What is the TCO (Total Cost of Ownership) of an electric cargo bike compared to a van?

The Total Cost of Ownership (TCO) of an electric cargo bike is on average 60-70% lower than that of a van. For an electric cargo bike, the purchase cost is typically between €4,000 and €9,000, while vans often start from €20,000. In addition to significantly lower purchase and depreciation costs, businesses benefit from substantially lower operating costs: no fuel costs, lower insurance premiums, minimal maintenance costs and no parking fees. In addition, electric cargo bikes are eligible for various tax breaks and subsidies that further reduce the initial investment.

1. What do we mean by TCO in commercial vehicles?
2. What are the purchase costs and depreciation for an electric cargo bike versus a van?
3. What tax advantages does an electric cargo bike offer businesses?
4. How do operating costs differ between a cargo bike and van?
5. What subsidy opportunities are available for companies switching to electric cargo bikes?
6. How do you calculate the ROI and payback of an electric cargo bike for your business?

Total Cost of Ownership (TCO) is a financial model that identifies all costs associated with the purchase and use of a commercial vehicle throughout its life cycle. This goes far beyond just the purchase price.

"At the CargoX I often see TCO savings of 70-80% over vans," Laurens says. "Operational costs in particular are dramatically lower."

In a full TCO analysis, we include two main categories of costs:

Direct costs: purchase price, depreciation, fuel/energy, insurance, road tax, maintenance, repairs, tires, financing costs and residual value.

Indirect costs: administrative costs, time spent managing, parking costs, fines, lost productivity due to downtime, and possible driver training costs.

The big difference between an electric cargo bike and a van is not just in the initial investment, but rather in the total cost over the entire period of use. In a proper TCO comparison, we look at a 3-5 year period, including and comparing all costs.

For companies that regularly operate in urban areas, it is essential to consider the practical benefits, such as accessibility in city centers and independence from traffic congestion, in addition to the financial aspects.

Want to know more about business cargo bikes? Then read our blog "The ultimate guide to the best business cargo bike in 2025“

An electric cargo bike costs between €4,000 and €9,000, while a van quickly costs €20,000 to €40,000. This price difference has a big impact on business accounting and cash flow.

"The CargoX has a much better depreciation curve than a van," Laurens explains. "Because of the belt drive holds its value longer."

Depreciation also proceeds very differently:

Electric cargo bike: Average depreciation period of 3-5 years, with an annual depreciation of 15-20% of the purchase value. After 5 years, a quality cargo bike often has a residual value of 30-40%.

Van: Depreciation period of 5-8 years, with heavier depreciation in the first few years (25-30% in year 1). After 5 years, the residual value is often down to 30% or less of the original purchase price.

For business accounting, this means that a cargo bike can be depreciated faster, which offers tax advantages. In addition, the initial investment amount is much lower, which protects cash flow - especially important for small business owners and startups.

An investment in a belt-driven electric cargo bike also offers a longer life with less loss of value through wear and tear than traditional chain models. The robust construction ensures a better resale value upon resale, further lowering the total cost of ownership.

Want to know more about costs? Then read our blog "What does a good fatbike cost?“

Companies that invest in electric cargo bikes can benefit from various tax breaks that significantly reduce the net investment.

"With the CargoX you take full advantage of all tax schemes," says Laurens. "The MIA and KIA together can already cover 50% of the investment."

The main tax schemes are:

Small Scale Investment Allowance (KIA): For investments between €2,400 and €328,721, you get an additional deduction of 28% of the investment amount. For a €5,000 cargo bike, this means an additional deduction of €1,400.

Environmental Investment Allowance (MIA): Electric cargo bikes are on the Environmental List, allowing you to deduct an additional 36% of the investment amount from profits. For an investment of €5,000, that's an additional €1,800 deduction.

Random depreciation of environmental investments (VAMIL): Allows you to write off 75% of the investment at your convenience, providing liquidity and interest benefits.

VAT deduction: As a business owner, you can fully reclaim the VAT on the purchase and maintenance.

Similar schemes apply to a van, but with stricter conditions. Electric vans are eligible for MIA and VAMIL, but traditional diesel vans are not. Moreover, with a van, the absolute amounts are much higher, which raises the tax threshold.

Making smart use of these schemes can lower the actual investment in an electric cargo bike by 40-50%, drastically reducing the payback period.

Want to know more about business applications? Then read our blog: "What is the difference between a regular electric bike and an electric fatbike for business use?“

The daily operating cost of an electric cargo bike is significantly lower than that of a van, which is a crucial part of the TCO calculation.

"The operating costs of the CargoX are almost zero," notes Laurens. "Especially the belt drive saves tremendously in maintenance costs."

Belt-driven cargo bikes have an additional advantage: they require significantly less maintenance than models with a traditional chain. A belt lasts on average 20,000-30,000 kilometers without replacement, while a chain requires maintenance every 2,000-3,000 kilometers.

For urban delivery, there is another hidden cost factor: efficiency. A cargo bike can often navigate busy cities faster, park right outside the door and is not affected by environmental zones or traffic congestion. This translates into more deliveries per hour and therefore lower personnel costs per delivery.

All these factors combine to make the annual operating cost of an electric cargo bike about €250-500, compared to €5,000-8,000 for a van. Over a 5-year period, this saves €23,750 to €37,500 in operating costs.

Want to know more about maintenance? Then read our blog "How do I maintain my electric fatbike?“

In addition to tax breaks, there are several subsidy schemes available for companies investing in sustainable mobility solutions such as electric cargo bikes.

"For the CargoX, there are often excellent subsidy opportunities," says Laurens. "Especially in Amsterdam and Rotterdam, that can make a big difference."

The main national and local grant opportunities are:

DKTI-Transport grant (Demonstration Climate Technologies and Innovations in Transport): For innovative projects that reduce CO2 emissions in transportation.

Municipal purchase subsidies: Many municipalities offer specific subsidies for electric cargo bikes as part of their sustainability policies. For example, Amsterdam offers up to €2,000 in subsidies for electric cargo bikes for entrepreneurs.

Regional incentive schemes: Provinces and regional associations often have their own grant pots for sustainable mobility.

European funds: For larger companies, European grants are available for projects that contribute to emission reduction.

Grant amounts vary widely by scheme and region, but can be as much as 30-50% of the purchase value. It pays to research the specific schemes in your municipality and region before making an investment.

Application procedures vary by scheme, but usually require a formal application prior to purchase. Some schemes have limited budgets, so don't wait too long to submit your application.

By making smart use of both tax breaks and subsidies, the net investment in an electric cargo bike can sometimes drop to as little as 30-40% of the original purchase price.

Want to know more about regulations? Then read our blog "What are the new rules for fatbikes in 2024-2026?“

Calculating the Return on Investment (ROI) for an electric cargo bike is essential to making an informed decision. Follow these steps to determine the payback period:

"For intensive business use of the CargoX, I see payback periods of 6-12 months," says Laurens. "The savings are really spectacular."

1. Calculate net investment: Purchase price - subsidies - tax benefits
2. Determine annual cost savings: Difference in operating costs + productivity gains + any avoided costs
3. Calculate payback period: Net investment ÷ Annual cost savings = Number of years to break even

Example: For a €6,000 electric cargo bike:

• Net investment after subsidy (€2,000) and tax benefits (€2,500) = €1,500
• Annual cost savings compared to van = €5,500
• Payback period = €1,500 ÷ €5,500 = 0.27 years (about 3-4 months)

For different business situations, the payback period varies, but is usually between 3 months and 2 years, depending on usage patterns and available subsidies. This is considerably shorter than the payback period for an electric van (often 4-7 years).

In addition to the financial ROI, there is also a sustainability benefit to be calculated. An electric cargo bike avoids about 2-4 tons of CO2 emissions annually compared to a diesel delivery truck, which is increasingly an important consideration for companies with sustainability goals.

So for city delivery and short trips in urban areas, an electric cargo bike offers not only quick financial ROI, but also significant environmental benefits and practical advantages such as accessibility and flexibility.

If you are looking for a sustainable transportation solution that is also financially beneficial, a belt-driven electric cargo bike is a smart investment that usually pays for itself within a year. We see more and more business owners making this switch and taking advantage of the lower TCO and practical benefits a cargo bike offers in the increasingly busy city traffic.

Want to know more about outreach? Then read our blog "How far can I drive with a full battery?“