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Martha Hoffmann

"For me, the energy system transition stands for an attitude change, in which human needs and the environment are at the center of energy supply solutions."

Contact:
martha.hoffmann@rl-stiftung.de

further information

Martha Hoffmann

In her doctoral studies, Martha is working on the realization of a socially just and accepted energy transition. For this, she plans to add social and ecological aspects to the current technical and economical focus within energy transition planning processes. The development of an integrated energy system model will assess the impact of energy market reforms on community and household level as well as their implications for distributive justice.

Her work is supervised by Prof. Dr. Pao-Yu Oei from the Department of Energy and Environmental Management at Europa-Universität Flensburg (EUF).

Martha wrote her final thesis within the scope of her masters' degree regenerative energy systems at the TU Berlin in the research group Off-Grid Systems at the Reiner Lemoine Institut and developed the simulation tool Offgridders, which sizes electrification options. Following  this, from 2019 to 2021, she worked as a researcher at the Reiner Lemoine Institut and was responsible for the project management within the scope of the H2020 research project E-LAND, in which RLI develops and applies a simulation tool for sector coupled energy systems (Multi-Vector Simulator). In 2022 she supports E-LAND in a reduced manner.

  • Martha M. Hoffmann, Sanket Puranik, Marc Juanpera, José M. Martín-Rapún, Heidi Tuiskula, & Philipp Blechinger. (2020, September 22)

    Investment planning in multi-vector energy systems: Definition of key performance indicators.

    CIRED 2020 Berlin Workshop (CIRED 2020), 22-23 September, Berlin / online

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  • Marc Juanpera, Philipp Blechinger, Laia Ferrer-Martía, Martha M. Hoffmann, Rafael Pastor. (2020)

    Multicriteria-based methodology for the design of rural electrification systems. A case study in Nigeria.

    Renewable and Sustainable Energy Reviews, Vol. 133

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  • Paul Bertheau, Martha M. Hoffmann, Andrea Eras-Almeida, Philipp Blechinger

    Assessment of micro grid potential in Southeast Asia based on the application of geospatial and micro grid simulation and planning tools.

    In: Sustainable solutions for remote areas in the tropics, Springer, 2020. Editor: Octoviano Ghandi, Dipti Srinivasan.

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  • Martha M. Hoffmann, Setu Pelz, Óscar Monés-Pederzini, Michele Andreottola, Philipp Blechinger. (2019)

    Overcoming the Bottleneck of Unreliable Grids: Increasing Reliability of Household Supply with Decentralized Backup Systems.

    J Sustain Res.

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  • Martha M. Hoffmann, Setu Pelz, Óscar Monés-Pederzini, Michele Andreottola, Philipp Blechinger. (2019)

    Overcoming the bottleneck of weak grids: Reaching higher tiers of electrification with Solar Home Systems for increased supply reliability.

    In: Proceedings of the  International Conference on Energising the SDGs through Appropriate Technology and Governance, Editor: Bhattacharyya, S.C., De Montfort University, Leicester, UK, July 2019.

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  • Martha M. Hoffmann, Dawud Ansari. (2019)

    Simulating the potential of swarm grids for pre-electrified communities - A case study from Yemen

    Renewable and Sustainable Energy Reviews, Volume 108

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  • Sergio Herraiz, Martha M. Hoffmann (2021)

    Facilitating local multi-vector energy systems:
    Integrated investment and operational planning.

    Präsentation in Session 8: Cross-sectoral linkages and integration,
    Day 2: Linking Sectors and Technologies at the EMP-E 2021 (26-28. Oktober 2021), online.

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  • Martha M. Hoffmann (2021)

    Potential of Hydrogen Storage

    in Chile, Fachtagung: Die Nutzung von grünem Wasserstoff für die netzunabhängige Energieversorgung, organisiert von der AHK Chile, 5. Oktober 2021. Deutsch.

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  • Sanket Puranik, Martha M. Hoffmann, Isidoros Kokos, Sergio Herraiz, Per Gjerløw (2021)

    Facilitating Local Multi-Vector Energy Systems with the E-LAND toolbox

    Workshop auf der Konferenz "Sustainable Places 2021"

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  • Martha M. Hoffmann (2020)

    Multi-Vector Simulator, session: Building on experience: What to take from individual models of the oemof-community.

    Päsentation auf dem oemof developer meeting, 2. - 4. Dezember 2020, online

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  • Martha M. Hoffmann, Sanket Puranik, Marc Juanpera, José M. Martín-Rapún, Heidi Tuiskula, & Philipp Blechinger. (2020)

    Investment planning in multi-vector energy systems: Definition of key performance indicators.

    CIRED 2020 Berlin Workshop (CIRED 2020), Berlin / online. Zenodo.

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  • Martha M. Hoffmann (2020)

    Introducing an os simulation tool for sector-coupled energy sys opt: Multi-Vector Simulator (MVS).

    Präsentation auf der Konferenz Energy Modelling Platform for Europe (EMP-E) 2020, 6-8. Oktober 2020, online

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  • Martha M. Hoffmann (2019)

    Overcoming the bottleneck of weak grids: Reaching higher tiers of electrification with Solar Home Systems for increased supply reliability

    International Conference on Energising the SDGs through Appropriate Technology and Governance, De Montfort University, Leicester, UK.

  • Martha M. Hoffmann (2018)

    Energy access options, system sizing and swarm grids, Gastvortrag im Modul Energy Access and Development (TU Berlin)

  • Martha M. Hoffmann (2017)

    Swarm Grids – Potential of a Bottom-Up Electricity Grid for Large Pre-Electrified Communities

    2. Konferenz für Studentische Forschung an der Humbolt Universität Berlin, Berlin

  • Martha M. Hoffmann (2017)

    Swarm Grids – Potential of a Bottom-Up Electricity Grid for Large Pre-Electrified Communities

    Berlin Conference on Sustainable Energy and Electricity Economics (BELEC), DIW, Berlin, Germany

  • Andra Backhaus (2021)

    Analyzing the application of different energy cell sized as an approach for the integration of decentralized renewable energy sources.

    Master of Science Thesis, Alber-Ludwigs Universität Freiburg. Geschrieben im Rahmen des H2020 Forschungsprojektes open plan.

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  • Ursula El Mir (2020)

    Indentification of a ValidationMethod for Open Source Simulation Tools and Application of Said Method to the MVS: Multi-Vector Simulator - Sector Coupled System.

    Master of Science Thesis, Delft University of Technology. Geschrieben im Rahmen des H2020 Forschungsprojektes E-LAND

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  • Christoph Meyer, Mar Ortiz, Annika Schüttler, Martha Hoffmann (2021)

    Einsatz von grünem Wasserstoff zur netzfernen Stromversorgung in Insel -und kleineren Stromnetzen in Chile.

    Projektbericht. Eine Studio für das Bundesministerium für Umwelt, Naturschutz und nukleare Sicherheit.

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  • Martha M. Hoffmann, Ciara Dunks, Sabine Haas (2021)

    Innovative Multi-Vector Simulator

    Deliverable 4.4, E-LAND

  • Philipp Blechinger, Martha Hoffmann, Tobias Rieper, Caroline Möller (2021)

    Energy Modelling

    2-tägiges Online-Webinar für AGYA (Arab-German Young Academy).

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  • Martha M. Hoffmann (2021)

    Session 4: Energy System Modelling II – Open Source Planning Tools for Advanced Simulations (Day 1) and Energy System Modelling II – Open Source Planning Tools for Advanced Simulations (Day 2) innerhalb der Workshopserie Assurance of energy supply in Islands für OLADE.

  • Martha M. Hoffmann, Pierre-Francois Duc, Sabine Haas, Ciara Dunks. (2021)

    Multi-Vector Simulator (v1.0.0). Zenodo

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  • Martha M. Hoffmann (2020)

    Overcoming the Bottleneck of Unreliable Grids: Increasing Reliability of Household Supply with Decentralized Backup Systems. Webinar für GIZ Nepal.

  • Martha M. Hoffmann (2019)

    Using oemof and the Multi-Vector Simulator. Workshopwoche am Reiner Lemoine Institut, Berlin, Germany.

  • Martha M. Hoffmann (2019)

    Offgridders GitHub reprository

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