ABOUT

MACBETH
Powering the future of resilient passenger and freight electric transport
The ambition and objective of the MACBETH—MULTIPOINT MEGAWATT CHARGING FOR BATTERY ELECTRIC TRUCK HUBS—project is to push MCS as a game-changing solution to electrify long-haul freight, through developing and showcasing multipoint MCS hubs combined with tools facilitating the scale-up. MACBETH intends to address many of the technical, social, and economic challenges of mass deployment of MCS by setting up two demonstration sites, one in Sweden and one in the Netherlands to address various operational conditions, users’ needs, and business cases.
GOALS & STRUCTURES
VISION
With a strong focus on industrial cluster, MACBETH contributes to the real-world demonstration of charging infrastructure and service offerings for regional and long-haul battery electric trucks (BET) along TEN-T (Trans-European Transport Network) corridors, logistic terminals, and depots covering multiple countries. To facilitate a scale-up it will be also developed necessary tools, guidelines, and recommendations. By demonstrating real-world use cases of multipoint MCS hubs and tools for scaling up, MACBETH is set to deliver system-level multipoint megawatt charging hub concepts at Technology Readiness Level (TRL) of 8 by the end of the project.


OBJECTIVES
- Specific Objective 1: Establish a scalable framework for interoperable multipoint MCS, facilitating the integration of high-power charging solutions (charger towards vehicle).
- Specific Objective 2: Formulate advanced grid management strategies to minimize the impact of MCS deployment on the electrical grid while enhancing the user experience (charger towards grid).
- Specific Objective 3: Effectively integrate large-scale, multipoint MCS hubs along significant TEN-T corridors to serve a spectrum of vehicle types, from light-duty (passenger) vehicles (LDVs) to HDV trucks.
- Specific Objective 4: Develop operational tools and management strategies for MCS multipoint hubs, focusing on the full spectrum of user and stakeholder needs along the value chain.
- Specific Objective 5: Optimize infrastructure placement and sizing based on the specific needs of diverse use cases, including private versus public charging considerations.
PARTNERS
ALICE
ALICE

CENEX NEDERLAND
CENEX NEDERLAND

CENEX UK
CENEX UK

CHALMERS
CHALMERS

CHARIN
CHARIN

EMOBILITY SOLUTIONS
EMOBILITY SOLUTIONS

ERTICO
ERTICO

FIER
FIER

FRAUNHOFER
FRAUNHOFER

KEMPOWER
KEMPOWER

LINDHOLMEN SCIENCE PARK
LINDHOLMEN SCIENCE PARK

MAN
MAN

MILENCE
MILENCE

PLUGIT
PLUGIT

POSTNORD
POSTNORD

POWER ELECTRONICS
POWER ELECTRONICS

ROCSYS
ROCSYS

SENNDER
SENNDER

VTT
VTT
ADVISORY BOARD
To support the project objectives, quality of implementation and achieving effective exploitation a project Advisory Board (AB) has been established. It includes organizations and stakeholders outside of the consortium willing to provide inputs/feedback on the project results, as well as to contribute to the dissemination of results with exploitation potential in a wider context. The AB is composed of experts from the representative target groups and organizations already indicated their commitment (T&E, ECTRI, Camideos, Einride, Daimler, Volvo, Flanders Institute for Logistic and Smart Freight Centre), while others will be invited in the project execution phase.
AEVETO CLUSTER
MACBETH is part of the AEVETO cluster (Advanced Electric Vehicles for Efficient and Economic Transport Operations) activities. Together with 6 other European funded projects, the AEVETO cluster will work together to ensure the highest impact of zero-emission road freight transport in Europe.
The AEVETO cluster represents a pioneering initiative dedicated to revolutionizing the landscape of heavy-duty transport through the collaborative synergy of R&D projects funded by the European Commission. Focused on Zero Emission Heavy Duty Vehicles, AEVETO creates and provides a common umbrella or vision of key EU projects, propelling the development and adoption of Battery Electric Vehicles (BEVs) and Fuel Cell Electric Vehicles (FCEVs) within the heavy-duty sector.



