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Friedrich-Alexander-Universität Digital Transformation: Bits to Energy Lab Nuremberg WiSo
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    2. School of Business, Economics and Society
    Friedrich-Alexander-Universität Digital Transformation: Bits to Energy Lab Nuremberg WiSo
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    3. Techno-economic analyses of energy systems and technologies

    Techno-economic analyses of energy systems and technologies

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    • Techno-economic analyses of energy systems and technologies
      • Demand-response with electric vehicles: charge later, support the grid now
      • Local grid vs. global emissions: electric vehicle charging
      • Quantifying the potential of electric vehicles for demand-side flexibility
      • Solar energy community design: How many members, how many prosumers, what PV system sizes?
      • Solar PV Sharing in Urban Energy Communities
    • Persuasive technologies
      • Greener or Faster? Debiasing travel time presentation in travel planning apps
      • Thermal Comfort as a Service: Smart-sensor-based energy management in non-residential buildings
      • Saving energy at the workplace: assessing train drivers’ motivation for energy-efficient driving and their perception of feedback technologies
    • Publications

    Techno-economic analyses of energy systems and technologies

    Prakhar Mehta

    Prakhar Mehta

    Researcher

    School of Business, Economics and Society
    Tenure-Track-Professorship for Digital Transformation

    Room: Room 4.175
    Lange Gasse 20
    90403 Nürnberg
    • Email: prakhar.mehta@fau.de
    • Twitter: Page of Prakhar Mehta
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    • Google Scholar: Page of Prakhar Mehta
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    • Research Gate: Page of Prakhar Mehta

    The ongoing energy transition presents various opportunities for multiple stakeholders – the public, companies, energy utilities, government institutions and policymakers – to invest in and use renewable energy sources as well as new technologies like electric vehicles to participate in the energy transition and contribute to decarbonisation. Along the way, questions on economic and technical feasibility arise, such as the profitability of these technologies within specific contexts (for example, an energy community in London) and the ability to assist the management and operation of existing energy networks.

    In this research, we build techno-economic models of energy systems and technologies, and analyse their performance to provide concrete recommendations to multiple stakeholders simultaneously. This helps ensure profitability for individual investors, ensures the achievement of energy objectives in neighborhoods and cities, and secures the operation of existing energy networks in a changing energy landscape.

    Current projects:

    Demand-response with electric vehicles: charge later, support the grid now

    Local grid vs. global emissions: electric vehicle charging

    Quantifying the potential of electric vehicles for demand-side flexibility

    Completed projects: 

    Solar energy community design: How many members, how many prosumers, what PV system sizes?

    Solar PV Sharing in Urban Energy Communities

     

    Friedrich-Alexander-Universität
    Lehrstuhl für Digitale Transformation

    Lange Gasse 20
    90403 Nürnberg
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