NEFTON: MAN Conducts Research in Joint Project for Battery-Electric Freight Transport of The Future

• Six partners from industry and research want to create a holistic cost-benefit analysis
• Consortium develops technology prototypes and bidirectional charging pole in the megawatt range along technical and specific customer re-quirements
• Results to enable comparison with other technologies and concrete re-commendations for action

“In order to be able to map the increasing mileage in freight transport and at the same time realise the planned reduction in emissions in transport, we at MAN Truck & Bus are clearly focusing on battery-electric drive. NEFTON is taking us significant steps forward on the way to the megawatt charging infrastructure and maximum charging power required for this,” says Dr Frederik Zohm, Executive Board Member for Research and Development at MAN Truck & Bus.

MAN Truck & Bus has joined forces with five partners from industry and science in the NEFTON (Commercial Vehicle Electrification for Transport Sector Optimised Grid Connection) research project. On board are AVL, a supplier of drive systems, PEA, an expert in power electronics, the Technical University of Deggendorf, the Technical University of Munich (TUM) and the Forschungsstelle für Energiewirtschaft e.V. (FfE). The Federal Ministry for Economic Affairs and Climate Protection is funding the project, which started in 2021.

The common goal of the project partners is to conduct holistic research into the operation of heavy goods transport based on a battery-electric truck as a solution to current and future challenges by 2024. The entire system – consisting of battery-electric truck, charging station and its network connection – is to be designed for various applications in long-distance transport. The central technical key to this is the Megawatt Charging System (MCS) with a charging capacity in the megawatt range.

The entire impact chain of the megawatt charging system will be examined for feasibility, economic efficiency and sustainability, starting with the requirements definition of commercial vehicle operators, resulting electric vehicle concepts and (fast) charging infrastructure concepts. In line with this, a highly efficient charging station in the megawatt range is being developed, which also allows bidirectional charging for a possible integration of the truck as a storage unit into the power grid.

The MCS standard is to be further researched with an extension of the project. Charging currents of 3,000A will be tested, allowing an electric truck to be fully charged in 15 minutes. For this purpose, the Technical University of Munich, together with MAN Truck & Bus and the Technical University of Deggendorf, is developing new concepts with charging capacities in the range of 3 megawatts, which will also be tested on test rigs of the new project partner Fraunhofer ISE.

Source: MAN