Study on ten questions concerning the design of urban energy systems

Integrated UES design should consider spatial, temporal, and sectoral interdependencies.

This study examines ten critical questions that define current challenges, methodologies, and future priorities in Urban energy systems (UES) design, providing a comprehensive understanding of techno-economic and socio-institutional aspects.

Highlights:

  • Integrated UES design should consider spatial, temporal, and sectoral interdependencies.
  • Urban sectoral trends drive towards electrification, climate adaptation, and system integration.
  • Advanced modelling & digital twins improve UES planning but face data & integration gaps.
  • Techno-economic and institutional design should align with sustainable UES.

Keywords:

Urban energy systems, Buildings, Energy system modeling, Renewable energy, Urban visions, Sector coupling, Electrification, Decarbonization, Energy transition

Corresponding author:

  • Binod Koirala, Urban Energy Systems Lab, Swiss Federal Laboratories for Materials Science and Technology, Überlandstrasse 129, 8600 Dübendorf, Switzerland, binod.koirala@empa.ch

Link to Publication

Designing sustainable Urban Energy Systems (UES) requires a holistic approach that accounts for interdependencies across space, time, and sectors.
Interconnection between electricity, heating, and transport demand sectors in Urban Energy Systems (UES).