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In megawatt steps to green heavy-duty transport 

 

“How cool is that?” murmurs someone in the crowd. And then it whooshes past again. The MAN electric 40-tonne truck prototype is close to production-ready and is taking a few swift, almost silent and astonishingly dynamic laps of Hangar 5 at Berlin’s old Tempelhof airport. In the passenger seat is German transport minister Volker Wissing. When he gets out, his smile speaks volumes.

The minister hasn’t come to Tempelhof just for the test drive though. In discussions with Alexander Vlaskamp, CEO of MAN Truck & Bus, and Frank Mühlon, CEO of ABB E-mobility, the focus is on the electric revolution for HGVs, especially in long-distance transport – and on the political course to set to get us there.

The electrification of heavy goods vehicles is a key building block for the transport revolution: in long-distance transport alone, 100,000 electric 40-tonners could save up to 10 million tonnes of CO2 each year. However, in addition to the development of new vehicles, the development of a high-performance infrastructure is also essential. The electric MAN truck, to hit the market in 2024, can handle daily ranges of up to 800 kilometres, but it can also do so much more: it will be ready for a new generation of fast charging – megawatt charging.

I think the most important thing is that we need to recognise that we should not be discussing the technologies that will offer climate-neutral mobility as a vision of the future, we should simply use them. They are already here.

Volker Wissing
Federal Minister of Transport

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Ministerial visit at technology presentation: MAN and ABB E-Mobility show how megawatt charging is revolutionising heavy goods transport

0 electric-powered 40-ton trucks

could annually save up to ...


 

0 million tons of CO2.

 

New charging standard for higher ranges

Trucks need large battery packs to give them a similar range to conventionally powered vehicles. And to enable these large batteries to charge quickly enough, significantly higher-powered charging than ever before will be required. The new standard is known as MCS (Megawatt Charging System), delivering huge amounts of power to vehicles quickly – charging at up to several megawatts will eventually be possible. The fastest current rapid charging standard, CCS, allows charging at up to 375 kW.

A single binding and uniform standard is key to the introduction of megawatt charging technology. However, it is equally important that the technology should be available soon, stresses Alexander Vlaskamp. “Accelerated expansion of the charging infrastructure is the only way to bring about the transport revolution and achieve our climate targets.” Vlaskamp tells of the commitment of his own group, which is embarking on this expansion: “As part of the Traton Group, we are committed to a joint venture with industry partners to establish and operate a public high-performance charging network offering at least 1,700 green electricity charging points across Europe.” 

Five men stand in front of a MAN eTruck and smile into the camera.
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In front of the MAN eTruck in Berlin-Tempelhof: Alexander Vlaskamp, CEO MAN, Dr Volker Wissing, Federal Minister of Transport, and Frank Mühlon, CEO of ABB E-Mobility, Bernd Osterloh, TRATON Board Member for Human Resources, and Dr. Frederik Zohm, MAN Board Member for Research and Development.

MAN has partnered with a global leader in the field of charging solutions and a specialist in megawatt charging, ABB E-mobility, for the driving demonstration of its forthcoming electric truck, which makes a clear statement: vehicle manufacturers and charging infrastructure equipment suppliers are ready to tackle the electrification of long-distance heavy goods transport. ABB can look back on 130 years of history and an involvement in e-mobility since 2010.  

Speaking to transport minister Wissing and Alexander Vlaskamp, Frank Mühlon describes the challenges of these new technologies and is pleased with progress so far. “Electrical safety and reliability at system level are elementary in all foreseeable use cases, and our technologies are designed for this. Our goal is to have this new technology ready for market within three years.” 

The new MCS standard is currently undergoing practical testing under the scientific supervision of the Fraunhofer Institute for Systems and Innovation Research. With funding from the Federal Ministry of Digital and Transport, MCS charging stations have been built at four locations along the A2 autobahn. The HoLa (high-performance charging) project is using these sites to gather experience that will help with wider-scale expansion. Germany could set the standards for MCS charging: more than 20 partners from science and industry, including MAN and ABB, are working together on the high-performance charging project. 

ACEA, the European Automobile Manufacturers’ Association, believes that some 10,000 to 15,000 high-capacity public charging points will be needed across Europe by 2025. That figure will rise from 40,000 to 50,000 by 2030 to enable comprehensive electrification of road goods transport.

Accelerated expansion of the charging infrastructure is the only way to bring about the transport revolution and achieve our climate targets.

Alexander Vlaskamp
CEO MAN Truck & Bus

Text   Julia Fiedler
Photos   MAN

#Electromobility

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