for drivers and plan routes along public charging stations. In addition, you need to adapt insurance and maintenance to electric driving.

Charging infrastructure is the basis of electric driving. A charging station on your premises ensures convenience and lower costs. For drivers who charge at home, you can arrange a fee or have a charging station installed. Public charging stations are convenient for on-the-go charging, but require planning and are more expensive.

Route planning becomes more important with electric vehicles. Use apps that take into account your battery capacity and available charging points. Plan longer trips with charging stops and take into account seasonal influences on range. Many navigation systems in electric cars do this automatically.

Insurance and maintenance differ from diesel vehicles. Insurance premiums can be lower due to safety systems, but damage repairs are sometimes more expensive. Maintenance is simpler: no oil checks, but battery checks. Look for a garage with experience in electric vehicles for optimal service.

How Van den Hurk helps with electric commercial vehicles

We will fully guide you through the transition to electric commercial vehicles. With our vast experience and practical approach, we make electric driving accessible to your business. We offer not just vehicles, but a complete solution for sustainable business mobility.

Our electric range includes different makes and models to suit a variety of business needs. From compact vans to spacious cargo vans, we will help you find the right electric vehicle to suit your daily operations and budget.

Our support includes:

• Personal advice on the right electric model for your situation
• Flexible leasing and financing options adapted to electric driving
• Practical tips for charging infrastructure and route planning
• Transparent explanation of tax benefits and total cost of ownership
• Aftercare and support for the transition to electric mobility

Want to know which electric company car is best for your business? Contact us for a personal discussion. Together, we will look at your specific needs and make the transition to electric driving as smooth as possible.

Choosing the right electric commercial vehicle depends on your daily mileage, charging capabilities and budget. First determine your range requirements, analyse your charging infrastructure and compare the total cost of ownership with traditional commercial vehicles. Financing options such as leasing can also make the switch more attractive. This guide answers the most important questions about electric commercial vehicles for businesses.

What are the main advantages of an electric company car?

Electric commercial vehicles offer lower operating costs, access to environmental zones and tax breaks for entrepreneurs. Since January 2025, the BPM levy on fuel vehicles has also made them more advantageous than diesel commercial vehicles in purchase.

The practical benefits are immediately noticeable in your operations. You save significantly on fuel costs because electricity is cheaper than diesel or petrol. Maintenance costs are lower because electric engines have fewer moving parts that can wear out. Think no oil changes, less brake maintenance due to regenerative braking and no exhaust system that can break down.

For the future, you are well prepared. More and more cities are introducing environmental zones where only electric vehicles are welcome. Your company contributes to a cleaner environment without local emissions, which is also good for your corporate image. Tax advantages make electric driving extra attractive for entrepreneurs.

How many kilometres can you drive with an electric company car?

Modern electric commercial vehicles have a range between 200 and 400 kilometres on a full battery. The actual distance depends on the weather, your charge, driving style and the use of heating or air conditioning.

Range varies by model and battery capacity. Compact commercial vehicles such as the Volkswagen ID. Buzz Cargo drive around 250-300 kilometres, while larger models with more battery capacity can go further. In winter, the range 20-30% may be lower due to the use of heating and the properties of batteries in cold temperatures.

To determine the right range, calculate your daily kilometres and add a safety margin. If you drive an average of 150 kilometres a day, a range of 250 kilometres is more than enough. For longer journeys, plan charging stops along the way, which is becoming increasingly easier with the growing network of fast chargers.

How long does it take to charge an electric company car?

Home charging takes 6-12 hours at a regular charging station, fast charging on the road takes 30-60 minutes take for 80% battery capacity. Charging time depends on the charging capacity of your vehicle and the type of charging station.

You have several charging options. At home or at your premises, you usually charge at an 11 kW or 22 kW charging station. This is perfect for overnight charging so your vehicle is full every morning. Public charging stations in the city have similar speeds.

For fast charging on the road, use DC fast chargers along motorways. These charge at 50 kW to 150 kW or more, depending on what your vehicle can handle. A 30-minute coffee break will give you enough energy for the rest of your route. Plan charging sessions during breaks or customer visits to use your time efficiently.

What does an electric company car cost in purchase and use?

Electric commercial vehicles cost more to buy than diesel vehicles, but the total cost of ownership is often lower through cheaper energy, less maintenance and tax advantages. The payback period is usually 3-5 years.

The purchase price is €15,000-25,000 higher than that of comparable diesel commercial vehicles. This difference will be reduced by the BPM levy on fuel vehicles since 2025. In use, you save considerably on energy costs: electricity costs about half of what you would spend on diesel for the same kilometres.

Maintenance costs are 30-50% lower because electric motors are more reliable. You have no oil changes, less brake maintenance and no exhaust system. Insurance costs about the same as traditional commercial vehicles. For the total cost comparison, calculate all costs over 4-5 years, including depreciation, energy, maintenance and taxes.

What financing options are available for electric commercial vehicles?

Operational and financial lease are popular options for electric commercial vehicles, in addition to regular financing and subsidies. Leasing spreads the higher purchase cost over several years and can include maintenance and insurance.

With operational leasing, you pay a fixed monthly amount that includes everything: depreciation, maintenance, insurance and road tax. This provides cost visibility and security. Financial lease means you write off the company car and become its owner at the end of the contract.

Several government schemes make electric driving more attractive. There are subsidies for buying electric company cars and tax benefits such as no or lower additional taxable benefit for entrepreneurs. Some municipalities offer additional incentives. Always compare total monthly costs, including energy and maintenance, to choose the best form of financing.

How Van den Hurk helps with electric commercial vehicles

We guide your complete switch to electric driving with personal advice, a large stock electric commercial vehicles and flexible financing solutions. We combine our 60 years of experience with knowledge of the latest electric technologies.

Our support includes:

• Personal consultation on range, charging options and TCO calculation
• Large stock electric commercial vehicles from well-known brands such as Volkswagen, Ford and Mercedes-Benz
• Flexible leasing options including operational and financial leases
• Transparent pricing without hidden costs
• Full service from advice to delivery and after-sales service

Whether you are considering your first electric company car or want to make your entire fleet sustainable, we will help you think about the best solution for your business. Contact us for a no-obligation discussion about the possibilities.

Installing a charging station for your electric company car starts with choosing the right location and requesting a quote from a certified installer. You usually do not need a permit for a charging station on your own premises, but often a notification to the grid operator. Installation takes 1 to 3 working days on average, while the total lead time, including preparation, is 4 to 8 weeks.

What does it cost to have a charging station installed for your commercial vehicle?

The cost of a company charging post ranges between €1,500 and €4,000, depending on the type of charging post and the electrical modifications required. A standard 11 kW charging post costs around €2,000 including installation, while fast chargers up to 22 kW come out at around €3,500.

The most important cost factor is the type of charging station that you choose. Simple charging posts without smart features are cheaper, but smart charging posts offer benefits such as charge time planning and energy management. For businesses with multiple vehicles, it pays to invest in a charging station with higher capacity.

Additional costs often arise from adjustments to electricity. If your meter box is far from the desired location, you will pay more for cables and digging. A new group in the meter box costs around €200 to €400, while laying cables over longer distances can cost €50 to €100 per metre.

Fortunately, several subsidies are available. The SEBA subsidy (Emission-free Commercial Vehicles Subsidy Scheme) can cover up to €2,500 for charging infrastructure. Local governments also often offer additional subsidies. Always check what subsidies are available before planning the installation.

Where is the best place to install a charging station on your premises?

The ideal location for your company charging station is close to the meter box, easily accessible to vehicles and protected from damage. Choose a spot where your company vehicle can easily park without interfering with other activities.

Accessibility is paramount when choosing the location. Your commercial vehicle should be able to get there easily without complicated manoeuvres. Also consider future expansion: you might need more electric commercial vehicles in a few years' time.

Safety is another important consideration. Do not place the charging station too close to thoroughfares where forklifts or other vehicles pass. A protected location prevents damage and ensures safe charging. Also ensure adequate lighting when charging in the evening or at night.

The distance from your meter box largely determines the installation cost. The closer to the meter box, the cheaper the installation. Check whether your electricity connection has sufficient capacity: an 11 kW charging station needs a three-phase connection of 16 amps.

Don't forget the regulations. You have a lot of freedom on your own property, but do check whether there are local regulations on the placement of charging stations. If in doubt, contact your local council for advice.

What permits do you need for a company charging station?

For a charging station on your own premises, you usually do not need an environmental permit, but often you do need a notification to the grid operator. This notification is mandatory for all new charge posts and must be made at least 4 weeks before installation.

The reporting obligation to the grid operator is the main obligation. The grid operator checks whether the electricity grid can handle the extra load. You make this notification via the online portal of your grid operator, such as Liander, Enexis or Stedin. The notification is free but compulsory.

An environmental permit is only needed in special cases. If your charging station becomes part of a new construction or is located on monumental land, a permit may be required. For standard charging posts on business premises, this is rarely the case.

Different rules apply when placed in public areas. If your charging station will be on municipal land or affect public spaces, you will need a permit from the municipality. This process takes longer and costs more, so plan well in advance.

Some business premises have specific requirements. Check your lease or purchase contract and any VvE rules. Additional regulations may apply to electrical installations on industrial estates.

How long does it take to have a charging station installed?

The complete installation process takes 4 to 8 weeks on average, from quotation to delivery. The physical installation itself takes only 1 to 3 working days, but the preparation and any permit processes determine the total lead time.

The first step is to request quotes from certified installers. Allow 1 to 2 weeks for this, especially if you compare several quotes. A good installer will come on site for a technical check of your electrical connection and desired location.

After choosing an installer, the notification procedure with the grid operator. This notification must be made at least 4 weeks before installation. In busy periods, the grid operator may take longer for approval, so allow for 4 to 6 weeks.

Delivery of the charging station itself currently takes 2 to 4 weeks, depending on the brand and type. Popular brands are available faster than specialised charging posts with specific features.

Potential delays arise from electrical modifications. If your meter box needs expansion or excavation work needs to be carried out, this may take extra time. Weather conditions can also have an impact, especially for outdoor installations in winter.

How Van den Hurk helps with electric commercial vehicles

We fully guide you through the switch to electric driving, from choosing the right electric commercial vehicles to practical advice on charging solutions. Our expertise helps you make the best choices for your business situation.

Our support for electric commercial vehicles includes:

• Personal advice On which electric company car suits your work best
• Explanation of charging options and which charging station is suitable for your situation
• Information on subsidies and tax benefits of electric driving
• Flexible leasing options that make the switch financially attractive
• Guidance throughout the process, from vehicle selection to delivery

With over 60 years of experience in commercial vehicles, we know what is important to business owners. We take the time to understand your business needs and give honest advice on electric driving options.

Want to know which electric company car suits your business best? Contact us for a no-obligation discussion about your mobility needs.

The best electric commercial vehicles for transport are the Ford E-Transit, Volkswagen ID. Buzz Cargo, Mercedes eVito and Renault Master E-Tech. These models offer different load capacities and sizes for specific transport needs. You choose based on your daily driving distance, load weight and the type of goods you transport.

Which electric commercial vehicles are best suited for daily transport?

The Ford E-Transit is perfect for heavy transport jobs with a load capacity of up to 1,758 kg and a cargo space of up to 15.1 m³. This electric utility vehicle has a range of about 317 kilometres and is ideal for construction companies and logistics service providers who need to transport a lot of material.

The Volkswagen ID. Buzz Cargo combines modern technology with practical applications. With a load volume of 3.9 m³ and a range of around 425 kilometres, it is suitable for parcel delivery and smaller transport jobs in urban areas.

For medium-heavy transport, the Mercedes eVito an excellent choice. This electric commercial vehicle offers a load capacity of up to 1,005 kg and a range of about 421 kilometres. The eVito is very suitable for installation companies and service departments that commute between different locations on a daily basis.

The Renault Master E-Tech is the largest option with a load capacity of up to 1,500 kg and a cargo volume of up to 12 m³. With a range of about 300 kilometres, this truck is perfect for distribution and transporting larger goods within regional areas.

How many kilometres can you drive with an electric company car?

Modern electric commercial vehicles run between 250 and 450 kilometres on a full battery, depending on the model and conditions. The Ford E-Transit achieves about 317 km, while the Volkswagen ID. Buzz Cargo can travel up to 425 km under optimal conditions.

Your range is affected by several factors. Cold weather can reduce your range by 20-30% because the battery has to work harder. A full charge also reduces the driving range, as does an aggressive driving style with lots of accelerating and hard braking.

For optimal battery usage, plan your routes in advance and avoid unnecessary detours. Use eco mode whenever possible and take advantage of regenerative braking in the city. Allow for a safety margin of 20% and plan charging stops on longer trips.

Most companies drive 80-120 kilometres per day on average, which means that today's electric commercial vehicles offer more than enough range for daily operations without interim charging.

What is the cost of an electric commercial vehicle compared to diesel?

Electric commercial vehicles have higher purchase costs, but lower operating costs than diesel vehicles. From January 2025, you will pay BPM on new diesel commercial vehicles, making electric alternatives more financially attractive.

Fuel costs vary considerably. Electricity costs around €0.25 per kWh, equivalent to around €4-6 per 100 kilometres. Diesel currently costs around €7-10 per 100 kilometres, depending on your consumption and current fuel prices.

Maintenance costs are lower in electric commercial vehicles because they have fewer moving parts. You don't have to change oil, there are no spark plugs or exhausts, and brake pads wear less due to regenerative braking.

Tax breaks make electric company cars extra attractive. You get a discount on the additional taxable benefit, can deduct the full purchase price for corporation tax and pay no motor vehicle tax. The payback period is usually between 3 and 5 years, depending on your annual mileage.

How long does it take to charge an electric company car?

Charging an electric company car takes 30 minutes to 12 hours, depending on the charging method and battery size. Fast charging at a DC charger fills the battery to 80% in 30-60 minutes, while home charging at a regular wall socket can take an entire night.

Charging at home with an 11 kW charging station fully fills most commercial vehicles in 4-8 hours. This is ideal for overnight charging so you can start each morning with a full battery. An ordinary domestic socket (3.7 kW) takes 8-12 hours for a full charge.

On the road, use fast chargers of 50-150 kW that take the battery from 20% to 80% in 30-45 minutes. These are perfect for breaks during long trips or when you need extra range quickly.

Plan your charging sessions smartly by charging during work breaks or lunch breaks. Many companies install charging stations on their premises so that employees can charge during working hours. Apps like PlugShare and ChargeMap help you find public charging points and check availability.

How Van den Hurk helps with electric commercial vehicles

We make the switch to electric driving easy with personal advice and a wide range of offers electric commercial vehicles. Our team will help you make the right choice based on your specific transport needs, daily mileage and budget.

Our service includes:

• Free consultation on electric mobility for your business
• Extensive stock of electric commercial vehicles of various brands
• Flexible financing and leasing options
• Support with grant applications and tax benefits
• Advice on charging infrastructure and installation service

With over 60 years of experience in the commercial vehicle industry, we understand that every business owner has unique requirements. We will take the time to talk through your current fleet and future plans to ensure you get an electric commercial vehicle that fits your business perfectly.

View our complete range electric commercial vehicles or contact us for a no-obligation discussion about the possibilities for your business.

Electric utility vehicles are becoming increasingly popular among gardeners because of their low maintenance costs and eco-friendly nature. For gardeners, models such as the Ford E-Transit, Volkswagen ID. Buzz Cargo and Mercedes eVito are suitable, with load capacities between 800 and 1,400 kg. These vehicles offer enough space for tools, plants and garden materials, while also allowing access to environmental zones in cities.

Which electric utility vehicles have enough payload capacity for landscapers?

For gardeners electric utility vehicles with a load capacity of at least 800 kg suitable. Popular models such as the Ford E-Transit (up to 1,400 kg), Volkswagen ID. Buzz Cargo (around 650 kg) and Mercedes eVito (up to 1,000 kg) offer sufficient capacity for most landscaping jobs.

Cargo space is just as important as weight. After all, a landscaper not only needs heavy tools, but also bulky items such as plants, bags of potting soil and garden furniture. The Ford E-Transit, for example, offers up to 15.1 cubic metres of cargo space, which is ideal for larger projects.

When choosing an electric commercial vehicle, you should also pay attention to the weight distribution. Heavy items such as lawnmowers are best placed as low as possible in the loading space. Many electric utility vehicles have a low loading floor, which makes loading and unloading easier.

Also consider practicalities such as attachment points for ladders and toolboxes. Some models offer special fitting options that perfectly suit the needs of gardeners.

How many kilometres can you drive with an electric company car?

Most electric commercial vehicles have a range of 150-300 kilometres per full load. For gardeners working locally, this is usually more than enough, as the average working day takes place within a 50-kilometre radius.

Range depends on several factors. Cold weather can reduce the range by 20-30%. Your driving style also makes a difference: lots of stop-and-go traffic in the city actually favours electric vehicles due to regenerative braking.

For gardeners, it is useful to have your smart planning of routes. Start with customers furthest away and work your way back home. That way, at the end of the day, you still have enough range to get home.

Modern electric commercial vehicles often have a range indicator that takes into account your driving style and weather conditions. This gives you a realistic picture of how far you can still drive.

What is the cost of electric commercial vehicles versus diesel?

Electric commercial vehicles more expensive to buy than diesel, but you recoup this difference through lower running costs. An electric commercial vehicle costs around €10,000-15,000 more than a comparable diesel, but saves €2,000-3,000 annually on fuel and maintenance.

The biggest savings are in day-to-day costs. Electricity costs around €0.25 per kWh, which works out at around €4-6 per 100 kilometres. Diesel currently costs around €8-12 per 100 kilometres, depending on your consumption.

Maintenance is also cheaper with electric vehicles. No oil changes are needed, brake pads last longer due to regenerative braking and the engine has far fewer moving parts. This saves €500-800 a year in maintenance costs.

In addition, as an entrepreneur, you get tax benefits. Electric company cars have a lower addition rate and you can take advantage of the MIA/Vamil scheme for environmental investments.

How long does it take to charge an electric company car?

Home charging takes 6-12 hours with a regular charging station, while fast charging on the go takes 30-60 minutes for 80% battery capacity. For landscapers, home charging is usually the most practical solution, as your vehicle is stationary overnight.

An 11 kW home charging station fully charges most commercial vehicles in 6-8 hours. This is ideal for landscapers who usually start early and get home late. You leave every morning with a full battery.

For longer trips, you can use fast charging stations along the motorway. These charge at 50-150 kW and top up your battery in a coffee break for 80%. Ideal if you need to go to customers further away.

Plan your smart charging sessions during your working day. Many garden centres and DIY stores now have charging stations where you can recharge while picking up materials. Some customers may also allow you to recharge during longer jobs.

How Van den Hurk helps with electric commercial vehicles

We help gardeners transition to electric commercial vehicles with personal advice and practical support. Our experience of more than 60 years in the commercial vehicle industry ensures you make the right choice for your specific situation.

Our offer for gardeners includes:

• Personal consultation on payload and range for your working area
• Flexible financing options and leasing arrangements
• Assistance in applying for grants and tax benefits
• Support for installing charging facilities
• Complete service and maintenance for carefree driving

We understand that every landscaper has different requirements for their commercial vehicle. That is why we take the time to discuss your work and routes. Together, we will find the electric company car that fits your business perfectly.

Curious about the possibilities? Contact us for an informal talk. We will be happy to show you how electric driving can help your landscaping company move forward.

The warranty on electric commercial vehicles differs significantly from that on regular commercial vehicles, mainly due to the extended battery warranty of 8 years or 160,000 kilometres. Whereas traditional commercial vehicles mainly have engine warranty, with electric vehicles you get specific protection against battery capacity loss. Most manufacturers guarantee that your battery will retain at least 70% of its original capacity during the warranty period.

What is the difference between warranty on electric and regular commercial vehicles?

Electric commercial vehicles have a extensive battery warranty of usually 8 years or 160,000 kilometres, while ordinary commercial vehicles get a standard 2-3 years general warranty. The main difference is in the specific protection against battery capacity loss, as opposed to the traditional engine warranty.

In ordinary commercial vehicles, the warranty focuses on the engine, transmission and other mechanical parts. You get coverage for manufacturing defects and premature wear and tear of key components. The warranty period is usually shorter because internal combustion engines are a proven technology with a predictable lifespan.

Electric commercial vehicles, on the other hand, have specific battery warranty conditions. Manufacturers guarantee that your battery will retain at least 70% of its original capacity during the warranty period. This means you are entitled to replacement or repair if your battery deteriorates faster.

The charging infrastructure is also often covered by the warranty for electric vehicles. Think of the built-in charger, charging port and associated software. These components are usually given the same warranty period as the battery itself.

How long is the manufacturer's warranty on the battery of electric commercial vehicles?

The standard battery guarantee for electric commercial vehicles is 8 years or 160,000 kilometres, whichever comes first. Different brands apply similar terms, but the specific conditions may vary from one manufacturer to another.

Volkswagen, Mercedes-Benz and Ford all offer an 8-year warranty on the batteries of their electric commercial vehicles. Toyota often applies slightly different terms, with 8 years or 100,000 kilometres for their hybrid systems. The warranty specifically applies to maintaining at least 70% battery capacity.

If your battery drops below the 70% capacity within the warranty period, you are entitled to a free replacement or repair. This is measured through the vehicle's on-board computer and diagnostic systems. Some manufacturers even offer proactive monitoring to detect capacity loss early.

Please note that extreme conditions may affect the warranty. Very high or low temperatures, frequent fast charging or long-term storage with a depleted battery can affect the warranty terms. Always check your brand's specific conditions for exact details.

Which parts of electric commercial vehicles are not covered by the warranty?

Wear parts such as tyres, brake pads, windscreen wipers and filters are not covered by the warranty of electric commercial vehicles. Damage due to misuse, accidents or modifications is also excluded from warranty coverage.

Specific to electric vehicles, charging cables are often excluded from the warranty. These cables wear out through regular use and are considered consumables. The same applies to the 12V battery, which has a shorter lifespan than the main battery.

Damage to the battery due to misuse is also excluded from the warranty. This includes:

• Long-term storage with a fully depleted battery
• Use of non-approved charging equipment
• Physical damage due to accidents or impact
• Modifications to the battery system

Cosmetic damage, such as scratches, dents or discolouration, is never covered by the warranty, unless they are manufacturing defects visible immediately after delivery. Software updates are usually free, but damage caused by your own modifications to the software is not covered.

Maintenance, such as changing air conditioning filters, coolant and brake fluid, remains your own responsibility. Although electric vehicles require less maintenance, you must perform these basic servicing to keep the warranty.

What happens if your electric utility vehicle breaks down within the warranty period?

In case of a defect within the warranty period, report it immediately to your dealer or authorised repairer. You will usually receive a replacement vehicle if the repair takes longer than one working day. The complete repair will be carried out free of charge according to the warranty conditions.

The warranty process starts with a diagnosis at an authorised garage. They determine whether the defect is covered by the warranty and estimate the repair time. Electric commercial vehicles require specialised knowledge, so not every garage can carry out all repairs.

For battery problems, diagnosis may take longer as extensive tests are required. The garage checks battery capacity, charging performance and any fault codes. If capacity loss is detected, it is compared with the warranty conditions.

Replacement vehicles are usually arranged for business customers within 48 hours. This may be a similar electric commercial vehicle, but sometimes you will temporarily get a fuel vehicle as an alternative. The cost of this is covered by the warranty.

Complex repairs to batteries or electric motors can take 1-2 weeks due to parts availability. Simple defects to software or smaller components are often fixed within a few days. Your dealer will keep you informed of progress.

How Van den Hurk helps with electric commercial vehicles

We guide you through the complete warranty process from electric commercial vehicles and make sure you take full advantage of all warranty benefits. With our experience of more than 60 years in the commercial vehicle industry, we understand exactly what to look out for in warranty terms.

Our support for electric commercial vehicles includes:

• Comprehensive explanation of warranty conditions upon purchase
• Direct assistance with warranty claims and contact with manufacturers
• Advice on optimal battery use for longer life
• Rapid arrangement of replacement vehicles during repairs
• Personal assistance with complex warranty issues

We work with authorised repairers who specialise in electric vehicles. This means faster diagnoses, shorter repair times and proper handling of warranty claims. As a result, our customers experience less worry and less downtime in case of any problems.

Want to know more about the warranty options for electric commercial vehicles? Contact us for personal advice on the best choice for your business. We will be happy to help you with any questions about warranty, leasing options and the switch to electric driving.

Electric commercial vehicles need various accessories to function optimally. You get charging cables, digital displays and modern safety systems as standard. In addition, you can expand your vehicle with workshop equipment, additional charging solutions, security systems and comfort accessories that perfectly suit your business needs.

What standard accessories do you get with electric commercial vehicles?

With most electric utility vehicles, you get a Type 2 charging cable for public charging stations, a home charging cable for regular sockets, a digital dashboard with energy information and modern safety systems such as automatic emergency braking and lane assist. This basic equipment ensures that you can drive and charge right away.

The digital display shows important information such as battery status, range and energy consumption. Many models also have regenerative braking, which recovers energy during deceleration. Modern electric commercial vehicles have climate control as standard, which allows pre-heating while still on the charger.

Safety systems such as adaptive cruise control, blind spot detection and parking sensors often come as standard. These systems make electric driving not only more sustainable, but also safer and more comfortable than traditional commercial vehicles.

How can you extend electric utility vehicles with practical working options?

You can equip electric commercial vehicles with workshop equipment such as shelving units, tool organisers, workbenches and security systems. Loading space optimisation with partitions, anti-slip mats and fastening points helps you transport materials safely. Specific adaptations are possible for different professions, such as installers, gardeners or catering services.

For construction workers, robust tool cabinets and workshop equipment are important. Installers benefit from organised storage areas for cables and parts. Gardeners can opt for special fixings for garden tools and materials.

Security options such as additional locks, alarm systems and tinted windows protect your valuable tools and materials. GPS tracking helps with fleet management and theft prevention. These modifications make your electric utility vehicle a complete mobile workshop.

What charging solutions and energy accessories are available?

You can choose from several charging solutions: home charging stations (wallboxes) for faster charging, mobile chargers for on the go, adapters for different charging stations and smart charging cables with app control. Energy monitoring systems help keep track of your consumption and charging costs for optimal energy management.

A wallbox at home charges much faster than a regular wall socket and often has smart features, such as time programming for cheaper night tariffs. Mobile chargers are useful as a backup for long trips or remote locations.

Smart charging systems can optimise your charging behaviour by taking advantage of solar panels or cheap energy tariffs. Some systems even offer bi-directional charging, where your company vehicle can feed power back to the building during peak hours.

What are the best safety and comfort accessories for electric commercial vehicles?

For optimum safety dashcams, reversing cameras, GPS tracking systems and advanced alarm systems are important. Comfort accessories such as heated seats, automatic climate control, ergonomic seat support and smartphone integration make long working days more pleasant and increase your productivity.

Security cameras around the vehicle help with parking and protect against vandalism. GPS tracking gives insight into routes and helps with fleet optimisation. Modern alarm systems can be linked to your smartphone for instant notifications.

Comfort features such as heated mirrors, automatic lighting and wireless phone charging make daily use more pleasant. Ergonomic adjustments such as adjustable armrests and lumbar support are important for drivers who drive a lot.

How Van den Hurk helps with electric commercial vehicles

We will help you choose the right electric commercial vehicles and related accessories that perfectly match your business needs. With over 60 years of experience, we understand exactly what equipment you need for your specific operations.

Our service includes:

• Personal advice on accessories and equipment options
• Installation of workshop equipment and security systems
• Support for charging solutions and energy management
• Flexible leasing options for vehicle and accessories
• Aftercare and maintenance of all added equipment

We provide a total solution in which your electric company vehicle is fully geared to your work processes. From advice to installation and after-care: we take care of everything. Contact us for a personal discussion about your specific needs and possibilities.

The cost of electric commercial vehicles vary widely, depending on the type, brand and battery capacity. Purchase prices range from €25,000 for compact models to €70,000 for large rigids. Lease options start at around €300 to €400 per month. Due to subsidies and tax benefits, such as no BPM and a low additional tax rate, electric commercial vehicles are often more advantageous over the total ownership period than diesel variants.

What does an electric commercial vehicle cost to buy?

Electric vans cost between €25,000 and €70,000 to buy, depending on size, brand and battery capacity. Compact vans, such as the Peugeot e-Partner, start at around €25,000 to €30,000, while large vans, such as the Mercedes eSprinter, can cost up to €65,000 to €70,000.

The purchase price is mainly influenced by battery capacity and range. Vehicles with a range of 150 to 200 kilometres are cheaper than models with a range of more than 300 kilometres. Popular brands such as Volkswagen, Ford and Mercedes offer different versions.

Compared to diesel variants, you often pay €8,000 to €15,000 more for an electric commercial vehicle in purchase. However, this price difference is offset by lower operating costs and tax benefits. Since January 2025, BPM will apply to new diesel commercial vehicles, reducing the price difference.

What leasing options are available for electric commercial vehicles?

For electric commercial vehicles, you can choose from operational lease and financial lease. Operational lease starts at around €300 to €400 per month for compact models and €600 to €800 for large box trucks. Financial lease is often €50 to €100 cheaper per month, but includes fewer services.

With operational leasing, maintenance, insurance, road tax and often charging passes are included. You pay one fixed amount per month and do not have to worry about unexpected costs. Financial lease means you pay off the vehicle and are responsible for maintenance and insurance yourself.

Monthly costs depend on the term (usually 3-5 years), the number of annual kilometres and the chosen service package. For business users, operational leasing is often more attractive, as all costs are predictable and you can focus on your business operations.

What subsidies and tax breaks do you get on electric commercial vehicles?

Electric commercial vehicles benefit from no BPM levy, a low additional tax rate of 16% (compared to 22% for diesel) and often local benefits, such as free parking. These benefits can save you hundreds to thousands of euros annually, depending on your situation.

For business users, the low additional tax rate means a considerable advantage. With a €40,000 electric company car, you pay around €1,280 additional taxable benefit per year, while a comparable diesel costs €1,760. This saves €480 per year in taxable additional taxable income.

Many municipalities offer additional benefits, such as free parking in blue zones, access to environmental zones and sometimes local subsidies. For the SEBA subsidy (Subsidy Scheme for Emission-Free Company Cars), you need to apply via the RVO in good time. Always check the current schemes as they change regularly.

What is the total cost of ownership of an electric commercial vehicle?

The Total cost of ownership (TCO) of electric commercial vehicles is often 10 to 20% lower than diesel over a period of 4-5 years. Despite the higher purchase cost, you save on fuel, maintenance and taxes. At 20,000 kilometres a year, this quickly saves €2,000 to €4,000 a year.

Energy costs for electric driving are around €0.06 to €0.12 per kilometre, depending on where you charge. Diesel costs around €0.15 to €0.18 per kilometre at current fuel prices. Over 20,000 kilometres a year, you will therefore save €1,800 to €2,400 in fuel costs.

Maintenance costs are lower because electric motors have fewer moving parts. No oil changes are needed, there is less wear and tear on brakes and many components last longer. Insurance is similar to diesel, but depreciation can be higher due to rapid technological developments.

How Van den Hurk helps with electric commercial vehicles

We will help you make the switch to corporate electric mobility with personal advice and flexible solutions. With more than 60 years of experience in commercial vehicles, we combine proven expertise with the latest developments in sustainable mobility.

Our services for electric commercial vehicles includes:

• Extensive range of various brands, such as Volkswagen, Ford, Mercedes-Benz and Toyota
• Flexible leasing options tailored to your business needs and budget
• Personal advice on the best electrical solution for your specific situation
• Transparent pricing with no hidden costs or surprises
• Grant support and making the most of tax benefits
• Customisation and accessories to perfectly align your company car with your work processes

Want to know which electric company car is best for your business? Then contact us for no-obligation advice on options and costs. We will be happy to help you make the switch to sustainable company mobility.

Electric utility vehicles for installation companies come in a variety of designs, from compact vans to more spacious models with specific equipment for tools. Popular choices are the Volkswagen e-Crafter, Ford E-Transit and Mercedes eVito, all of which offer sufficient payload and range for daily installation work. The choice depends on your specific work needs, daily mileage and budget for purchase or lease.

Which electric utility vehicles are best suited to installation work?

For installation work, there are several electric utility vehicles that are a good fit for your daily work. The Volkswagen e-Crafter offers over 10 cubic metres of cargo space and a payload capacity of up to 1,700 kg, ideal for larger installation jobs. Available in several versions, the Ford E-Transit has a range of up to 350 kilometres, perfect for regional work.

For smaller installation companies, the Mercedes eVito is a good choice, with its compact dimensions but still enough space for tools and materials. The Renault Kangoo E-Tech offers an affordable entry into electric driving, with a practical cargo space of 3.9 cubic metres.

When choosing, pay particular attention to day-to-day equipment. You can equip many electric utility vehicles with special workshop equipment, such as toolboxes, material racks and workbenches. The loading sill is important for easy loading and unloading of heavy equipment. The height of the loading area also determines which materials you can transport standing up.

How many kilometres can you drive with an electric company car?

The range of electric utility vehicles varies between 200 and 400 kilometres, depending on the model and battery capacity. For installation work, this is usually more than sufficient, as most jobs take place within a radius of 50 to 100 kilometres. The Ford E-Transit achieves 350 kilometres, for example, while the Mercedes eVito gets around 280 kilometres.

Several factors affect your driving distance. Cold weather can reduce range by 10 to 20%, as the battery uses energy for heating. Your driving style also makes a difference: driving slowly and anticipating traffic helps the battery last longer. A full load of tools and materials adds weight and thus slightly reduces the mileage.

For route planning, you can use apps that take your electric company car into account. Plan longer trips with a stopover at a fast charger, especially if you are going to customers outside your normal work area. Always keep 20 to 30% of battery capacity left over as a buffer for unexpected detours or extra jobs.

What are the benefits of electric utility vehicles for installers?

Electric commercial vehicles offer installers tangible financial benefits. You save significantly on fuel costs: electric driving costs around €3 to €4 per 100 kilometres, compared to €12 to €15 for diesel. Maintenance is cheaper, as electric motors have fewer moving parts and do not require oil changes.

Since January 2025, electric commercial vehicles have become even more advantageous due to the BPM exemption, while diesel vehicles are now charged BPM. For business users, this often means lower leasing rates and better tax deductions. You can also get access to environmental zones in cities, which becomes important for jobs in urban areas.

Quiet driving is a practical advantage with customers. You can work early or late without noise pollution in residential areas. Many customers also appreciate the eco-friendly choice, which is good for your corporate image. Electric commercial vehicles also drive more smoothly than diesel vehicles, which means more comfortable work during long working days.

How do you charge an electric company car during working days?

Charging your electric company car is best planned around your work schedule. Charging at home is often the cheapest option: a wallbox will charge your vehicle at night with an advantageous night rate. For a completely empty battery, you need about 6 to 8 hours, which is perfect for a night's sleep.

Along the way, you can use fast chargers at petrol stations and shopping centres. These charge your battery to 80% in 30 to 45 minutes, ideal during a lunch break or coffee stop. Many customers today also have charging stations where you can recharge while working; feel free to ask about these on longer jobs.

Plan your charging sessions ahead with apps such as PlugShare or ChargeMap, which show available charging points. Take peak hours into account: charging between 11am and 3pm is often cheaper than in the evening rush hour. For longer projects, you can sometimes make arrangements with customers to use their charging stations, especially useful for multi-day jobs.

How Van Den Hurk helps with electric commercial vehicles

We help installation companies make the switch to electric driving with personal advice and practical support. We combine our experience of more than 60 years in commercial vehicles with knowledge of the latest electric commercial vehicles that perfectly suit installation work.

Our offer for installation companies includes:

• Personal advice on which electric company car suits your specific operations
• Flexible leasing options allowing you to switch without major investment
• Custom design for optimum tool and material storage
• Transparent pricing with no hidden costs or surprises
• Full service from advice to delivery and support

We understand that every installer has different needs. That's why we take the time to understand your work processes and find the right electric utility vehicle. Whether you are self-employed or run a larger installation company, we will make sure you make the switch to electric hassle-free. Contact us for a no-obligation chat about your options with electric commercial vehicles.

Depreciation of electric commercial vehicles works differently from traditional vehicles due to specific tax regulations and depreciation rates. Electric company cars can be depreciated faster, offer additional investment deductions and have different VAT regulations. The exact calculation depends on the purchase price, the depreciation method and the tax benefits that apply to your situation.

What does depreciation mean for electric commercial vehicles?

Depreciation of electric commercial vehicles is the reducing the book value annually of your vehicle in company records. This works differently from diesel or petrol vehicles because the government provides tax incentives for electric commercial vehicles with more favourable depreciation rules.

For traditional commercial vehicles, you usually depreciate over a five-year period at a rate of 20% per year. For electric commercial vehicles, accelerated depreciation options often apply. You can sometimes opt for a higher depreciation rate in the first few years, which immediately reduces your taxable profit.

For your accounting, this means that you cannot deduct the purchase cost all at once, but spread over several years. The depreciation counts as business expenses, so you pay less tax. With electric company cars, you can also benefit from additional investment deductions on top of the normal depreciation.

What tax advantages do electric commercial vehicles offer?

Electric commercial vehicles offer significant tax advantages compared to traditional vehicles. You get additional investment deductions, pay no BPM and benefit from VAT refunds for business use.

The main tax advantages are:

• Investment deduction of 25% on the purchase price (in addition to normal depreciation)
• No BPM levy on purchase (since 2025, BPM on fuel vehicles)
• Full VAT deduction on 100% business use
• Lower addition for private use (16% instead of 22%)
• Possibility of accelerated depreciation

These benefits make electric company cars more financially attractive, especially for entrepreneurs in higher tax brackets. The investment deduction means you can directly deduct an additional 25% of the purchase price from your taxable profit, on top of the normal annual depreciation.

How do you calculate the depreciation of an electric company car?

You calculate depreciation by taking the dividing purchase price minus residual value by the number of depreciation years. For electric company cars, you can choose between linear depreciation (the same amount every year) or degressive depreciation (higher rates in the first years).

Practical example of straight-line depreciation:

• Purchase price electric commercial vehicle: €40,000
• Estimated residual value after 5 years: €12,000
• Amount to be written off: € 28,000
• Annual depreciation: €28,000 ÷ 5 = €5,600

For example, with declining balance depreciation, you can depreciate 40% in the first year, 30% of the residual value in the second year, and so on. This gives you more tax advantage in the first few years, when your profits may be higher.

Don't forget to include the investment deduction: in the above example, you get an additional €10,000 (25% of €40,000) deduction in the year of purchase. This deduction is separate from normal depreciation.

When is an electric company car most financially beneficial?

An electric company car is financially most advantageous at high annual mileage, business use above 80% and when you fall in a higher tax bracket. The tax benefits then outweigh the higher purchase cost.

The best situations for electric commercial vehicles:

• Annual mileage above 20,000 km (lower mileage costs)
• Mainly city traffic and short trips
• Access to your own charging point or company charging station
• Taxable income above €37,000 (higher tax savings)
• Companies operating in environmental zones

For sole traders and small entrepreneurs with lower annual mileage, the higher purchase costs may not yet always outweigh the benefits. Therefore, always calculate the total cost of ownership over the entire period, including depreciation, maintenance, insurance and fuel or loading costs.

Logistics companies, installers and service companies with a lot of city traffic usually benefit the most from the switch to electric driving.

How Van den Hurk helps with electric commercial vehicles

We will help you with the complete switch to electric commercial vehicles with personal advice on tax benefits, financing options and finding the right vehicle for your business. With more than 60 years of experience, we understand exactly what entrepreneurs are up against.

Our support includes:

• Personal advice on depreciation and tax benefits for your situation
• Transparent calculation of total cost of ownership
• Flexible leasing and financing options, tailored to your cash flow
• Extensive range electric commercial vehicles of different brands
• Administrative support

We take the time to understand your business situation and calculate together what electric driving means for you. No surprises, but clear figures and honest advice on when electric is or is not the best choice.

Want to know whether an electric company car is financially advantageous for your business? Contact us for a no-obligation discussion about the possibilities and a tailor-made calculation.

Electric commercial vehicles with refrigerated and freezer bodies are available from several brands, such as Mercedes-Benz, Iveco, Renault and Ford. These vehicles combine emission-free mobility with refrigerated cargo areas for transporting fresh produce, medicines and other temperature-sensitive goods. The choice depends on your temperature requirements, range and budget.

Which brands make refrigerated electric commercial vehicles?

Mercedes-Benz, Iveco, Renault and Ford are the main suppliers of refrigerated electric commercial vehicles. These brands offer several models specifically designed for temperature-controlled transport.

Mercedes-Benz eVito and eSprinter are popular options for medium and large refrigerated transports. The eVito offers cargo space of up to 6.6 cubic metres, while the eSprinter is suitable for larger volumes of up to 11 cubic metres. Both models can be equipped with professional refrigeration systems.

The Iveco Daily Electric is a strong competitor with its robust chassis and flexible body options. Known for its reliability in commercial use, this model can be combined with different cooling systems, depending on your specific needs.

The Renault Master E-Tech Electric and Ford E-Transit complete the range with their own unique features. The Renault Master offers excellent manoeuvrability in urban environments, while the Ford E-Transit stands out for its advanced connectivity options and user-friendly cargo space.

What is the difference between an electric refrigerated truck and freezer truck?

The main difference is in temperature ranges and energy consumption. Refrigerated trolleys maintain temperatures between 0°C and 8°C, while freezer trolleys store products at -18°C to -25°C. Freezer trucks consume significantly more energy due to the greater temperature difference.

Refrigerated trolleys are ideal for fresh products such as vegetables, fruit, dairy and medicines that need to be kept cool. They consume relatively little extra energy because the temperature difference with the outside temperature is limited. This makes them suitable for longer trips without a major impact on the range.

Freezer trucks on the other hand, are needed for frozen foods, ice cream and certain medicines. Energy consumption is 40-60% higher than for refrigerated trucks, as the refrigeration system has to work harder. This noticeably affects the driving distance, especially in warm outdoor temperatures.

Insulation also differs between the two types. Freezer trucks have thicker insulation panels and better sealing to minimise heat loss. This makes them heavier than refrigerated trucks, which affects load capacity and energy consumption while driving.

How many kilometres can you drive with an electric refrigerated truck?

The range of electric refrigerated trucks is between 150 and 300 kilometres, depending on the model, battery capacity and refrigeration system. Refrigerated trucks usually achieve 80-90% of the standard range, while freezer trucks achieve 60-70% due to higher energy consumption.

Several factors significantly influence the range. The outdoor temperature plays a big role: on hot summer days, the cooling system has to work harder, which shortens the range. Driving style and terrain are also important: many stops and city traffic consume more energy than constant speeds on the motorway.

You can optimise range through smart planning. Pre-cooling the cargo area while charging saves energy on the road. Efficient route planning with minimal stops also helps, as does avoiding unnecessary opening of loading doors.

Modern systems often offer two separate batteries: one for propulsion and one for cooling. This prevents being stranded by an empty cooling battery and gives more control over energy distribution during the ride.

What does a refrigerated electric commercial vehicle cost?

New electric commercial vehicles with cooling systems cost between €60,000 and €90,000, depending on size and specifications. This is 20-30% more expensive than comparable diesel models, but subsidies and tax breaks reduce the difference.

The total cost of ownership is often more favourable than diesel alternatives. Lower maintenance costs, no fuel costs and tax advantages offset the higher purchase price. Electric company cars are fully VAT deductible and have no additional tax liability for business use.

Leasing is a popular financing option, with monthly amounts between €800 and €1,200 for a fully equipped electric refrigerated van. This often includes maintenance, insurance and warranty, providing budget security.

Several subsidy schemes support the purchase. The SEBA subsidy (Subsidy Scheme for Emission-Free Company Cars) can contribute up to €5,000 for electric company cars. Regional schemes also sometimes offer additional support for sustainable business mobility.

How Van den Hurk helps with electric commercial vehicles

We help you switch to electric company mobility with personal advice and a wide range of products. We combine our expertise of more than 60 years in commercial vehicles with knowledge of the latest electric developments and cooling technology.

Our services include:

• Personal advice on the right electric commercial vehicle for your refrigerated transport needs
• An overview of available models with cooling systems in our stock
• Flexible leasing and financing options, tailored to your business situation
• Support with grant applications and tax optimisation
• Aftercare and maintenance for worry-free company mobility

We understand that every entrepreneur has different requirements for refrigerated transport. That's why we take the time to discuss your specific requirements and find the best solution. From small refrigerated trucks for local delivery to large freezer trucks for regional distribution, we have the expertise and stock to help you.

Discover our complete range electric commercial vehicles and experience how we future-proof your business with sustainable mobility solutions. Contact us for a no-obligation consultation on electric refrigerated vehicles.

You can finance electric commercial vehicles via purchase, operational lease, financial lease or hybrid solutions. Each has different advantages and disadvantages in terms of ownership, monthly costs and flexibility. In addition, subsidies and tax benefits offer additional financial support. The best choice depends on your cash flow, business situation and future plans.

What are the different ways to finance an electric company car?

For electric commercial vehicles, you have four main options: direct purchase, operational lease, financial lease and hybrid financing forms. Each has its own characteristics in terms of ownership, risks and monthly costs to suit different business situations.

With direct purchase, you pay the full purchase price and become the owner of the vehicle. This gives maximum freedom, but requires a large upfront investment. You bear all risks of depreciation and repairs, but also benefit from any residual value.

Operational lease is an all-in solution where you pay monthly for use, maintenance, insurance and often charging costs. You never own it, but have certainty of fixed monthly costs. This works well for companies that want predictable costs.

Financial lease means you use the vehicle during the term against monthly payments, with the option to buy it at the end for the residual value. You own it economically and can depreciate, but bear the risks of maintenance and depreciation.

Hybrid solutions combine elements of different forms of financing. Think lease with an upfront contribution, or financial lease with maintenance contracts added. This flexibility helps you find a solution that fits your situation exactly.

What subsidies and tax breaks do you get with electric commercial vehicles?

Electric commercial vehicles offer several tax advantages and subsidies that significantly reduce overall costs. The main benefits come through tax rules, depreciation options and specific subsidy schemes for sustainable mobility.

The SEBA subsidy (Emission-free Commercial Vehicles Subsidy Scheme) provides financial support for the purchase of new electric commercial vehicles. This subsidy varies depending on the type of vehicle and is adjusted annually. Always check the current conditions and budgets.

There are favourable arrangements for the additional taxable benefit. Electric company cars have a lower additional tax rate than comparable diesel vehicles, which is especially interesting if you also use the vehicle privately. This makes a considerable difference to the driver's tax bill.

With depreciation, you can often take advantage of accelerated depreciation schemes for eco-friendly assets. This means you can deduct the purchase cost from tax sooner, improving your cash flow.

In addition, you are exempt from BPM (passenger car and motorbike tax) and pay no motor vehicle tax. You also get access to environmental zones and often pay lower parking fees in city centres. These operational benefits also count in the overall cost calculation.

What is the difference between operational lease and financial lease for electric commercial vehicles?

Operational lease is an all-in package where you pay monthly for use, maintenance and insurance, while with financial lease you only lease and own the vehicle. The difference is mainly in ownership, risk and what is included in the monthly charges.

With operational leasing, you pay a fixed monthly price that covers everything: depreciation, interest, maintenance, insurance and often roadside assistance. You don't have to worry about unexpected repairs or depreciation. The leasing company bears these risks and arranges everything for you.

Financial lease works differently: you only lease the vehicle and become its economic owner. You make monthly payments and can depreciate the vehicle for tax purposes. At the end, you can buy it for the agreed residual value. You arrange maintenance, insurance and repairs yourself.

For electric commercial vehicles, operational leasing can be advantageous because of the uncertainty about battery life and technological developments. The leasing company takes over these risks. With financial leasing, you benefit from subsidies and tax breaks, but also bear the technology risks.

The choice depends on your preference for certainty versus control. Do you want fixed, predictable costs without hassle? Then operational lease is a better fit. Do you want to own and take maximum advantage of subsidies? Then financial lease is more interesting.

How much does it cost to lease versus buy an electric company car?

The total cost of leasing versus buying depend on purchase price, residual value, interest, maintenance and tax benefits. Leasing spreads costs over time with predictable monthly costs, while buying requires a large upfront investment but yields ownership.

With direct purchase, you pay the full purchase price, minus any subsidies. On top of that come costs for insurance, maintenance, repairs and depreciation. However, you will enjoy maximum tax benefits and keep the residual value at the end.

Operational lease costs more monthly than financial lease because maintenance and insurance are included. For an electric van, count on about 15-25% higher monthly costs than financial lease, but you will have certainty about all costs.

Financial lease is between buying and operational lease in terms of monthly costs. You pay interest on the borrowed amount and make monthly repayments. Maintenance and insurance come on top, but you can depreciate and benefit from tax breaks.

For a complete cost comparison, also factor in energy savings (electricity is cheaper than diesel), lower maintenance costs of electric powertrains and the value of access to environmental zones. These operational benefits often make electric commercial vehicles more advantageous than they may seem at first glance.

How Van den Hurk helps with electric commercial vehicles

We support you in the complete switch to electric commercial vehicles, from financing advice to delivery. With our experience of more than 60 years, we help you make the best choice that suits your business.

Our support consists of:

• Personal advice on which form of financing best suits your situation
• Assistance in applying for grants and making the most of tax benefits
• Flexible leasing options through our financing partners
• Transparent cost comparisons between different forms of financing
• Guidance for the complete switch to sustainable mobility

We have a large stock electric commercial vehicles from different brands, so you can compare and test drive them straight away. Our specialists know all the ins and outs of electric commercial vehicles and will help you find the perfect match for your business needs.

Want to know which form of financing best suits your situation? Contact us for a no-obligation discussion. We will be happy to calculate with you the total costs and benefits of different options so that you can make an informed choice.