80% subsidy for electric passenger transporters until 2024: Convert your fleet and optimize TCO
80% subsidy for electric passenger transporters until 2024: Convert your fleet and optimize TCO
Around 3,500 companies received funding for electric commercial vehicles while the federal programs were running – when will you electrify your fleet? In view of rising diesel prices and stricter climate regulations, switching to an electric passenger transporter is not only an emission-related decision, but above all an economic one.
The topic briefly and concisely
Until 2024, companies and municipalities could apply for funding of up to 80% of the additional costs for purchasing or converting electric passenger transport vehicles.
The retrofitting of an existing diesel vehicle (DTE) conserves resources and reduces the total operating costs (TCO) compared to purchasing a new one.
The Clean Vehicles Directive (CVD) already prescribes binding quotas for clean vehicles, which will continue to increase by 2026.
The electrification of your vehicle fleet is a strategic necessity, driven by rising operating costs, complex bureaucracy, and clear climate targets such as the Clean Vehicles Directive (CVD). However, many companies and municipalities hesitate due to the supposedly high initial investment and the bureaucratic effort. A sober look at the funding landscape is therefore essential: The federal KsNI funding covered up to 80% of the additional costs for purchase or conversion until 2024; since August 2024, no new funding calls are planned. This article serves as a pragmatic guide to clearly understand the steps toward electrification, evaluate economic efficiency using Total Cost of Ownership (TCO), and realistically assess the available funding. We show you how to successfully master the transition to an electric passenger transporter.
Your Instant Strategy: The Key Facts about Electrification
For years, the switch to an electric passenger transporter was supported by massive subsidies. The Federal Ministry for Digital and Transport (BMDV) accompanied the transformation with substantial grants, but this phase has ended. The funding period with the highest rates expired by 2024, and no new calls for funding are planned. For your planning, this means: Today, economic viability must be sustainable without subsidies – and increasingly, it is.
Here are the decisive key points for your planning:
Up to 80% subsidy (until 2024): The KsNI funding covered up to 80% of the additional costs when purchasing a new electric vehicle or for a conversion.
Charging infrastructure: The necessary charging infrastructure was also eligible for funding under the same program.
Program expired: Projects that have already been approved will be fully funded; we will clarify which programs are currently open on a case-by-case basis.
Up to 400 km range: Modern vehicles like the HEERO Tourer for nine people offer a practical range of up to 400 kilometers with a 110 kWh battery.
These framework conditions create a solid basis for the switch, which is not only sensible in terms of emissions but, above all, economically.
From cost pressure to solution: A 4-point plan for your fleet
High diesel prices, looming access restrictions, and the bureaucratic effort required to implement climate targets put a strain on your operational business. The transition to electric passenger vans often appears as another complex hurdle. However, with a structured approach, you can transform this challenge into a strategic advantage. A clear plan reduces complexity and secures the economic success of the transition.
Follow this four-point checklist for a pragmatic implementation:
Analyze requirements precisely: Record the daily driving profiles and mileages of your fleet. This determines the required range and battery capacity, such as those offered by the minibus for passenger transport.
Objectively review funding: Check the conditions of the federal funding guidelines. The KsNI funding for commercial vehicles ran until 2024, and the 2026 bus funding call ended on July 21, 2026. Professional advice can be crucial here.
Calculate cost-effectiveness transparently: Conduct a Total Cost of Ownership (TCO) analysis. Take into account not only the acquisition costs but also the savings in energy, maintenance, taxes, and tolls.
Plan implementation strategically: Decide between a new vehicle and a DTE conversion. Parallelly plan the installation of the charging infrastructure, which was subsidized at 40% in the 2026 bus funding call.
With this approach, you create a sound basis for decision-making and set the course for a future-proof fleet.
Targeted classification of funding programs: What the 80% subsidy covered until 2024
The funding landscape in Germany has noticeably reduced the investment costs for electrification over the years. According to the BMDV funding directive KsNI, up to 80% of the additional investment costs for electric vehicles compared to a diesel model were covered until 2024. This applied to both the purchase of a new vehicle and the sustainable conversion of a diesel minibus. The funding rate of up to 80% applied equally to new vehicles and conversions.
The funding was not limited to the vehicle. The non-public charging infrastructure required for operation was also part of the directive and was subsidized. This includes the wallbox for your new electric minibus as well as rapid charging stations for a larger fleet. What is decisive today is the status of the program: The KsNI funding ran until 2024, and no new calls for funding are planned. Already approved projects will be fully funded; we clarify which programs are currently open on a case-by-case basis. Some of the funds came from the German Recovery and Resilience Plan (DARP), which underlines the strategic importance of this measure. Proper preparation and a complete application are the keys to success.
TCO Analysis: Why Retrofitting Often Outperforms Buying New
The pure acquisition costs are only part of the truth. A sound decision is based on the Total Cost of Ownership (TCO), the total operating costs over the entire service life of a vehicle. In addition to the purchase price, this analysis also takes into account running costs such as energy, maintenance, insurance, taxes and the potential resale value. Electric motors have up to 90% fewer moving parts than an internal combustion engine, which significantly reduces maintenance costs.
This is where the DTE conversion comes into play. Instead of replacing a proven vehicle with an expensive specialized body, only the drivetrain is replaced. This circular economy approach not only conserves resources, but also significantly reduces TCO. Converting a used car into an electric car can save more than 75% of the production energy compared to a new vehicle. A converted HEERO DTE Sprinter, for example, achieves a range of up to 425 kilometers, making it an economically and emission-wise superior alternative. Find the right conversion solutions for you now and reduce your operating costs.
Meet legal requirements: The Clean Vehicles Directive as an opportunity
The Clean Vehicles Directive (CVD), implemented in Germany by the Clean Vehicles Procurement Act (SaubFahrzeugBeschG), obliges public contracting authorities to comply with minimum quotas for low-emission vehicles. Until the end of 2025, for example, 45% of newly procured buses must be classified as "clean," with half of them having to be completely emission-free. From 2026, these quotas will increase further to 65%.
These statutory requirements create a clear pressure to act, but also planning security for fleet operators. Instead of seeing these regulations as a burden, you can use them as an opportunity to gain a competitive advantage by transitioning your fleet to electric commercial vehicles at an early stage. Investing in a HEERO electric bus or a flexible HEERO electric Tourer not only ensures compliance with the CVD, but also positions your company or municipality as a pioneer in sustainability. Compliance with the quotas is not a remote constraint, but a requirement for procurement that is already relevant today.
Practicality in focus: range and charging capacity for every application
The concern about insufficient range is a thing of the past. Modern electric passenger transport vehicles are designed for demanding daily operations and offer reliable performance. The HEERO vehicle range covers various requirements with precise and field-proven key performance indicators. All models are equipped with a DC fast-charging function, which minimizes downtime and maximizes operational readiness.
Here is an overview of the performance classes:
HEERO Tourer (9-passenger minibus): With a 110 kWh battery (96 kWh net), it achieves a range of up to 400 km and charges at up to 135 kW.
HEERO low-entry rear bus: It uses the same 110 kWh battery for a range of up to 300 km and also charges at up to 135 kW.
HEERO low-entry center bus: For particularly demanding routes, this model features a 137 kWh battery (115 kWh net), achieves up to 300 km, and charges at up to 165 kW.
These performance data, combined with the capability to charge fully overnight, ensure that your elektrischer Sprinter or bus is fully operational every morning. The technology is mature and ready for your daily workday.
More useful links
The Federal Office for Logistics and Mobility (BALM) provides detailed information on the Climate Protection and Sustainability in Transport (KSNI) funding program.
The German Bundestag provides a brief update on current funding in the field of electromobility.
e-mobil BW provides information on specific funding for electric trucks and the corresponding charging infrastructure in Baden-Württemberg.
The Funding Database of the Federal Ministry for Economic Affairs and Climate Action (BMWK) provides detailed insights into the "Electric Commercial Vehicle Applications and Infrastructures" funding program.
Bayern Innovativ explains funding programs for setting up company-owned charging infrastructures for electric trucks, specifically for the Bavarian region.
The Federal Environment Agency (UBA) provides comprehensive information on the topic of electromobility.
