Why Electric Vans and Commercial Vehicles Are the Future of Logistics

The transition to electric mobility is fully underway – also in the transport and logistics sector. More and more companies are switching to electric commercial vehicles to reduce CO₂ emissions, lower operating costs, and meet sustainability targets.

For fleet operators, logistics providers, delivery services and craftsmen, electric vans and electric delivery vehicles are becoming increasingly attractive. But which model is right for your needs?

In our up-to-date electric van comparison 2025, we present the leading models and explain what to consider when making your choice.

Key factors when choosing the right electric van

Range & daily mileage

• How many kilometers (or miles) do you drive per day? For city deliveries, a range of 150–300 km (90–190 miles) is usually sufficient. For regional and long-distance routes, 400 km (250 miles) or more may be necessary.
• How often will you need to charge? If your routes include long distances, make sure the van supports DC fast charging.
• How heavy are your typical loads? Payload directly affects driving range. Calculate how many trips you need to make per day and how much weight you are transporting on average.

Area of operation

Whether operating in urban areas or rural regions, your environment influences the requirements:

• In cities: compact, agile vans are ideal for tight streets and parking.
• In rural or regional areas: longer range and durable construction are more important.
• Also check the availability of charging infrastructure in your area.

Cargo space & payload

How much cargo space do you need? Whether you're transporting light packages or heavy goods — electric vans are available in various sizes and payload capacities. Make sure the chosen model fits both your cargo volume and weight requirements.

Charging speed & charging infrastructure

• Charging speed matters: if you regularly drive long distances, look for models with DC fast charging capability.
• For daily overnight charging, AC charging is often sufficient.
• Analyze available public charging stations or plan for your own on-site charging infrastructure to optimize operations.

Maintenance & operating costs

• Electric vans generally have lower maintenance costs compared to combustion engines due to fewer moving parts.
• Ensure the manufacturer offers reliable service and workshop networks in your area.

Government incentives & subsidies

• Many countries offer financial incentives, grants, and subsidies for electric commercial vehicles.
• These programs can significantly reduce acquisition costs and make the transition to electric more affordable.

Electric Van Comparison 2025

Choosing the right electric van depends on your individual mobility needs, area of operation, cargo space, and available charging infrastructure. With proper planning, you can select a vehicle that makes sense both economically and environmentally.

Here is a detailed overview of the leading electric vans and delivery vehicles in 2025:

Mercedes eVito

With its load capacity of up to 6,600 liters, the Mercedes eVito electric van is a specialist in accommodating cargo and is therefore of particular interest to suppliers.

• Range: With the 60 kWh battery, up to 314 km can be covered without interruption.
• Power: 85 kW (116 hp)
• Charging time: The eVito can be charged to 100 percent in under 6 hours 30 minutes with AC charging at up to 11 kW. With DC charging of up to 80 kW, the battery can be charged to 80 percent in about 35 minutes.
• Payload: up to 1,073 kg

Mercedes eSprinter

The Mercedes eSprinter comes with two motor variants, two lengths, and three battery options: 56, 81, or 113 kilowatt-hours.

• Range: With the 113 kWh battery, up to 440 km can be covered without interruption. With the 56 kWh battery, the range is only 220 kilometers, while with the 81 kWh battery, it's up to 310 kilometers.
• Power: 100 kW (136 hp) or 150 kW (204 hp).
• Charging time: The eSprinter with the small battery requires up to 5:30 hours for AC charging, the medium battery with 81 kWh requires an additional 2:30 hours from 0 to 100 percent, while the large 113 kWh battery takes about eleven hours to fully charge. With the DC charging power of 115 kW, the 56 kWh capacity battery can be charged from 20 to 80 percent in about 28 minutes, while the 113 kWh battery takes around 42 minutes. For the medium 81 kWh battery, it takes 67 (at 50 kW) or 32 minutes to receive the full 115 kW from the charging station. With the large battery, expect 93 minutes at 50 kW charging power and at least 42 minutes at full charging power to charge the battery from 20 to 80 percent SoC.
• Payload: 1,150 to 1,725 kg (depending on the battery)

Volkswagen e-Crafter

The Volkswagen e-Crafter is specifically designed for urban delivery operations. With a range of up to 115 km (71 miles), it targets businesses that require shorter driving distances but still need a spacious transporter. The e-Crafter combines Volkswagen’s proven quality with the efficiency of an electric drivetrain.

• Range: Up to 115 km (71 miles) with a 36 kWh battery
• Power: 100 kW (136 hp)
• Charging time: Approx. 5 hours 20 minutes (AC) to 100%; approx. 45 minutes (DC) to 80%
• Payload: Up to 970 kg

MAN eTGE

The MAN eTGE is primarily designed for urban delivery services and short-distance routes. With a manageable range of 115 km (71 miles) and a DC fast charging time of just 45 minutes, it is perfectly suited for inner-city transport. Its compact design and reliable performance make it a practical solution for everyday delivery and transport tasks.

• Range: Up to 115 km (71 miles) on a full charge
• Power: 100 kW (136 hp)
• Charging time: 5 hours 20 minutes (AC at 7.2 kW); 45 minutes (DC) to 80%
• Payload: Up to 950 kg

Fiat E-Ducato

The Fiat E-Ducato offers an impressive range of up to 424 km (263 miles), making it an excellent solution for businesses that require longer distances and heavier loads. Thanks to its high payload capacity and advanced charging options, the E-Ducato is especially well-suited for logistics companies and delivery services aiming for zero-emission operations.

• Range: Up to 424 km (263 miles) with a 110 kWh battery
• Power: 200 kW (270 hp)
• Charging time: Approx. 12 hours (AC at 11 kW); approx. 55 minutes (DC at 150 kW) to 80%
• Payload: Up to 1,910 kg

Renault Master E-Tech

The Renault Master E-Tech is a highly versatile electric van, offering a long range of up to 460 km (286 miles) combined with a high payload. With multiple body styles available, it adapts easily to various transport needs and is ideal for companies looking to handle daily transportation tasks emission-free.

• Range: Up to 460 km (286 miles) with an 87 kWh battery
• Power: 105 kW (143 hp)
• Charging time: Approx. 4 hours (AC at 22 kW); approx. 40 minutes (DC at 130 kW) from 15% to 80%
• Payload: Up to 1,625 kg

Renault Trafic E-Tech

The Renault Trafic E-Tech is designed for small and medium-sized businesses seeking both flexibility and sustainability. With a range of up to 322 km (200 miles), it offers sufficient capacity for daily urban and regional operations. Its compact design and practical loading capacity make it an ideal solution for city logistics and short-haul deliveries.

• Range: Up to 322 km (200 miles)
• Power: 90 kW (120 hp)
• Charging time: Approx. 50 minutes (DC fast charging from 15% to 80%)
• Payload: Up to 1,100 kg

Citroën ë-Jumpy

The Citroën ë-Jumpy is ideal for electric driving in the city and in the countryside. It is available in 3 lengths: XS (4.60 m), M (4.95 m) and XL (5.30 m). It has a load volume of up to 6,600 liters.

• Range: The ë-Jumpy is available with batteries in two power ratings. The 50 kWh battery manages up to 224 km (body styles XS, M and XL). The 75 kWh battery manages up to 321 km (body styles M and XL).
• Power: 100 kW (136 hp), top speed 130 km/h
• Charging time: AC charging at 11 kW takes 4 hours 45 minutes to 7 hours 30 minutes depending on battery size. DC charging at 100 kW to 80 percent takes 30 minutes for 50 kWh battery and 45 minutes for 75 kWh battery.
• Payload: up to 1,275 kg

Ford E-Transit

The Ford E-Transit is available in three heights and three lengths in different variants. Its maximum cargo volume is 15,100 liters.

• Range: The E-Transit has a 68 kWh battery that can achieve a range of up to 317 km.
• Power: The electric motor has a choice of 135 kW (184 hp) or 198 kW (269 hp).
• Charging time: AC charging at 11 kW takes about 8 hours. DC charging with 115 kW to 80 percent takes 35 minutes.
• Payload: up to 1,600 kg

Ford E Transit Custom

The Ford Transit, Europe's best-selling van, will also be available in an electric version starting in the summer of 2024. In addition to the environmentally friendly drive, the Ford E Transit Custom also offers a wealth of intelligent technologies, including a 5G module and a digital key.

• Range: The battery of the E-Transit Custom has a usable capacity of 64 kilowatt hours (kWh) and offers a range of up to 327 kilometers.
• Power: The electric motor delivers either 100 kW (136 hp) or 160 kW (218 hp).
• Charging time: DC charging with up to 125 kW from ten to 80 percent takes about 39 minutes.
• Payload: up to 1,330 kg

Nissan e-NV200

The Nissan e-NV200 as a panel van has a robust and spacious interior, making it ideal for delivery services. It provides 4200 liters of cargo volume. Performance and range are designed for city or short-distance operation.

• Range: The 40 kWh battery can cover up to 275 km on one charge.
• Power: 80 kW (109 hp)
• Charging time: AC charging at 6.6 kW takes about 8 hours 30 minutes. The battery is charged to 80 percent in 40 to 60 minutes during fast charging (DC) at 50 kW.
• Payload: up to 682 kg

Opel Movano Electric

The new Opel Movano Electric offers significantly improved performance with 200 kW of power, 400 Nm of torque, and a top speed of 130 km/h. With its 110 kWh battery, it provides a range of 420 kilometers without sacrificing the generous cargo space of up to 17 cubic meters, making it an efficient and powerful commercial vehicle for everyday work.

• Range: With the 110 kWh battery, up to 420 km can be covered.
• Power: Up to 200 kW (270 hp)
• Charging time: The Movano Electric comes standard with an 11 kW onboard charger for AC charging. However, it also offers the option of DC charging with up to 150 kW, allowing a charging process to 80 percent in approximately 55 minutes.
• Payload: up to 1,500 kg

Opel Vivaro-e

The Opel Vivaro-e is perfect for the last mile. It is available in 2 vehicle lengths (M: 4959 mm and L: 5,309 mm) and two battery sizes with a range of up to 328 km. Its cargo volume is up to 6,600 liters.

• Range: The Vivaro-e can choose between a 50 kWh battery for up to 238 km range or a 75 kWh battery for up to 328 km range.
• Power: 100 kW (136 hp), top speed 130 km/h
• Charging time: AC charging at up to 11 kW takes about 4 hours 45 minutes. At the direct current (DC) charging station, the Vivaro-e draws current of up to 100 kW, with charging to 80 percent taking around 30 to 45 minutes.
• Payload: up to 1,400 kg

Peugeot e-Expert

The Peugeot e-Expert is the technically equal electric brother of the Citroën ë-Jumpy and the Opel Vivaro-e, which is why the 3 models are often referred to as the electric trio. Like the e-Jumpy, the e-Expert is available in 3 lengths – XS (4.60 m), M (4.95 m) and XL (5.30 m). It provides a load volume of up to 6,600 liters.

• Range: The e-Expert is available in two battery sizes: The 50 kWh battery manages up to 230 kilometers and the 75 kWh battery up to 330 kilometers.
• Power: 100 kW (136 hp), top speed 130 km/h.
• Charging time: AC charging at 11 kW takes about 6 hours 30 minutes. At a 100 kW fast charging station (DC), the batteries are filled to 80 percent again after about 45 minutes.
• Payload: up to 1,275 kg

Rivian Electric Delivery Van (EDV)

The Rivian Electric Delivery Van is an electric delivery vehicle specially designed for electric propulsion, thanks to its skateboard platform and spacious cabin, which make few compromises. Developed for Amazon, the EDV provides a solution for the shipping giant to reduce its CO2 footprint. In Germany, the first deliveries have already arrived, with the vehicles offering a generous cargo volume of 14 cubic meters and a typical payload despite their length of about six meters. Rivian recently announced its intention to sell the model to other companies in the future.

The advantages of electric delivery vehicles

✅ CO₂ reduction: contribute to climate goals
✅ Lower operating costs: energy savings & less maintenance
✅ Quiet and emission-free: ideal for urban areas
✅ Incentives & tax advantages: lower investment costs
✅ Continuous improvements: longer range and faster charging with every generation

Conclusion: Electric vans are ready for everyday business

The latest 2025 models clearly demonstrate: electric vans, delivery vehicles and commercial electric vehicles are now powerful, flexible, and economically attractive. Whether for last-mile delivery, regional transport, or as fully equipped electric panel vans for long-distance operations — there is now a suitable solution for nearly every use case.

With careful planning, intelligent charging infrastructure, and professional fleet optimization, switching to electric commercial vehicles becomes a future-proof investment. IO-Dynamics supports this transition with advanced fleet and charging management solutions, ensuring your move to electric mobility is both efficient and sustainable in the long term.