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Project Summary, Objectives and Expected Impacts

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  • Project Summary, Objectives and Expected Impacts

    MACBETH is set to revolutionize the electrification of long‐haul trucking by developing user-centric Megawatt Charging Hubs that tackle the technical, social, and economic challenges of deploying high‐power charging infrastructure. In a sector critical to decarbonizing logistics transport, MACBETH will pilot advanced charging solutions designed to accelerate the shift to battery electric trucks—paving the way for a greener, more sustainable future in line with the Paris Agreement, EU Green Deal, and Fitfor55 targets. 

    MACBETH user-centric MCS charging hubs for long-haul trucking 

    By bringing together 19 partners from across Europe, MACBETH aims to deliver a scalable, robust charging system that meets the evolving needs of the commercial transport sector. The project will:  

    • Develop multipoint charging hubs specifically tailored for battery electric trucks, ensuring compatibility with diverse operational demands.  
    • Integrate cutting-edge Megawatt Charging Systems with digital tools for real-time monitoring, predictive maintenance, and efficient energy management.  
    • Establish two demonstration sites in the Nordics and Benelux regions, chosen to represent varied geographic contexts and operational conditions.  
    • Generate invaluable insights and data to overcome barriers to mass deployment, thus supporting the transition to widespread electrification along major TEN-T corridors and logistic terminals.  
    • Deliver a system-level charging concept at Technology Readiness Level (TRL) 8 by project completion, positioning Europe at the forefront of sustainable transport innovation. 

    MACBETH demonstration and outcomes 

    The real-world demonstration will validate MACBETH’s innovative charging hub concept through:  

    • Two strategically located pilot sites that capture a range of operational scenarios.  
    • Implementation of state-of-the-art Megawatt Charging Systems coupled with smart digital frameworks to optimise charging slot allocation and minimize downtime.  
    • A focus on addressing key challenges such as grid integration, rapid deployment, and cost efficiency to facilitate large-scale market adoption.  
    • Generation of actionable insights for industrial stakeholders, policy makers, and research communities to further support the shift toward zero-emission long-haul transport.