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.

The best sound insulation in electric commercial vehicles is usually found in models with high-quality body materials, double-glazing and quality sealing. Electric commercial vehicles with premium finishes generally score better, as they have fewer mechanical components that produce noise. Always test sound insulation during a test drive at different speeds and road types to get a good impression.

Why is sound insulation important in electric commercial vehicles?

Good sound insulation in electric commercial vehicles provides more comfort during long journeys and increases your concentration while working. Because electric motors are much quieter than diesel engines, other noises are actually more noticeable, such as wind, tyres on the road surface and mechanical components.

The difference is quite noticeable. In a poorly insulated electric commercial vehicle, you hear much more of the outside world than you are used to from traditional commercial vehicles. This is because the diesel engine normally masks a lot of background noise. With electric driving, this natural sound masking, making wind noise, tyre noise and traffic much more prominent.

For professionals who are on the road a lot, it means the difference between a relaxing working day and fatigue from constant noise exposure. Good soundproofing also helps when making phone calls while driving and creates a more professional appearance when transporting customers.

What factors determine the sound insulation of an electric utility vehicle?

The body material is the basis of good sound insulation. Thicker steel plates and extra insulation material in doors and walls keep more sound out. The quality of rubber seals around doors and windows also plays a big role in how well sound is blocked.

Windows often make the difference between moderate and excellent sound insulation. Double glazing or acoustic glass significantly reduces wind noise and traffic noise. Cheaper commercial vehicles often have thin, single-pane windows that let a lot of noise through.

With electric commercial vehicles, specific components that can produce noise are added:

• Cooling pumps for the battery and electric motor
• Air-conditioning and heating systems
• Electronic power steering
• Regenerative braking systems

Suspension and tyre choice also influence how much road noise you hear. Softer suspension and quality tyres with good noise characteristics make driving more pleasantly quiet.

How do you test sound insulation before buying an electric commercial vehicle?

Plan a comprehensive test drive that includes different driving conditions. Test sound insulation at city speeds (30-50 km/h), on county roads (60-80 km/h) and on the motorway (100-120 km/h). At each speed, you will hear different sounds dominate.

While testing, pay attention to these specific points:

• Wind noise around the windows and mirrors at higher speeds
• Tyre noise on different road surfaces (asphalt, concrete, bricks)
• Noise from electrical components, especially when accelerating
• How well you can have normal conversations without raising your voice

Also test in rain if possible. Water on the body and windows amplifies noises and shows weaknesses in the insulation. While driving, try a phone call via handsfree conduct - this gives a good indication of the overall noise level in the cabin.

Always compare several vehicles on the same day and route. Your hearing quickly gets used to noise levels, so direct comparison gives the best picture of the differences between models.

Which electric commercial vehicles score best on sound insulation?

Electric commercial vehicles in the premium segment generally have the best sound insulation. These models use high-quality materials, better seals and often double-glazing. The price difference with base models is clearly reflected in comfort and sound insulation.

Models with a closed body (such as box trucks) usually insulate better than open cargo boxes or chassis cabs. The closed construction offers more opportunities for sound insulation and has fewer openings where sound can enter.

Electric commercial vehicles originally designed as electric vehicles often outperform converted diesel models. These purpose-built electric vehicles have optimal placement of electrical components and are specifically designed for quiet driving.

Finishes also play a role. Models with interior upholstery, sound-absorbing materials and a quality finish on the dashboard and doors offer better acoustic properties than bare, functional interiors.

How Van den Hurk helps with electric commercial vehicles

We understand that sound insulation is important for your working comfort and professional appearance. That is why we help you find electric commercial vehicles that perfectly suit your needs in terms of comfort and functionality.

Our approach to advising on sound insulation:

• Extended test drives - We schedule time so you can thoroughly test different models
• Honest advice - We tell you which models in our stock offer the best sound insulation
• Practical comparison - You can try out several electric commercial vehicles side by side
• Custom solutions - We consider additional noise reduction where possible

With more than 60 years of experience, we know the differences between makes and models. We will help you find an electric commercial vehicle that not only suits your work, but also ensures comfort during long working days. Call us for an appointment and experience for yourself the difference in sound insulation between different electric commercial vehicles.

Leasing electric commercial vehicles offers lower monthly costs and flexibility, but you do not own the vehicle. Buying requires a higher upfront investment, but gives full ownership and control. Both options have different tax advantages, with leasing mainly interesting for cash flow and buying for long-term ownership. The best choice depends on your business needs, financial situation and future plans.

What are the main financial differences between leasing and buying?

At lease you pay a fixed amount each month without a large upfront investment, whereas buying requires a substantial purchase price but yields ownership. Leasing improves your cash flow as your capital remains available for other business investments.

When you buy an electric company car, you are an immediate owner and can depreciate the vehicle over several years. This does mean that you will have to finance the full purchase price or pay from your own resources. The value of your vehicle decreases every year due to depreciation.

With leasing, you only pay for the use of the vehicle during the contract period. Your monthly costs are predictable and often lower than the finance cost when you buy. The downside is that once the contract ends, you have not built up ownership.

The total cost over the lifetime varies from one situation to another. Buying is often more advantageous if you use the vehicle for a long time, while leasing becomes more interesting for shorter periods of use or if you want to change to newer models regularly.

What tax advantages do leasing and buying electric commercial vehicles offer?

Electric commercial vehicles offer significant tax advantages in both forms of financing. In leasing, you can deduct the full monthly cost as a business expense, while in buying, depreciation and financing costs are deductible.

As for VAT, for both options, you can reclaim it in full, provided the vehicle is used for business purposes. This is a big advantage over ordinary passenger cars, where VAT deduction is limited.

Since January 2025, electric commercial vehicles have become even more attractive as traditional fuel vehicles are subject to the BPM levy. Electric vehicles remain exempt from this, further increasing the cost differential in favour of electric driving.

When leasing, you benefit from the 0% additional tax rate for electric company cars if you also use the vehicle privately. When buying, the same benefit applies. This makes a significant difference to your personal tax bill compared to traditional company cars.

The investment deduction can provide additional tax benefits when buying an electric company car. This is a one-off deduction on top of regular depreciation, which improves your cash flow in the first year.

How flexible are you with leasing versus buying with changing business needs?

Leasing offers more flexibility with changing business conditions, as you can choose a different vehicle, different contract terms or even stop leasing at the end of the contract. With buying, you are stuck with the vehicle until you sell it.

With a lease contract, you determine in advance the term and mileage that suits your operations. If your needs change, you adjust this with the next contract. If your business grows or shrinks unexpectedly, this gives you more room to move quickly.

Ownership by purchase means you decide when to replace the vehicle. You are not bound by contract terms, but do bear the risk of depreciation and must find your own buyer when you sell.

For companies that grow quickly or operate seasonally, leasing can be more interesting, as you can adjust the size of your fleet more easily. With buying, you have more stability but less flexibility to react quickly to changing circumstances.

What happens to maintenance and warranty when leasing and buying?

At operational lease maintenance is often included in the monthly charges, giving you predictable costs and no surprises. With financial leasing and buying, you are responsible for all maintenance costs and repairs yourself.

Electric commercial vehicles generally have lower maintenance costs than traditional vehicles because they have fewer moving parts. No oil changes, less wear and tear on brakes and a simpler powertrain result in lower maintenance costs.

The manufacturer's warranty applies to both forms of financing. With leasing, the leasing company usually handles warranty claims, while with buying, you contact the dealer or manufacturer yourself. Electric vehicles often have a longer warranty on the battery than on other parts.

When leasing, you must return the vehicle in good condition according to the contract terms. Damages above normal wear and tear will be charged for. As the owner, you decide what maintenance to carry out and when, but also bear all costs and risks.

How Van den Hurk helps with electric commercial vehicles

We offer both lease and purchase options for electric commercial vehicles, so you can choose the form of financing that best suits your business situation. With more than 60 years of experience, we understand that every entrepreneur has different needs.

Our approach to electric commercial vehicles includes:

• Personalised advice on leasing versus buying based on your specific situation
• Transparent comparison of all costs and tax benefits
• Flexible leasing terms, tailored to your operations
• A wide range of electric commercial vehicles from different brands
• Supporting the transition to electric driving

We take the time to understand your business needs, growth plans and financial situation. That way, we can determine together whether leasing or buying is best and which electric commercial vehicle is the perfect fit for your operations.

Want to know which option best suits your business? Contact us for a no-obligation discussion about the possibilities of electric commercial vehicles for your business.

The best electric commercial vehicles combine sufficient driving range for your daily routes with practical charging times and reliable performance. Models such as the Mercedes eSprinter, Ford E-Transit and Volkswagen e-Crafter each offer different strengths depending on your specific work and driving habits. The choice depends on factors such as your daily mileage, charging capabilities and the type of work you do.

What are the main driving characteristics to look out for?

With electric commercial vehicles, four features determine your daily work performance: driving range, charging time, charging capacity and driving behaviour. These factors determine whether an electric commercial vehicle is practical for your specific situation.

The driving range tells you how many kilometres you can drive before having to recharge. For most businesses, a range of 200-300 kilometres is sufficient for daily operations. Think of local deliveries, service calls or transport trips within the region.

Charging time directly affects your work schedule. Home charging takes 6-8 hours, while fast charging is possible in 30-45 minutes up to 80%. Plan your routes so that charging fits into your work schedule, e.g. during breaks or at the end of the working day.

Load capacity remains important: electric commercial vehicles often have slightly less load capacity due to the weight of the battery. Always check that the payload fits your daily transport needs.

The handling of electric commercial vehicles is often smoother than diesel models, with direct power generation and quiet operation. This makes driving more comfortable, especially in urban environments with a lot of stop-and-go traffic.

What driving range do the most popular electric commercial vehicles have?

The Mercedes eSprinter offers 440 kilometres of range, the Ford E-Transit 350 kilometres and the Volkswagen e-Crafter 300 kilometres under ideal conditions. In practice, the actual range is often 20-30% lower, depending on weather conditions, driving style and load.

For local delivery services, a practical range of 200-250 kilometres is usually sufficient. You can then drive a full working day without recharging in between. Think parcel delivery, catering services or maintenance companies working within a 50-kilometre radius.

Transport companies driving longer distances benefit from models with more range. The Mercedes eSprinter is great for regional transport up to 300 kilometres per day. For shorter city trips, the Ford E-Transit is often more practical due to its manoeuvrability.

Weather conditions significantly affect range. In winter, 25% may reduce range due to the use of heating and lower battery efficiency. Therefore, always plan a buffer in your daily mileage and take seasonal variations into account.

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

Home charging at an ordinary wallbox (11 kW) takes 6-8 hours for a full charge. Fast charging at public charging stations (50-150 kW) will take your battery from 20% to 80% in 30-45 minutes. The exact time depends on your battery size and charging speed.

Plan your charging strategy around your work schedule. Many entrepreneurs charge at home at night so that they start each morning with a full battery. This works perfectly for companies with fixed locations and daily trips under 200 kilometres.

For longer working days, you can use fast chargers during breaks. A 30-minute coffee break will give you enough energy for the rest of the day. Many fast chargers are located at petrol stations, restaurants or shopping centres along main roads.

Public charging stations (22 kW) offer a middle way: faster than at home, but slower than fast chargers. You often find these at business parks, car parks and shopping centres. Ideal for charging during appointments or work visits of 2-3 hours.

Which electric commercial vehicle performs best in practice?

In field tests, the Ford E-Transit high on manoeuvrability and ease of loading, while Mercedes eSprinter excels in comfort and range. The Volkswagen e-Crafter offers a good balance between performance and value for money.

The Ford E-Transit drives smoothly around town due to its compact dimensions and low entry level. The cargo space is practical and the driving position is comfortable for long working days. Entrepreneurs appreciate the familiar controls, which are similar to those of the diesel version.

The Mercedes eSprinter offers the most luxury and driving comfort, with excellent sound insulation and high-quality finish. Its range is the greatest in this class, making it suitable for longer journeys and heavier loads.

The Volkswagen e-Crafter stands out for its reliability and practical details. The cargo space is efficiently arranged and maintenance is relatively easy. Many companies choose this model because of its well-known quality and extensive dealer network.

All models have regenerative braking, which allows you to recover energy when braking. This increases the range in urban traffic with many stops, where electric commercial vehicles really excel over diesel vehicles.

How Van den Hurk helps with electric commercial vehicles

We will help you find the right electric company car choose one that suits your operations and budget. With our 60 years of experience in commercial vehicles, we understand exactly what you need to look out for when switching to electric driving.

Our service includes:

• Personal advice on range, charging options and practical suitability for your business
• Large stock electric commercial vehicles from well-known brands such as Mercedes, Ford and Volkswagen
• Flexible financing with leasing options to suit your cash flow and tax situation
• Transparent pricing with no hidden costs, including explanations of all benefits and subsidies
• Complete unburdening from advice to delivery, so you can switch carefree

Want to know which electric company car is best for your business? Contact us for no-obligation advice. We will be happy to help you make the switch to sustainable and cost-efficient company mobility.

Insurance for electric commercial vehicles requires different cover than for traditional vehicles, due to the battery, charging equipment and higher purchase cost. At a minimum, you need comprehensive cover that covers battery and charging damage. Choose an insurer with expertise in electric vehicles and a good repair network for specialised parts.

What makes insuring electric commercial vehicles different from regular commercial vehicles?

Electric commercial vehicles have specific risks and components which traditional insurance policies often do not fully cover. The battery is the biggest difference: this is the most expensive part of your vehicle and has different risks than a regular engine.

The main differences are in the technical aspects. An electric commercial vehicle has complex electronics, an expensive battery and special charging equipment. These components require specialised repairs that are much more expensive than standard engine maintenance. Moreover, water damage or short circuits can render the entire battery unusable.

Repair costs are also different. Not every garage can repair electric vehicles, making you dependent on specialised workshops. This often means higher labour costs and longer waiting times for parts. Insurers take this into account in their premium calculations.

The replacement value remains high for longer in electric vehicles due to government subsidies and growing demand. This can be beneficial for your benefit, but also increases your premium because the insurer has to pay out a higher amount in case of total loss.

What insurance cover do you really need for an electric commercial vehicle?

For electric commercial vehicles, you need at least a all-risk insurance needed that fully covers battery damage, charging equipment and electrical systems. Third-party limited-casualty insurance does not provide sufficient protection for the specific risks of electric driving.

Battery cover is the most important part of your policy. Make sure this cover applies to:

• Damage caused by short circuits or electrical faults
• Water damage to battery and electronics
• Natural ageing and capacity loss after a certain time
• Damage during charging, both at home and at public charging stations

Charging equipment deserves special attention in your policy. This includes your home charger, cables and any damage to public charging stations that you need to cover. Some insurers offer this as a standard item, while others require a separate cover.

Also consider a replacement vehicle cover that includes electric cars. Not all rental companies have electric commercial vehicles available, so check if your insurer can guarantee this during repairs.

How much does insurance for electric commercial vehicles cost on average?

Insurance for electric commercial vehicles costs on average 10-20% more than for similar diesel vehicles. For an electric van, you will pay around €800-1,200 a year for comprehensive all-risk cover, depending on your no-claim discount and usage.

Several factors significantly affect your premium. The purchase value of your vehicle plays a big role: electric commercial vehicles are often more expensive to buy, which translates into higher premiums. Your annual mileage also counts, with many insurers offering favourable rates for electric driving because of the environmentally friendly aspect.

You can save costs by:

• Choose a higher deductible (€500-1,000 instead of €250)
• Storing your vehicle in a locked garage overnight
• Install additional security measures, such as GPS tracking
• Combine your insurance with other business insurance

Don't forget to factor in the savings. Electric commercial vehicles often have lower maintenance costs and you benefit from tax breaks that lower your overall mobility costs, despite the slightly higher insurance premium.

What should you look out for when comparing insurers for electric commercial vehicles?

Choose an insurer with proven expertise in electric vehicles and an extensive network of specialist repairers. Not all insurers understand the specific needs of electric driving equally well, which can cause problems in claims handling.

Pay attention to these important points with each insurer:

Repair network and expertise: Ask about the number of affiliated garages that can repair electric vehicles. A small network means longer waiting times and possibly higher costs. Also check if they have experience with your specific make and model.

Battery coverage details: Read the small print on battery cover. Some policies exclude certain causes of battery damage or apply a maximum compensation below the replacement cost. Ask specifically about coverage for capacity loss and battery management system failures.

Calculation of replacement value: Electric vehicles hold their value differently from diesel vehicles. Check if your insurer takes into account subsidies, tax breaks and the current market value of electric commercial vehicles in value calculations.

Service and accessibility: Electric vehicles may have specific emergencies, such as a flat battery or charging problems. Check if your insurer offers 24/7 breakdown cover suitable for electric vehicles, including transport to a charging point.

How Van den Hurk helps with electric commercial vehicles

We will fully guide you through the transition to electric business driving and help you make the right choices for insurance, financing and practicalities. With our 60 years of experience in commercial vehicles, we know exactly what to look out for with electric vehicles.

Our support includes:

• Advice on the best insurance cover for your specific situation and vehicle
• Flexible electric commercial vehicles-lease options that suit your business
• Practical guidance on charging solutions and range planning
• Transparent explanation of tax benefits and total mobility costs
• Personal contact with specialists who really understand electric driving

We take the time to understand your business situation and advise which electric utility vehicle is best suited to your operations. From small vans to larger transport solutions, we have extensive experience with different brands and applications.

Want to know which electric company car and insurance best suits your business? Contact us for personal, no-obligation advice. We will be happy to help you make the switch to sustainable business mobility.

VAT deduction at electric commercial vehicles works the same as for regular company cars: you can reclaim the VAT paid in full if you use the car for business purposes. The same conditions apply to electric vehicles, but you benefit from additional tax advantages such as a lower additional tax rate and no BPM levy. This makes electric company cars more financially attractive than ever.

What is VAT deduction and how does it work with electric company cars?

VAT deduction means that, as a business owner, you can reclaim the VAT you pay on business purchases from the tax authorities. For electric company cars, you can get the full VAT back, provided you use the vehicle for business purposes and are liable for VAT.

The difference with regular company cars is not in the VAT deduction itself, but in the additional benefits. Electric commercial vehicles have been given an even more favourable tax environment since January 2025 with the introduction of BPM on diesel vehicles. This makes electric driving more financially attractive.

For entrepreneurs, this means concretely that for an electric company car of €30,000 including VAT, you can reclaim around €5,289 in VAT. This deduction applies to both purchase and lease, although the conditions may differ for each form of financing.

What conditions must your company car fulfil for VAT deduction?

Your electric company car must be used entirely for business purposes to reclaim the full VAT. In case of mixed use (business and private), you can only deduct the business percentage. The vehicle must be registered in your company's name or in your name as an entrepreneur.

In addition, you must be liable for VAT and the vehicle must meet the definition of a commercial vehicle. This usually means a maximum permissible weight of 3,500 kg and equipment suitable for transporting goods or providing services.

It is also important that you keep good records of all documents. You need a valid invoice that shows VAT separately, and you need to be able to prove that the vehicle is actually used for business purposes. A trip log can help with this, especially with mixed use.

How much VAT can you reclaim on an electric company car?

You can reclaim 21% VAT on the purchase price of your electric company car, provided it is used entirely for business purposes. For a vehicle of €40,000 including VAT, this means a refund of €6,942. The same percentage applies to used electric company cars, as long as the seller is liable for VAT.

A practical calculation example: if you buy a new electric van for €35,000 including VAT, you actually pay €28,926 excluding VAT plus €6,074 in VAT. You can reclaim that €6,074 in full from the tax authorities.

With second-hand purchases, the situation is different. If you buy from a private individual, there is no VAT in the price and you cannot reclaim anything. If you buy from a VAT-registered dealer, you can reclaim VAT on the selling price. Pay close attention to the invoice and whether the VAT is listed separately.

What are the differences between leasing and buying for VAT deduction?

With financial leasing, you can reclaim VAT on the monthly instalments, whereas with purchasing, you get the full VAT back in one go. Financial leasing therefore spreads the VAT benefits over the term of the contract, which can be beneficial for your cash flow.

With direct purchase, you get a big VAT refund in the first quarter after purchase. This gives a big boost to your liquidity, but you need the full purchase amount. With leasing, you pay monthly and also get a monthly VAT refund via your VAT return.

Operating lease works differently: here, VAT is included in the monthly costs and you can simply deduct it as a business expense. You do not then own the vehicle, but have certainty about the monthly costs, including maintenance and insurance.

How Van den Hurk helps with electric commercial vehicles

We guide you through the entire process of VAT deduction at electric commercial vehicles. Our experience of more than 60 years in the commercial vehicle industry helps you make the right choices for your specific situation.

Our concrete support includes:

• Personal advice on VAT deduction and tax advantages of electric company cars
• Explaining different financing options and their VAT implications
• Assistance in preparing the right documentation for the tax authorities
• Transparent prices and clear invoices with correct VAT overview
• Guidance on transition from diesel to electric driving

With our large stock of electric commercial vehicles and flexible leasing options, you will always find a solution that suits your business and budget. Contact us for personal advice on VAT deduction and the best financing option for your electric company car.

For long distances electric commercial vehicles with a range of at least 300-400 km are the most suitable. The best choices are models such as the Mercedes eVito (421 km), Ford E-Transit (317 km) and Volkswagen e-Crafter (346 km). Your success depends on good route planning, strategic charging and choosing a vehicle that suits your daily mileage. With the right preparation, electric commercial vehicles drive long distances without any problems.

What range do you need for your business activities?

The range needed depends on your daily routes, type of work and available charging facilities. For most businesses, a range of 200-250 kilometres is sufficient, but for long distances you need at least 300-400 kilometres. Always count 20-30% less than the stated WLTP values for realistic expectations.

Start by analysing your current driving pattern. Write down for a week how many kilometres you drive daily and which routes you travel most often. Remember to take seasonal influences into account: in winter, the range of electric utility vehicles 15-25% drops due to cold conditions and the use of heating.

The type of work also affects your energy consumption. Commercial vehicles that stop and start frequently (like parcel delivery) can benefit from regenerative braking, while vehicles with constant motorway mileage consume more energy at high speeds. A fully loaded commercial vehicle also consumes 10-15% more energy than an empty one.

Also look at your charging options. Can you charge at home or at the office? Then you have fewer worries about daily range. Need to fast charge on the go? Then count on 30-45 minutes of charging time for 80% battery capacity and plan this into your working day.

Which electric commercial vehicles have the greatest range?

The Mercedes eVito (421 km), Ford E-Transit (317 km) and Volkswagen e-Crafter (346 km) currently offer the greatest range for electric commercial vehicles. These models are specially designed for companies that regularly drive long distances and offer sufficient cargo space for professional use.

Available in different lengths, the Mercedes eVito offers the greatest range with its 100 kWh battery. This model is ideal for high-mileage transport and logistics companies. Cargo space ranges from 6.6 to 14.0 cubic metres, depending on the chosen version.

The Ford E-Transit combines solid range with excellent practicality. With load capacities of up to 1,758 kg and a towing capacity of 750 kg, it is a versatile choice for various industries. The vehicle supports fast charging up to 115 kW, allowing you to charge from 15% to 80% in 34 minutes.

The Volkswagen e-Crafter targets companies that transport heavy loads over long distances. With a maximum load capacity of 1,720 kg and a cargo space of up to 10.7 cubic metres, it is a powerful option for construction companies and large logistics operations.

For smaller commercial vehicles, the Volkswagen e-Caddy (265 km) and Renault Kangoo E-Tech (265 km) are good alternatives. These models offer sufficient range for regional long-distance travel and are more fuel-efficient than the larger variants.

How do you plan long trips with an electric company car?

Good route planning starts with checking charging stations along your route and reserving charging time in your planning. Use apps such as PlugShare, ChargeMap or the ANWB Onderweg app to find available charging stations. Plan charging stops at 20-30% battery capacity and charge up to a maximum of 80% for optimal charging speed.

Download multiple charging apps before you set off. Different charging networks have their own apps and rates, so make sure you have access to the major providers such as Fastned, Allego and Ionity. Save your favourite routes with proven charging points so you don't have to search every time.

Timing is important when fast charging. Preferably charge between 20% and 80% battery capacity: this is fastest. Charging from 80% to 100% takes a disproportionately long time, so plan your stops strategically. A 30-minute coffee break usually gives you enough energy for the next 200-250 kilometres.

Always have a back-up plan in place. Identify alternative charging points along your route in case your first choice is occupied or faulty. Check the status of charging points via apps before you stop. Some fast-charging stations have multiple connections, increasing your chances of availability.

Take weather conditions and traffic into account. Headwinds, rain and traffic jams increase your energy consumption. Plan extra charging time in winter 20-25% and check if heated charging stations are available for extra comfort while waiting.

What are the costs of long-distance electric driving?

Long-distance electric driving costs about €0.35-0.50 per kilometre in energy, compared with €0.15-0.25 per kilometre for diesel. Fast charging is more expensive than charging at home, but the total cost of ownership often remains lower due to lower maintenance costs and tax benefits. For companies, there are additional benefits from 2025 due to the BPM levy on new diesel vehicles.

Home charging costs around €0.25 per kWh, while fast charging can cost €0.50-0.75 per kWh. An electric commercial vehicle consumes 25-35 kWh per 100 kilometres on average, depending on the model and driving style. This means 100 kilometres of charging at home costs €6-9, while fast charging can cost €13-26.

Don't forget to factor in the time cost of charging. A charging stop of 30-45 minutes impacts your productivity, especially on regular long trips. Plan charging breaks smartly around lunch or other work activities to make this time useful.

The total cost of ownership (TCO) of electric commercial vehicles is often more favourable due to lower maintenance costs. Electric engines have fewer moving parts, no oil changes and less wear and tear on brakes due to regenerative braking. This saves €500-1,500 annually on maintenance.

Fiscally, electric commercial vehicles offer significant advantages. The additional tax is 0% for electric company cars under €50,000 and no BPM levy applies. From 2025, you do pay BPM on new diesel company cars, which makes electric driving relatively more advantageous.

How Van den Hurk helps with electric commercial vehicles

We will fully guide you through the transition to electric commercial vehicles for long distances. From determining the right range to finding the perfect financing solution, our experience of more than 60 years will help you make the best choice for your business.

Our service for electric commercial vehicles includes:

• Personal advice on the right range for your routes
• A wide range of electric commercial vehicles of all major brands
• Flexible leasing and financing options
• Transparent information on TCO and tax benefits
• Support for charging solutions and route planning
• Complete after-sales service and maintenance

We understand that switching to electric driving raises questions. That is why we take the time to analyse your specific situation and find the electric company car that perfectly suits your long distances. Whether you choose to buy or lease, we ensure a worry-free transition.

Want to know which electric company car is best for your long journeys? Contact us for personal advice. We will be happy to help you with all aspects of electric company transport.

Maintenance costs of electric commercial vehicles are on average 30-40% lower than those of diesel vehicles. You mainly save on regular maintenance, such as oil changes, exhaust systems and complex engine parts. However, new cost items are added, such as charging station installation and higher insurance premiums. The total cost of ownership is often more favourable due to lower energy costs and tax benefits.

What are the real energy costs of electric commercial vehicles?

Electric commercial vehicles cost about €0.04-0.06 per kilometre of electricity, compared to €0.12-0.15 per kilometre for diesel. You charge cheapest at home during off-peak hours for around €0.20 per kWh, while public fast charging can cost €0.50-0.70 per kWh.

A practical calculation example: an electric van with consumption of 20 kWh per 100 kilometres costs €4.00 per 100 kilometres when charged at home. A comparable diesel version consumes about 8 litres per 100 kilometres, which at a diesel price of €1.50 per litre comes to €12.00 per 100 kilometres.

For 30,000 kilometres a year, this means a difference of €2,400 in fuel costs. Note that public charging is more expensive. If you charge 70% at home and 30% publicly, you end up with around €1,800 savings per year. The exact cost depends on your charging behaviour, energy tariffs and the efficiency of your vehicle.

How much do you save on maintenance with an electric commercial vehicle?

With an electric company car, you save €800-1,500 per year on maintenance costs. Electric engines have far fewer moving parts, so you don't need to change oil, don't have an exhaust that can rust and less wear and tear on brakes due to regenerative braking.

The main savings are in the elimination of:

• Oil and filter changes (€200-400 per year)
• Exhaust system maintenance and repairs (€300-600 per year)
• Clutch and gearbox maintenance (€200-500 per year)
• Less brake pad replacement through regenerative braking

Electric commercial vehicles do have different maintenance needs. You still need to change tyres, check windscreen wipers and maintain the air conditioning. The 12V battery and the battery cooling system also require attention. Maintenance intervals are often longer, saving extra time and money.

What unexpected costs are involved in electric commercial vehicles?

The biggest unexpected costs are charging station installation (€1,000-3,000) and higher insurance premiums (10-20% more expensive). You also have to factor in possible battery replacement after 8-10 years, although this is becoming increasingly rare due to better battery warranties.

Other cost items you might overlook:

• Adaptations to the electrical installation for the charging station
• Higher insurance premiums due to more expensive parts
• Special winter tyres for the extra weight
• Possible higher road tax in some provinces
• Software updates that sometimes incur costs

Fortunately, subsidies are often available for charging station installation. You also get tax breaks that usually more than offset these extra costs. Many leasing companies offer packages that include the charging station, which reduces unexpected costs.

How do you calculate the total cost of ownership of an electric utility vehicle?

For an accurate TCO calculation Add up your purchase price, depreciation, insurance, maintenance, energy and taxes over the expected useful life. Subtract subsidies and tax breaks. Use a period of 4-5 years and your expected annual mileage for a realistic picture.

Step by step, this is how you calculate the TCO:

1. Acquisition cost: List price minus subsidies and tax breaks
2. Depreciation: purchase price minus expected residual value after period of use
3. Energy costs: annual mileage × consumption × electricity price
4. Maintenance costs: annual service costs and wear parts
5. Insurance: annual premium × period of use
6. Taxes: road tax and any other charges

Add up all costs and divide by the number of years of use. Don't forget to include financing costs if you are borrowing or leasing. Online TCO calculators help with this calculation, but always check the assumptions they use.

How Van den Hurk helps with electric commercial vehicles

We make the switch to electric driving simple and straightforward for your business. With our 60 years of experience in commercial vehicles, we help you make the right choice between buying and leasing, calculate the total cost of ownership together and ensure a worry-free transition.

Our support for electric commercial vehicles:

• Personal advice on which electric company car suits your business
• Complete TCO calculations, including all cost items
• Flexible leasing options to suit your situation
• Assistance with grant applications and tax optimisation
• Transparent prices with no hidden costs

We take the time to understand your business needs and guide you from advice to delivery. Whether you are a small sole trader or a large company with a fleet of vehicles, we have the expertise to help you save on total cost of ownership. Contact us for a no-obligation discussion on electric commercial vehicles for your situation.

You can charge electric commercial vehicles in four main locations: at home, at work, at public charging stations and at fast-charging stations. Home charging is usually the cheapest and most convenient for everyday use, while fast-charging stations are ideal for longer trips. The best choice depends on your driving habits, budget and available facilities.

Where is the best place to charge your commercial electric vehicle?

The best charging location for your electric utility vehicle depends on your daily driving pattern and business situation. Home charging is often the most practical option because you can charge at night at low rates. You will always have a full battery when you leave in the morning.

Charging at work is becoming increasingly popular, especially if your employer installs charging stations. This comes in handy if you don't have your own parking space at home or if you work long hours. Many companies offer this as an extra service to their employees.

Public charging stations can be found in shopping centres, car parks and along roadsides. They are useful for interim recharging during work trips or errands. The charging speed varies from slow to semi-fast charging.

Fast charging stations are perfect for long trips. In 20-30 minutes, you can charge your company vehicle for 80%. You find them mostly along motorways and at petrol stations. For daily use, they are less suitable because of the higher cost.

What does it cost to charge your electric utility vehicle?

Charges vary considerably by location and time of day. Home charging is usually the cheapest, costing between €0.20 and €0.30 per kWh. With a night tariff, this can even drop to €0.15 per kWh. For an average commercial vehicle, this means around €8 to €12 for a full charge.

Public charging stations often charge €0.35 to €0.50 per kWh, plus sometimes start-up costs or parking fees. A full charge then costs €15 to €25. Some providers have subscriptions with cheaper rates.

Fast charging stations are the most expensive, with prices ranging from €0.50 to €0.70 per kWh. A quick charge from 80% costs €20 to €35, partly offset by the time savings on long trips.

Tips to save costs: use night rates at home, find employers offering free charging, choose charging passes with preferential rates and plan fast charging only for necessary moments. Charging apps help you find the cheapest stations nearby.

How to find the right charging station for your electric commercial vehicle?

Choosing the right charging station starts with determining your daily mileage. Do you drive less than 100 km per day? Then an ordinary 3.7 kW home charging station will suffice. For more kilometres, you need a faster charger of 7.4 kW or 11 kW.

Check which plug type your commercial vehicle has. Most new commercial electric vehicles use type 2 plugs for AC charging and CCS for DC fast charging. Older models sometimes still have CHAdeMO connectors.

For home installation, look at the available power capacity. An 11 kW charging station requires three-phase power. Have an electrician check whether your meter box can handle this. Single-phase connections limit you to 3.7 kW charging.

Smart charging stations offer additional benefits, such as setting charging times for cheap night tariffs, monitoring via apps and access management. For business use, these features are often worth the extra cost as they help control costs.

What are the advantages of home charging versus public charging?

Home charging offers the most convenience and the lowest cost. You leave every morning with a full battery, without having to plan extra stops. The investment in your own charging station pays for itself through lower charging costs, especially with night-time tariffs.

The biggest advantage is the time savings. No waiting at occupied charging stations or searching for working stations. You just charge while you sleep, when you are not using the car anyway. For business use, this means more efficiency.

Public charging has the advantage of flexibility. You are not dependent on one location and can charge wherever it is convenient during work visits. This is ideal if you don't have a fixed home base or visit many different locations.

Disadvantages of public charging include higher costs, possible waiting times and dependence on working charging stations. Sometimes stations break down or are occupied, which can disrupt your schedule. For regular users, home charging is therefore usually the better choice.

How Van den Hurk helps with electric commercial vehicles

We understand that switching to electric commercial vehicles raises questions about charging, range and practicalities. That is why we offer complete support in your choice of electric commercial vehicles. Our experience of more than 60 years will help you make the right decision.

Our service includes:

• personal advice on which electric company car suits your driving style
• explanation of charging options and range calculations for your specific situation
• support in finding suitable charging solutions, at home and on the road
• flexible leasing options that make the switch to electric driving affordable
• transparent information on costs, subsidies and tax benefits

With our large stock of electric commercial vehicles from brands such as Volkswagen, Ford and Mercedes-Benz, you will always find a vehicle to suit your business needs. We will take the time to explain all your options to help you make an informed choice. Contact us for a no-obligation chat about electric commercial vehicles and find out how we can help you get ahead.

For logistics companies, several electric utility vehicles are available that perfectly suit transport needs. The Ford E-Transit, Mercedes eVito and Volkswagen e-Crafter offer excellent loading capacities and reliable range for daily routes. These vehicles combine practicality with lower operating costs and access to environmental zones, making them ideal for modern logistics operations.

What are the best electric commercial vehicles for logistics companies?

The Ford E-Transit is at the top for logistics applications with a load volume of up to 15.1 m³ and a payload of up to 1,758 kg. This model offers a range of about 317 kilometres and is available in different configurations, from closed vans to customised chassis.

The Mercedes eVito targets medium-sized logistics needs with a 6.6m³ cargo volume and a range of up to 421 kilometres. This vehicle excels in urban distribution and offers excellent manoeuvrability for tight loading and unloading sites.

For heavier transports, the Volkswagen e-Crafter a strong option with a load capacity of up to 10.7 m³ and a payload of up to 1,720 kg. The range of about 173 kilometres makes this vehicle suitable for regional distribution.

Other interesting options include the Renault Master E-Tech Electric and the Iveco eDaily, both of which offer specific advantages for different logistics applications. These models stand out for their robust construction and reliability in commercial environments.

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

The range of electric commercial vehicles varies between 150 and 400 kilometres, depending on the model and battery capacity. The Mercedes eVito achieves up to 421 kilometres, while models such as the Volkswagen e-Crafter reach around 173 kilometres.

Several factors significantly affect your actual range. Cold weather conditions can reduce range with 20-30%, as the battery works less efficiently and requires energy for cabin heating. A full charge increases energy consumption, especially with frequent stopping and starting in urban environments.

Your driving style has a direct impact on range. Smooth acceleration and anticipatory braking can improve range by 15-25%. Make the most of regenerative braking by releasing the throttle early at traffic lights and intersections.

Practical tips for maximum range: plan routes with loading breaks, avoid unnecessary weight in the cargo space and use eco-driving modes when available. Pre-heating the cabin while charging saves battery capacity on the road. Allow a safety margin of 20% in route planning to accommodate unexpected circumstances.

What does it cost to charge an electric company car?

Home charging costs around €0.08-€0.12 per kilometre, while public fast chargers cost €0.15-€0.25 per kilometre. A full charge for a Ford E-Transit costs around €15-20 at home, compared to €50-70 for a full diesel tank.

You will realise the biggest cost savings by charging smartly. Especially charge at home or at work with your own charging stations, where you can take advantage of preferential rates. Many energy suppliers offer special business rates for electric driving, with lower costs during off-peak hours.

Public charging stations have different tariff structures. AC chargers (up to 22 kW) usually cost €0.25-€0.35 per kWh, while DC fast chargers can cost €0.45-€0.65 per kWh. Subscriptions at charging networks often reduce these tariffs significantly.

Comparison with diesel shows clear advantages: where a diesel company car costs €0.15-€0.20 per kilometre in fuel, electric driving stays under €0.12 per kilometre when charged at home. Over 30,000 kilometres a year, this saves €900-€2,400 in fuel costs. Add to this the lower maintenance costs for the total cost benefit.

What charging capacity do electric commercial vehicles have?

Electric commercial vehicles offer similar charging capacities to their diesel equivalents, although the battery and electric components sometimes take up space. The Ford E-Transit retains 15.1 m³ cargo volume, identical to the diesel version, with a payload of up to 1,758 kg.

Weight distribution does differ due to battery placement. Electric commercial vehicles often have a lower centre of gravity due to batteries in the floor, which improves driving stability but can limit the maximum payload weight. The Mercedes eVito offers 6.6 m³ of cargo space with a payload of up to 1,226 kg.

For logistics planning, this means that you may have to arrange routes differently. Whereas with diesel you might make one heavy trip, with electric you might better opt for two lighter trips within range. This requires rethinking charging strategies and route optimisation.

Practical implications for daily operations: always check the combination of weight and volume when loading. Electric commercial vehicles often reach their weight limit before the cargo space is full, especially when transporting heavy goods. Plan loading stops strategically in your routes and take into account the longer ‘refuelling stops’ for recharging compared to diesel refuelling.

How Van den Hurk helps with electric commercial vehicles

We guide your transition to electric commercial vehicles completely, from initial advice to implementation in your fleet. Our expertise will help you make the right choice to suit your specific logistics needs and growth plans.

Our concrete support includes:

• Personal advice on the most suitable electric model for your transport needs
• Flexible financing with leasing options to suit your business operations
• Practical guidance in route planning and charging infrastructure
• Transparent cost comparison between electric and diesel for your specific situation
• Aftercare and maintenance to make your electric utility vehicle perform at its best

With over 60 years of experience in commercial vehicles and an extensive range of electric models from top brands such as Ford, Mercedes and Volkswagen, we make sure you are confident in your choice. Our local presence in Helmond means personal service and quick support when you need it.

Want to know which electric company car is the perfect fit for your logistics challenges? Contact us for a no-obligation discussion about your options and the benefits of electric driving for your business.

For electric commercial vehicles, you need three main types of charging cables: Type 2 for AC charging at home and at most public charging stations, CCS for fast charging on the road and sometimes CHAdeMO, depending on your vehicle make. Most modern commercial electric vehicles come with a Type 2 cable as standard, but you should check which connectors your specific vehicle has.

What different types of charging cables exist for electric commercial vehicles?

There are three main types of charging cables for electric commercial vehicles: Type 2, CCS and CHAdeMO. Type 2 is the European standard for AC charging and is used at most home and public charging stations. CCS (Combined Charging System) combines Type 2 with additional pins for DC fast charging. CHAdeMO is a Japanese standard mainly used by brands such as Nissan.

Type 2 cables can be recognised by the round connector with seven pins. These cables are suitable for charging capacities of up to 22 kW with a three-phase connection. Most electric utility vehicles from European brands such as Volkswagen, Mercedes-Benz and Ford use this standard.

CCS cables have the same Type 2 connector on top, but with two extra large pins underneath for DC charging. This combination allows for both slow AC charging and fast DC charging with one connection on your vehicle. Modern commercial electric vehicles are usually equipped with CCS.

CHAdeMO cables have a completely different, round connector and are mainly used by Japanese brands. If you have a Nissan e-NV200, you probably use CHAdeMO for fast charging.

How to choose the right charging cable for your electric utility vehicle?

Choosing the right charging cable starts with checking the charging port on your company car. Check your manual or the charging port itself to see which type of connection your vehicle has. Most modern commercial electric vehicles have a CCS port that supports both Type 2 and DC charging.

Pay attention to the maximum charging capacity of your vehicle. If your commercial vehicle can charge a maximum of 11 kW, it makes no sense to buy an expensive 22 kW cable. Also check the cable length: for commercial use, a cable of 5 to 7 metres is often more practical than standard cables of 3 to 4 metres.

For home charging, a Mode 3 Type 2 cable is usually sufficient. For charging on the go, you can often use the fixed cables of fast charging stations, but a proprietary Type 2 cable gives you more flexibility at public AC charging stations.

Always check the cable's IP rating for weather resistance. For commercial outdoor use, at least IP54 is recommended. Choose cables from well-known brands that comply with IEC 62196 standard for safety and reliability.

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

AC charging uses alternating current and is slower but cheaper, while DC charging pumps direct current directly into the battery for fast charging sessions. AC charging is done at home and at most public charging stations with capacities from 3.7 kW to 22 kW. DC charging is found at fast-charging stations with outputs from 50 kW to 350 kW.

In AC charging, the built-in charger in your commercial vehicle converts alternating current to direct current for the battery. This process limits the charging speed to the capacity of this internal charger. A typical commercial electric vehicle charges at 11 kW on AC, which means an empty 50 kWh battery takes about 4.5 hours.

DC charging bypasses the internal charger and delivers direct current directly to the battery. This allows you to charge much faster: a 50 kWh battery can be charged from 20% to 80% in 30 to 60 minutes on a 50 kW fast charger.

For business use, this means using AC charging for daily charging at the workplace or at home, and DC charging for long journeys where you need to recharge on the move. DC charging does cost more than AC charging.

Where is the best place to charge electric commercial vehicles?

The best charging location depends on your operating rhythm and daily mileage. Home charging is usually cheapest and most convenient for company vehicles returning to the same address in the evening. Charging at the workplace works well if your company has a fixed location with parking facilities.

Home charging costs around €0.25 to €0.30 per kWh and your company car is stationary at night anyway. You do need your own parking space and charging point. For companies with a fleet of vehicles, charging stations at the workplace can be fiscally attractive.

Public AC charging stations cost €0.35 to €0.50 per kWh and are useful for planned stops during work visits. They are often slower to charge than is possible at home, so you need more time. Many municipalities have free or cheap charging stations at public buildings.

Fast charging stations along motorways cost €0.50 to €0.80 per kWh, but charge your company car in 30 to 45 minutes to around 80%. This is ideal for long trips, but too expensive for daily use. Plan quick charging sessions around breaks or work visits.

Combine different charging methods: basic charging at home or at work, top-up at public charging stations during work visits and fast charging only for long distances.

How Van den Hurk helps with electric commercial vehicles

We help you make the complete switch to electric commercial vehicles with personal advice on vehicle selection and charging solutions. With more than 60 years of experience in commercial vehicles, we understand the practical challenges of electric driving for businesses and offer solutions that really work.

Our electric mobility support includes:

• Advice on the right electric utility vehicle model for your business needs
• Explaining charging options and what cables and equipment you need
• Flexible leasing options specially tailored to electric commercial vehicles
• Guidance on applying for grants and tax benefits
• Practical tips on range, charging planning and cost control
• Aftercare and support during the changeover period

We take the time to understand your business situation and give honest advice on the possibilities of electric driving. Whether you need a single company car or want to electrify an entire fleet, we think along with you about the best approach.

View our offer electric commercial vehicles or contact us for personal advice. We will be happy to help you make the switch to sustainable business mobility that suits your company.

For the retail sector, its electric commercial vehicles with ample cargo space and a reliable range are the best choice. Compact models like the Renault Kangoo E-Tech are perfect for city deliveries, while larger vehicles like the Mercedes eVito offer more volume for bulkier transports. The choice depends on your delivery area, the type of goods and your daily mileage.

Why are more and more retailers opting for electric commercial vehicles?

Retailers are switching to electric commercial vehicles because of lower operating costs, access to environmental zones and a better corporate image. Electric vehicles have lower maintenance costs due to the lack of complex engine parts and offer quiet deliveries, which are especially appreciated in urban areas.

The financial benefits are significant. Since January 2025, BPM is levied on diesel company cars, making electric alternatives more advantageous. You save on fuel and maintenance costs and benefit from several tax advantages, such as a lower addition rate.

For your corporate image, electric company cars make a positive impression on customers. More and more consumers appreciate sustainable business practices. Moreover, electric vehicles allow you to access environmental zones closed to diesel vehicles, increasing your delivery options.

Which electric commercial vehicles have enough cargo capacity for retail?

For the retail sector, electric commercial vehicles are available with load volumes ranging from 3 to 17 cubic metres. Compact models such as the Citroën ë-Berlingo offer 3.3 m³ of cargo space and are ideal for small parcels and urban deliveries. For larger volumes, you can opt for vehicles like the Ford E-Transit with up to 15.1 m³ of cargo space.

Weight capacity ranges between 600 kg for compact models and 1,700 kg for larger vans. For clothing shops transporting mainly light goods, smaller models suffice. Electronics shops often need more protection and may benefit from vehicles with fixed partitions.

For the food sector, specialised refrigerated trucks are available in electric versions. These maintain their cooling capacity without running the motor, saving energy. When making your choice, pay attention to practical aspects such as the loading sill height and the number of doors for efficient loading and unloading.

How far can you drive an electric company delivery vehicle?

Modern electric commercial vehicles have a range of between 200 and 400 kilometres, depending on the model and battery capacity. For most retailers with local or regional deliveries, this is more than enough. Compact models often achieve 250-300 km, while larger vans usually travel 200-250 km on a single charge.

Actual driving range is affected by several factors. Cold weather can reduce range by 20-30%, while air conditioning or heating also consumes energy. Your driving style makes a lot of difference: accelerating slowly and anticipating traffic helps maximise range.

For your delivery routes, you can easily calculate whether the range is sufficient. Add up your daily kilometres and keep 20% in reserve for unforeseen circumstances. Most retailers drive between 80 and 150 km per day, which is well within the range of electric commercial vehicles.

What is the cost of electric commercial vehicles versus diesel?

Electric commercial vehicles have higher acquisition costs but lower operating costs than diesel vehicles. Over a four-year period, total costs are often similar or even lower for electric models. On average, the payback period is between 2 and 4 years, depending on your annual mileage.

Energy costs per kilometre are significantly lower. Whereas with diesel you pay around €0.15-0.20 per kilometre on fuel, electricity often costs €0.05-0.08 per kilometre. At 20,000 km per year, this saves €2,000-3,000 in fuel costs.

Maintenance costs are lower in electric vehicles 30-50%. There is no oil to change, no exhaust that can rust and the brakes wear less due to regenerative braking. Insurance premiums are often similar, but some insurers offer discounts for electric vehicles.

Don't forget to factor in the tax benefits. Electric company cars have a lower addition rate and you can benefit from various subsidies and tax breaks that further reduce the overall cost.

How we help with electric commercial vehicles

We support retailers in the transition to electric commercial vehicles with personal advice and flexible solutions. With more than 60 years of experience, we understand which vehicles best suit your specific delivery needs and operations.

Our service includes:

• Personal consultation to choose the right electric company car
• Transparent comparison of costs between electric and diesel alternatives
• Flexible leasing options to suit your cash flow and growth plans
• Support in applying for grants and tax benefits
• Aftercare and service for carefree electric driving

With our large stock and strong regional presence, we ensure that you can quickly switch to sustainable business mobility. Contact us for a no-obligation discussion about the possibilities for your retail business.

The battery of your electric company car keep you in good condition by regular checks, proper charging habits and avoiding extreme temperatures. Check the charge level monthly, keep the battery between 20-80% charged and avoid draining it completely. Proper care significantly extends its lifespan and prevents costly repairs. Below, we answer the most important questions on optimal battery care for electric commercial vehicles.

What happens if you neglect your electric utility vehicle's battery?

Neglecting your electric utility vehicle's battery leads to reduced driving distance, shorter lifespan and unexpected failure during operations. You can drive up to 30% fewer kilometres per charge and the battery breaks down years earlier. This means thousands of euros in replacement costs and potentially missed business opportunities.

The consequences of poor maintenance accumulate quickly. Your battery loses capacity when you regularly drain it completely or keep it at 100% all the time. Extreme temperatures without protection further accelerate this process.

Unexpected breakdowns are perhaps the biggest risk. Imagine: you are in the middle of an important delivery and your company car stops starting. That costs not only time and money, but also your reputation with customers. A well-maintained battery gives you the reliability you need for day-to-day operations.

How often should you check the battery of an electric commercial vehicle?

Check the battery of your electric utility vehicle monthly on charge level, temperature and any error messages. Check the charging behaviour weekly and watch daily for warning signals such as sudden capacity loss or slower charging. In winter and summer, the battery deserves extra attention due to temperature fluctuations.

At your monthly check, you look at the maximum charge level. Can your battery still reach 100%? Does charging take longer than usual? These signs indicate possible problems.

Pay particular attention to these warning signs:

• Battery drains faster than usual
• Slower charging for no apparent reason
• Error messages on the dashboard
• Unusual noises during charging
• An extremely high or low battery temperature

In winter and summer, your battery requires extra attention. Cold temporarily reduces performance, while heat can cause permanent damage. Therefore, plan seasonal checks in your maintenance schedule.

What factors affect the life of your commercial vehicle battery?

The battery life of your electric utility vehicle depends on temperature, charging habits, driving style and vehicle load. Extreme cold and heat are its greatest enemies, followed by frequent fast charging and aggressive driving. Heavy loading and unfavourable parking conditions also significantly accelerate wear.

Temperature plays the biggest role. Batteries function best at moderate temperatures between 15 and 25 degrees. Therefore, preferably park indoors or in the shade. In winter, you can preheat the battery while charging.

Your driving style also matters a lot. Constant full throttle and hard braking demands more from the battery than gentle acceleration and anticipatory driving. Make the most of the regenerative braking function: it returns energy and saves the battery.

The load on your commercial vehicle determines how much power you need. A heavily loaded vehicle requires more power, causing the battery to wear out faster. Plan your routes smartly and avoid unnecessary weight.

Parking conditions are often underestimated. Long parking in direct sunlight or freezing temperatures harms the battery. If possible, use a garage or carport, especially during extreme weather conditions.

What are the best charging habits for electric utility vehicle batteries?

Keep your electric utility vehicle's battery between 20-80% loaded for optimum service life. Preferably charge slowly at home or in the office and use fast chargers only when really necessary. Avoid completely draining and keeping the battery constantly at 100%: both extremes damage battery cells and significantly shorten their lifespan.

The 20-80% rule is golden. Below the 20% the battery gets stressed, above the 80% too. For everyday use, this range is more than sufficient. Reserve full charging for long trips.

Slow charging is kinder to your battery than fast charging. At home at a wallbox or a regular wall socket gives the best results. Fast chargers are handy on the road, but use them sparingly: they heat the battery and accelerate wear.

Plan your charging sessions smartly:

• Charge at night when the battery has cooled down
• Stop charging at 80% for daily use
• Preferably charge immediately after a long ride, do not wait too long
• Use timers to prevent overcharging

Avoid these harmful habits: leaving the battery fully charged for days, waiting until it is completely empty or charging in extreme temperatures. These practices can cause your battery to fail years earlier.

How Van den Hurk helps with electric commercial vehicles

We help you with complete support for electric commercial vehicles, from battery maintenance to practical tips for optimal performance. We combine our experience of more than 60 years in commercial vehicles with the latest knowledge on electric mobility, so you can drive electric carefree.

Our support includes:

• Personal advice on the right electric company car for your business
• Explaining optimal charging habits and battery care
• Service and warranty on our electric commercial vehicles
• Practical tips for maximum driving distance and service life
• Flexible leasing options to suit your growth plans

We understand that the switch to electric driving raises questions. That is why we take the time to guide you through battery maintenance, charging options and cost savings. From tax advantages to practical tips, we make sure you are well prepared.

Want to know which electric company car is best for your business? Contact us for personal advice. We will be happy to help you make the switch to sustainable and cost-efficient mobility.

Used electric commercial vehicles offer an affordable way to drive sustainably without the high purchase cost of new vehicles. You can find popular models such as the Volkswagen e-Crafter, Ford E-Transit and Mercedes eVito on the used market. These vehicles combine eco-friendly driving with practical benefits, such as lower operating costs and access to environmental zones.

What used electric commercial vehicles are available?

The used market for electric commercial vehicles is growing rapidly, with various makes and models. You will mainly find vehicles from Volkswagen, Ford, Mercedes-Benz, Renault and Nissan introduced between 2019 and 2022. These first-generation electric commercial vehicles are now becoming available as used options.

The Volkswagen e-Crafter is popular for larger transport needs, with a load volume of up to 10.7 cubic metres. The Ford E-Transit offers several body variants, from closed van to chassis cab. For smaller companies, the Mercedes eVito and Renault Kangoo Z.E. are interesting options, with a range between 200 and 300 kilometres.

Nissan's e-NV200 was one of the first electric commercial vehicles and is therefore well represented on the used market. This compact van suits urban distribution and service operations well. Toyota offers the Proace Electric for companies that value reliability and service security.

What are the advantages of a used electric utility vehicle?

A used electric utility vehicle costs significantly less than a new one, while you still benefit from lower operating costs and eco-friendly driving. The main depreciation has already taken place, giving you better value for money. Moreover, the teething problems of early electric models have largely been solved by now.

The financial benefits are immediately noticeable. Electric driving costs about EUR 3-4 per 100 kilometres, compared to EUR 8-12 for diesel. 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.

Operationally, electric commercial vehicles provide access to environmental zones in city centres where diesel vehicles are restricted. They drive quietly, enabling early deliveries without noise pollution. The direct power generation of electric motors ensures smooth driving, especially during frequent stops and starts.

Since January 2025, BPM tax has applied to new diesel commercial vehicles, making electric alternatives even more attractive. These tax breaks make the total cost of ownership of electric commercial vehicles competitive with traditional fuel vehicles.

What should you look out for when buying a used electric utility vehicle?

Battery condition is the main concern with a used electric utility vehicle. Check residual capacity and ask about charging history. A well-maintained battery retains 80-90% of its original capacity after five years of normal use. Always ask about the battery warranty that may still be valid.

Check the charging options and cables belonging to the vehicle. Make sure you can use both AC charging (home/office) and DC fast charging. Test all charging ports and check that the original charging cables are complete. Replacing charging cables can cost several hundred euros.

Check the maintenance history and note software updates that have been made. Electric commercial vehicles receive regular updates that improve performance and battery management. Check that all recalls have been carried out and that the vehicle has been serviced at an authorised dealer.

Test the vehicle extensively at different speeds and check all electrical systems. Watch for unusual noises, vibrations or error messages on the dashboard. Check the tyres for uneven wear, which may indicate problems with the suspension or alignment.

What financing options are available for used electric commercial vehicles?

For used electric commercial vehicles, you have several financing options. Direct purchase gives ownership and full control, but requires a large upfront investment. Financial lease spreads the cost over several years, with fixed monthly charges and ownership at the end. Operational lease is also available for used vehicles, including maintenance and insurance.

Financial lease is popular because you spread the investment while retaining tax advantages. Monthly charges are deductible as business expenses and you build up ownership. With operational leasing, maintenance, insurance and road tax are often included, providing budget certainty.

Some leasing companies offer special rates for electric vehicles because of their lower maintenance costs and stable residual value. Compare different providers as terms and conditions may differ, especially for used electric commercial vehicles.

Although most subsidies apply to new vehicles, local governments can sometimes provide contributions for electric commercial vehicles. Check with your local council if there are incentive schemes for sustainable business mobility. Some energy suppliers offer discounts on charging stations when purchasing an electric vehicle.

How Van den Hurk helps with electric commercial vehicles

We help you make the switch to electric driving with our expertise in electric commercial vehicles and personal guidance. With more than 60 years of experience in the commercial vehicle industry, we understand that electric driving requires careful consideration. That is why we offer transparent information and practical support for your choice.

Our services for electric commercial vehicles include:

• Extensive stock new and used electric utility vehicles of various brands
• Battery check and technical inspection of all used electric vehicles
• Flexible financing via purchase, financial lease or operational lease
• Custom solutions for specific operating and installation requirements
• Transparent pricing with no hidden costs or surprises

Whether you are looking for a compact electric van for urban distribution or a large electric cargo van for transport, we will help you make the right choice. Contact us for personal advice on used electric commercial vehicles to suit your business and budget.

A double cab van is similar to other modern commercial vehicles in terms of environmental impact, although it has slightly higher fuel consumption due to its extra weight and size. Environmental friendliness depends mainly on the fuel type (diesel, petrol or electric), your driving style and maintenance. Modern models with Euro 6d standard are significantly cleaner than older variants, and electric options are becoming increasingly accessible for business use.

What determines the environmental impact of a double cab van?

The environmental friendliness of a double-cab van is determined by several factors that together determine your CO2 emissions and fuel consumption. The fuel type plays the biggest role: diesel, petrol or electric make a huge difference in your carbon footprint. In addition, engine power, overall weight, aerodynamics and especially your usage pattern influence how much you emit.

The extra weight of a double cabin directly affects consumption. Because of the extra seats and sturdier construction, a double cab typically weighs 200 to 400 kilos more than a standard van. This higher weight requires more energy to move, resulting in an average 0.5 to 1 litre of extra consumption per 100 kilometres, depending on your load and driving style.

Aerodynamics also come into play. A double cab often has a longer wheelbase and a larger frontal area, which means more air resistance. You notice this especially on motorway trips: the higher your speed, the more fuel you consume. The difference with a standard van is limited at 80 km/h, but at 120 km/h it can add up to 15% more consumption.

Your usage pattern is perhaps the most important factor you can influence yourself. Do you mainly drive short trips in the city with lots of stop-and-go traffic? Then you will consume significantly more than on quiet country road trips. Loading also matters: every 100 kilos of extra weight increases your consumption by around 0.3 to 0.5 litres per 100 kilometres.

How does a double cab compare with other commercial vehicles in terms of emissions?

A double-cab van consumes slightly more on average than other commercial vehicles, but the difference is often not so great in practice. A modern double-cab diesel emits about 180 to 220 grams of CO2 per kilometre, while a standard van comes out at 160 to 200 grams. The difference of around 10 to 15% is mainly due to the higher weight and slightly less favourable aerodynamics.

Compared to a small van such as a Peugeot Partner or Volkswagen Caddy, the fuel consumption of a double cabin is significantly higher. These compact models often reach 6 to 7 litres per 100 kilometres, while a double cab is more likely to reach 8 to 9.5 litres. For many entrepreneurs, however, this difference is acceptable, because with a double cabin you combine both passenger transport and material transport.

Bucket trucks are in the same segment as double cabs in terms of emissions. Both vehicle types have similar weight and size, so fuel consumption is also similar. The difference is mainly in functionality: with a double cab, you comfortably transport your team, while a box truck offers more cargo space.

It is important to note that modern models with Euro 6d standard are much cleaner than older variants. A post-2020 double cab emits up to 30% less pollutants than a similar pre-2015 model. Technological advances in engines and exhaust systems have significantly reduced the environmental impact, even in heavier commercial vehicles.

What eco-friendly alternatives are there to a double cab?

Electric double cabs are the most eco-friendly alternative, although supply is still limited. Brands such as Ford (E-Transit with double cab option) and Maxus (e Deliver 9) now offer all-electric variants. The range is between 250 and 350 kilometres, which is sufficient for many daily business activities. The charging network in the Netherlands is well developed, but for longer trips, an electric double cab does require planning.

The advantage of electric driving is not only zero emissions while driving, but also lower operating costs. Electricity is cheaper than diesel, and maintenance is more minimal as there are fewer moving parts. For entrepreneurs who mainly operate regionally and have access to a charging point, an electric double cab is a serious option.

Hybrid models are an intermediate step, but are still hardly available for double cabs. With hybrid technology, most manufacturers focus on passenger cars and smaller vans. For those looking for a more fuel-efficient option now, modern diesel engines with Euro 6d standard are often the most practical choice.

This latest generation of diesel engines combines relatively low consumption (7.5 to 9 litres per 100 km) with clean exhaust emissions. AdBlue systems and particulate filters ensure minimal emissions of nitrogen oxides and particulates. For operators driving long distances or transporting heavy loads, a modern diesel remains the most practical and affordable alternative for the time being.

How to make your double cab van more fuel-efficient to run?

Your driving style has the biggest impact on your fuel consumption. Smooth acceleration and anticipatory driving can reduce your consumption by 10 to 20% without slowing down. Avoid hard acceleration and brake as little as possible by looking ahead and releasing the throttle early. Use the engine to slow down instead of constantly hitting the brakes.

Check your tyre pressure regularly. Underinflation increases rolling resistance and can increase your consumption by 3 to 5%. Check the pressure at least once a month and stick to the recommended values for your load. Properly inflated tyres also extend their life and improve your driving safety.

Remove unnecessary cargo from your van. Every kilo of extra weight costs fuel, so regularly clear your cargo space. Tools or materials that you do not need every day are better stored on your premises. Roof racks and roof bars also increase air resistance: remove them when not in use.

Regular maintenance keeps your engine economical. Change air filters on time, use the right engine oil and have your engine checked periodically. A well-maintained engine will run more efficiently and consume less. Plan your routes smartly to avoid unnecessary kilometres, and use cruise control on quiet roads to maintain a constant speed.

How Van Den Hurk helps with sustainable commercial vehicles

We understand that sustainability is becoming increasingly important for business owners, without you wanting to sacrifice functionality. In our extensive range of 400 commercial vehicles, you will find modern, fuel-efficient double cabs that perfectly suit your business needs and sustainability goals.

Our range of eco-friendly double cabins includes:

• Modern models with Euro 6d standard for minimum emissions
• Fuel-efficient diesel engines consuming 7.5 to 9 litres per 100 km
• Electric options for those who want to drive completely emission-free
• Well-maintained used models with current environmental standards

Our advisers will gladly think with you about the most sustainable choice for your specific situation. We look at your daily mileage, charging pattern and budget to find the most suitable vehicle. Whether you opt for purchase or financial lease, we provide transparent pricing and personal assistance.

Are you missing the perfect durable double cab in our current range? Then use our stock alert service. You will be automatically notified as soon as a van that meets your needs becomes available. Check out our current offer at www.vdhurk.nl or contact us for personal advice on the most eco-friendly option for your business.