At Mercedes-Benz Berwick, we're commited to driving positive change. That’s why we’ve electrified our acclaimed range of commercial vehicles and made switching simple – to help keep your business moving into a low-carbon future. 

Whether you’re supplying a service, delivering goods from A to B, optimising an urban operation or helping passengers get wherever they’re going – there’s an eVan that’s perfect for you at Mercedes-Benz Berwick.

With its an uninterrupted loading area and impressive payload, the all-electric eVito Panel Van provides easy cargo access and comfortable driving dynamics. 

• Up to 262 km all electric range*

• DC 80 kW: 0-80% rapid charge in approximately 35 minutes.*

• AC 11kW: 0-100% in approximately 6.5 hours.*

The all-electric eVito Tourer features a combined AC and DC charging system with seating for 8 and advanced safety systems, it’s a versatile and comfortable all-electric people mover.

• Up to 421 km all electric range*

• DC 110kW 0-80% rapid charge in 45 minutes.*

• AC 11kW: 0-100% in approximately 10 hours.*

Make your move fo the next generation. Discover the EQV's impressive range, spacious interior, and fast charging capabilities. Drive with peace of mind with next level safety features & intelligent MBUX technology.

• Up to 418 km all electric range*

• Approx. charging time 40 minutes*

• 0g CO2 emissions*

How far can my electric van travel on a single charge?

The distance your electric van can travel on a single charge depends on a range of factors including the size & model of your electric van, as well as your driving style & the age of your battery.

•The eVito Panel Van can travel up to 262 combined NEDC kilometres1 on a single charge, & can be charged from 0-80% in just 35 minutes using DC rapid charging.

•The eVito Tourer is ideal for passenger transport as it can travel up to 420 combined NEDC kilometres1 on a single charge, & can be charged from 10-80% in 45 minutes using DC rapid charging.

How long does it take to charge an electric van?

The time it takes to charge your electric van depends on the type of charger you use:

•A DC charger, which is faster & more powerful.

•An AC charger which uses less energy & is more cost-effective for overnight charging.

Other factors can also affect timings, such as the power available at the charging point, the temperature & the type of cable used.

Indactive charging times for Mercedes-Benz electric vans are:

eVito Panel Van

•DC 80 kW: 0-80% rapid charge in approximately 35 minutes.

•AC 11kW: 0-100% in approximately 6.5 hours.

eVito Tourer

•DC 110kW 0- 80% rapid charge in approximately 45 minutes

•AC 11kW: 0-100% in approximately 10 hours

What is the difference between AC & DC charging?

•DC (Direct Current) charging, however, is much more powerful & provides a more constant charge. So it’s ideal for rapidly charging electric vehicles in as little as 30 minutes.

•AC (Alternating Current) power comes from the national grid. It’s the most common charging method, but because it needs to be converted in order to power the battery, it’s not the fastest.

How often does my electric van battery need to be replaced?

All Mercedes-Benz electric vans come with an 8-year or 160,000km warranty & are expected to maintain at least a 70% capacity during this time. If your battery needs to be changed, many of the materials inside the old battery can be recycled.

How do I extend the range of my electric van?

•You can top up at any of the increasing number of public charging points, which are situated at convenient locations like supermarkets, car parks & fuel stations.

•All Mercedes-Benz electric vans feature recuperation modes which can be used while driving to optimise battery life, helping you to maximise your remaining range with the flick of a switch.

•Electric van motors act as generators, converting forward motion back into energy when braking or driving downhill. Also called ‘regenerative braking’, this improves their range.

Will an electric van have enough range for my business's needs?

Our electric vans have indicative ranges between 260 & 420 combined NEDC kilometres. With the average light commercial vehicle driver’s daily drive being 42 kilometres^, that’s more than enough for most business needs.

How can switching to an electric van save my business money?

•Electricity is far cheaper than fuel – & could save you up to 55% on fuel costs over three years (average mileage of 30,000km annually).

•Electric vans are cheaper to maintain, saving you up to 55% over three years (average mileage of 30,000km annually). Plus, fewer moving parts mean fewer visits to the mechanics – which also means less costly downtime. 

Depending on the State/Territory, rebates, tax breaks & registration discounts may be available.

What is the payload like in an electric van?

he payload of an electric van depends on the make & model you choose. But because their batteries are cleverly stored in the underbody of the vehicle, there’s no compromise on loading space inside. 

•The heavy-lifting eVito Panel Van has up to 882kg payload capacity.

•The eVito Tourer is the perfect people-carrier with up to 703kg payload capacity & room for eight, including driver & passengers & plenty of room for luggage.

_{Images are for illustration purposes only.}

_{*Minimum charging time at a public direct current (DC) charging station, charging at a continuous rate of 110kW from 10% to 80% battery capacity. Charging times can vary depending on many factors including but not limited to ambient conditions, auxiliary consumables (e.g. seat heating and air-conditioning) and capabilities of charging infrastructure capacity and/or supply. The declared energy consumption figures and range figures are determined by testing under standardised laboratory conditions in accordance with ADR 81/02. The energy consumption and range figures stated are for the purposes of comparison amongst vehicles tested under the same technical procedures only. Real world energy consumption and range figures may vary and is influenced by many additional factors such as, individual driving style, load, traffic, ambient temperature and vehicle condition.Minimum charging time at a public direct current (DC) charging station, charging at a continuous rate of 80kW from 10% to 80% battery capacity. Charging times can vary depending on many factors including but not limited to ambient conditions, auxiliary consumables (e.g. seat heating and air-conditioning) and capabilities of charging infrastructure capacity and/or supply The declared energy consumption figures and range figures are determined by testing under standardised laboratory conditions in accordance with ADR 81/02. The energy consumption and range figures stated are for the purposes of comparison amongst vehicles tested under the same technical procedures only. Real world energy consumption and range figures may vary and is influenced by many additional factors such as, individual driving style, load, traffic, ambient temperature and vehicle condition.}