Economic feasibility analysis: The payback calculation for your e-van fleet
Rising diesel prices and impending driving bans are affecting your balance sheet. A detailed amortization calculation shows how electrifying your van fleet not only protects the environment but also significantly reduces your total operating costs (TCO).
The topic briefly and concisely
A depreciation calculation must be based on the total operating costs (TCO), which are up to 33% lower for electric transporters than for diesel vehicles.
State subsidies covered up to 80% of the additional costs until 2024; vehicle tax exemption and GHG quota continue to shorten the payback period.
Retrofitting existing panel vans (D2E) protects investments in expensive special structures and is often more economical than purchasing a new one.
For fleet operators in Germany, the decision to electrify is increasingly becoming a strategic necessity. In light of CO2 targets and rising operating costs for diesel vehicles, the transition is not a question of "if," but of "how." The key to an economically sound decision lies in a precise amortization calculation for the electrification of your panel van fleet. This analysis goes far beyond the purchase price alone and highlights the total cost of ownership (TCO). It is the decisive tool for setting the course for a future-proof and profitable fleet. HEERO supports you as a partner in creating this complex calculation for your specific requirements.
The TCO as the foundation of your amortization calculation
A valid amortization calculation is not based on the purchase price, but on the total cost of ownership (TCO). Studies show that the TCO for electric vans is already up to 33% lower than that of diesel models. In Germany, the costs for light electric vans average 10 cents per kilometer, compared to 15 cents for a diesel. The analysis of all costs over the entire holding period of typically five years is crucial for a correct evaluation. Many companies overlook that the higher acquisition costs are often offset by lower operating costs within 4 to 6 years. A comprehensive TCO analysis of your fleet is therefore the first step. This analysis shows how variable and fixed cost items shift and accelerate amortization.
Variable costs: Energy costs and maintenance in direct comparison
The greatest savings with e-transporters result from lower energy and maintenance costs. Annual energy costs can drop from an average of €12,400 for diesel to €3,700 for electricity. In addition, the maintenance effort for electric motors is significantly lower, as many wear parts of an internal combustion engine are eliminated. Maintenance costs can thus be reduced by up to 50%. The following typical maintenance work is completely eliminated with an electric vehicle:
Oil and oil filter changes
Replacement of the exhaust system
Clutch maintenance and replacement
Replacement of spark plugs or glow plugs
Maintenance of the fuel system (injectors, pumps)
This reduction in workshop visits increases vehicle availability by several days per year. The reduction in operating costs is therefore a direct and quickly noticeable advantage of electrification. The next section highlights how fixed costs and subsidies further reinforce this effect.
Fixed costs and funding: Accelerators of amortization
Government incentives significantly shorten the payback period for electric commercial vehicles. In Germany, pure electric vehicles are exempt from vehicle tax for 10 years. In addition, companies benefited from funding programs such as the "Directive on the Promotion of Light and Heavy Commercial Vehicles" (KsNI), which could cover up to 80% of the additional investment costs; this program ran until 2024. The GHG quota offers an additional annual source of income of several hundred euros per vehicle. These factors significantly influence the ROI calculation for your fleet. The combination of these advantages makes the investment predictable and economically attractive. However, buying new is not always the best option, as the next point shows.
The value of existing vehicles: Retrofitting as an economic lever
For fleets with expensive special bodies, as is common in municipalities or trade businesses, retrofitting is often the most economical solution. A Sprinter with a special body can cost over 200,000 euros; a value that would be lost when buying new. Our patented D2E conversion (Diesel-to-Electric) preserves this capital value and only replaces the drivetrain. This is a clear commitment to the circular economy and conserves valuable resources. The cost of a conversion is often significantly lower than the difference between a new diesel and a new electric vehicle with a comparable body. The decision between converting or buying new depends heavily on the condition and value of your existing fleet. Converting not only protects your investment, but also secures the long-term value of the vehicle.
Residual value forecast: The long-term perspective ensures the value
The residual values of diesel vans are under pressure due to increasing regulations and driving bans. In contrast, stable demand is expected for used electric vans. When assessing the value, the value of the battery, which can account for up to 60% of the vehicle costs, must be considered separately. Even after 8 to 10 years of vehicle use, the battery often still has significant value for second-life applications. A truck can still have a residual value of 25 to 50 percent after this period, while the battery starts a second life. This long-term value stability is a crucial factor in the amortization calculation. The decision to use the existing fleet is therefore also an investment in the future. In the end, the analysis of all these factors leads to a clear strategic decision.
Conclusion: Your individual amortization calculation as a strategic tool
The electrification of your panel van fleet is a far-reaching entrepreneurial decision. A flat-rate calculation does not do justice to the individual requirements of your business – from daily mileage to the type of load. A detailed amortization calculation that takes into account TCO, subsidies, residual values, and the option of conversion is the foundation for your success. It enables you to determine the optimal timing and the most economical method for the transition. HEERO is your innovative partner, accompanying you on this path with a tailored analysis and field-tested solutions. Request your personal consultation now or book an everyday test at no cost and shape the future of your fleet profitably and sustainably.
More useful links
The Öko-Institut offers a detailed publication on the economic viability of electromobility in commercial applications.
You can also find the comprehensive overall report on the economic viability of electromobility at the Öko-Institut.
A relevant publication by the Wuppertal Institut sheds light on further aspects of electromobility.
The Bundesamt für Logistik und Mobilität (BALM) provides information on the Climate Protection and Sustainability in Transport (KSNI) funding program.
The KfW-Bankengruppe provides information on funding for electromobility for companies.
Current statistics on the stock of trucks with alternative drivetrains in Germany are available at Statista.
The Kraftfahrt-Bundesamt (KBA) offers official data on new vehicle registrations.
