• DOI:10.48550/arXiv.2301.08454
• Corpus ID: 256080579

Integrated Planning of Multi-energy Grids: Concepts and Challenges

@article{Mostafa2023IntegratedPO,
  title={Integrated Planning of Multi-energy Grids: Concepts and Challenges},
  author={Marwa Mostafa and Daniela Vorwerk and Johannes Heise and Alex Povel and Natalia B. Sanina and Davood Babazadeh and Christian T{\"o}bermann and Arne Speerforck and Christian Becker and Detlef Schulz},
  journal={ArXiv},
  year={2023},
  volume={abs/2301.08454}
}

• M. Mostafa, Daniela Vorwerk, +7 authors D. Schulz
• Published 20 January 2023
• Engineering
• ArXiv

In order to meet ever-stricter climate targets and achieve the eventual decarbonization of the energy supply of German industrial metropolises, the focus is on gradually phasing out nuclear power, then coal and gas combined with the increased use of renewable energy sources and employing hydrogen as a clean energy carrier. While complete electrification of the energy supply of households and the transportation sector may be the ultimate goal, a transitional phase is necessary as such massive as well as rapid expansion of the electrical distribution grid is infeasible. Additionally, German industries have expressed their plans to use hydrogen as their primary strategy in meeting carbon targets. This poses challenges to the existing electrical, gas, and heating distribution grids. It becomes necessary to integrate the planning and developing procedures for these grids to maximize efficiencies and guarantee security of supply during the transition. The aim of this paper is thus to highlight those challenges and present novel concepts for the integrated planning of the three grids as one multi-energy grid.