Strzalka, A.; Malicki, J.; Blachowski, J. Least-Cost-Path and Closest Facility Analysis for Generating District Heating Networks on a Communal Level. Appl. Sci.2024, 14, 763.
Strzalka, A.; Malicki, J.; Blachowski, J. Least-Cost-Path and Closest Facility Analysis for Generating District Heating Networks on a Communal Level. Appl. Sci. 2024, 14, 763.
Strzalka, A.; Malicki, J.; Blachowski, J. Least-Cost-Path and Closest Facility Analysis for Generating District Heating Networks on a Communal Level. Appl. Sci.2024, 14, 763.
Strzalka, A.; Malicki, J.; Blachowski, J. Least-Cost-Path and Closest Facility Analysis for Generating District Heating Networks on a Communal Level. Appl. Sci. 2024, 14, 763.
Abstract
Due to an urgent need for reducing the fast progressing climate changes, a rapid, standardized and replicable solution for the infrastructure restructuring of heat demand coverage of buildings at district and city level must be developed. As more and more communities in Europe, especially in Germany, are obligated to have plans for coverage of heat demand, city planners, energy agencies seek a tool, which will help them to design the first drafts of heating network routes, which can supply whole districts and cities with renewable energy. ArcGIS Pro Tools like Least-Cost-Path-Analysis (LCPA) and Closest Facility (CF) allow to find the shortest and “cheapest” way between the heat source and heat consumers in the analyzed areas. Starting from the community level, through the district, county, voivodeship and whole country levels, the replication of the methods for generating district heating (DH) network infrastructure can be achieved. The proposed LCPA and CF based methods help to design the most suitable and efficient DH networks in the analyzed areas. As only few open-source data input, like street networks and building footprints are needed, the methods can be implemented in all communities of the country of Poland. In this paper one example of one community of Wroclaw county, called Siechnice and surroundings is presented.
Keywords
Least-Cost-Path; Closest Facility, District Heating Network; Restructuring of Heat Infrastructure; Replication
Subject
Environmental and Earth Sciences, Sustainable Science and Technology
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
