Electric Transporter Interview: What you need to know about the 80% subsidy until 2024
Up to 425 km range after an upgrade – without the costs of a new vehicle. The KsNI funding round for e-vans and charging infrastructure ran until 2024; no new calls for funding are planned. Learn in this van electric interview how to set the course for an economical and sustainable fleet.
The topic briefly and concisely
The federal government's 80% KsNI subsidy for e-transporters and DTE conversions ran until 2024; no new calls for funding are planned.
A Diesel-to-Electric conversion (DTE) safeguards investments in costly specialised equipment and is a sustainable alternative to purchasing new.
The Total Cost of Ownership (TCO) of electric vans is often lower than that of diesel vehicles due to lower energy and maintenance costs as well as the subsidies available until 2024.
Rising diesel prices, strict climate requirements from the Clean Vehicles Directive and bureaucratic hurdles are putting pressure on fleet managers. The transition to electromobility is no longer an option, but a business necessity. This electric van interview shows you a clear path on how to master the transformation pragmatically. We explain the advantages of the conversion, the importance of the Total Cost of Ownership (TCO) and how to classify the state KsNI subsidy of up to 80% for vehicles and charging infrastructure, which ran until 2024. Check now how to position your fleet to be future-proof and cost-efficient.
Funding deadline until 2024: What 80% funding meant for your e-transporters
The electrification of your van fleet remains a central topic. The Federal Ministry for Digital and Transport (BMDV) supported the transition with grants under the KsNI guideline; this funding ran until 2024 and has been discontinued since August 2024. For fleet operators, it remains crucial to set the course for a locally emission-free future and to reduce significant investment costs. The funding was a key component in achieving the ambitious goals of the EU-wide Clean Vehicles Directive.
Here are the most important facts about the past funding round:
80% grant: Up to 80% of the additional investment expenses for purchasing a new e-van or a conversion were reimbursed.
Charging infrastructure: The installation of the necessary charging infrastructure on your company premises was also considered and eligible for funding under the KsNI guideline.
Deadline: Applications had to be submitted in full to the Federal Office for Logistics and Mobility (BALM); new calls are not planned.
These regulations offered the opportunity to significantly reduce the total cost of ownership (TCO) of your fleet. The pressure from rising CO₂ prices and impending inner-city driving bans makes the transition inevitable. State support facilitated the transition and made it economically feasible, as our electric van expert interview shows.
Your 4-point plan for the pragmatic electrification of your fleet
The path to a subsidized e-fleet requires a structured approach since the federal KsNI funding expired in 2024. With a clear plan, you avoid bureaucratic pitfalls and ensure that your solution is tailored precisely to your operational requirements. Careful preparation is the key to success.
Follow this checklist in four steps:
Conduct a needs analysis: Analyze the daily driving profiles of your vehicles. Record average mileages, idle times, and payloads to precisely determine the required battery size and range. A HEERO e-transporter, for example, achieves up to 500 km.
Funding check: Have your funding eligibility checked free of charge. Experts will classify for you what the KsNI funding rate of up to 80% covered until 2024 and which programs are eligible today.
Define the vehicle solution: Decide between a new vehicle and conversion. Particularly in the case of expensive special bodies, an efficient conversion solution protects your existing investments and is often the more sustainable choice.
Plan the charging infrastructure: Design the charging infrastructure at your depot. Take into account the number of vehicles and idle times in order to optimally design the charging capacity (e.g., up to 165 kW DC) and to check the funding situation for the infrastructure.
This pragmatic approach ensures that you not only know the funding situation but also implement a technically and economically optimal solution. The precise analysis of your operating costs is the next logical step.
TCO Analysis: Why E-Vans are surpassing diesel fleets
A simple consideration of the acquisition costs is misleading. The Total Cost of Ownership (TCO), i.e., the total operating costs over the entire service life of a vehicle, is decisive for a sound business decision. Studies prove that e-transporters are already often cheaper here than comparable diesel models, even without subsidies. The KsNI funding of up to 80%, which ran until 2024, made the difference even clearer.
The TCO calculation for an e-transporter includes several financial advantages:
Lower energy costs: The costs per 100 kilometers for electricity are significantly lower than those for diesel, often less than half.
Reduced maintenance costs: An electric motor has fewer wear parts. Oil changes, exhaust system maintenance, and clutch repairs are completely eliminated, which reduces workshop costs by up to 50%.
Tax advantages: Electric vehicles are exempt from vehicle tax for ten years.
High funding rates: The KsNI subsidy of up to 80% on the additional investment costs significantly reduced acquisition costs until 2024.
A converted HEERO DTE Sprinter with a range of 425 km can be several thousand euros cheaper than a diesel counterpart over a holding period of five years. Request an individual, personal TCO analysis to determine your exact savings potential. This analysis forms the basis for deciding which technological solution is best suited for you.
Conversion Instead of New Purchase: Circular Economy as a Competitive Advantage
Why replace a proven vehicle with an expensive specialized body when only the drivetrain is outdated? The diesel-to-electric conversion is the circular economy's answer to this question. Instead of consuming resources for a completely new vehicle, the existing Mercedes-Benz Sprinter is preserved and equipped with a modern electric drive. This approach not only saves a significant share of CO₂ emissions compared to new production, but also protects your budget considerably.
The conversion offers tangible benefits for municipalities, craft businesses, and logistics companies:
Investment protection: Existing bodies such as refrigerated boxes, workshop fittings, or tail lifts are fully preserved and usable.
Sustainability: Continuing to use the chassis reduces the demand for primary raw materials like steel and aluminum and strengthens the sustainable commercial vehicle strategy.
Performance without compromise: A converted Sprinter offers a range of up to 425 km with a 110 kWh battery (96 kWh net) and can fast charge with up to 135 kW.
Full eligibility for subsidies: Until 2024, the conversion was subsidized exactly like a new vehicle with 80% of the additional costs.
The decision to convert is a clear commitment to resource conservation and economic rationality. It proves that sustainability and economic efficiency go hand in hand, which is also reflected in the performance data of the available vehicles.
Performance in practice: Up to 500 km range and 165 kW charging capacity
The practicality of electric commercial vehicles is defined by range and charging capacity. Today, modern electric vans already cover the vast majority of daily driving profiles. The HEERO vehicle range is specifically designed to meet the requirements of B2B and B2G customers and offers the right configuration for every application. The specified range is based on real data and not on embellished values.
A look at the current key figures demonstrates the performance capability:
HEERO eTransporter: With a range of up to 500 km, it is ideal for regional distribution transport.
HEERO ePritschenwagen (EK & DoKa): A range of up to 400 km offers flexibility for trades and municipalities.
HEERO Tourer (minibus 9 Pax): With a range of up to 400 km, it is perfectly suited for shuttle services.
HEERO Mittelniederflur-Bus: Achieves up to 300 km and, thanks to a 137 kWh battery (115 kWh net), charges to 80% in under 45 minutes with up to 165 kW DC.
All van models use a powerful 110 kWh battery (96 kWh net) and support DC fast charging with up to 135 kW. This means the vehicles are ready for use again after a short lunch break. This technological maturity remains, while the funding landscape has changed: The most recent call for the e-bus funding ended on July 21, 2026. We can clarify which programs are currently open on a case-by-case basis.
Your subsidy analysis: Classify your options in 3 steps
Start your funding analysis: Answer three questions and receive your subsidy roadmap with the current status of the funding programs.
free · without obligation · factual
More useful links
The Bundesministerium für Digitales und Verkehr offers a press release regarding a funding call for buses.
The Bundesamt für Logistik und Mobilität provides detailed information on the Climate Protection and Mobility (KSNI) funding program.
The Kraftfahrt-Bundesamt publishes statistics on vehicles.
The KfW provides information on the promotion of electromobility for companies.
The KfW offers information on funding for charging infrastructure.
