和进行小规模的多文化(多文化)能源规划分析的地理系统分析

Sebastian Erdmann, Tabea Belkot, Felix Friebe, Theresa Gravenhorst, Sascha Koch
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引用次数: 1

摘要

考虑到气候保护目标的背景,必须对城市供热进行改造。在未来,化石供热系统必须被绿色区域供热网络或热泵所取代。现有的热能规划方法大多基于为区域供热网络量身定制的一些标准,例如热消耗密度。更为深远的多准则热能规划将使系统化和技术开放的方法成为可能,其目的是在规划地区以最佳方式分配现有的供热方案。为此还需要各种其他标准,例如建筑物的分散性或基于热网长度的热线密度。本文展示了如何将GIS分析用于这些标准,以便将它们纳入综合的多标准热能规划中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GIS-Analysen für eine kleinräumige multikriterielle Wärmeleitplanung / GIS Analyses for Small-scale Multi-criteria Thermal Energy Planning
The heat supply in municipalities must be transformed when considering the background of climate protection goals. In the future, fossil heating systems have to be replaced by green district heating networks or heat pumps, for example. Existing approaches to thermal energy planning are mostly based on a few criteria tailored to district heating networks, such as heat consumption density. A more far-reaching multi-criteria thermal energy planning would enable a systematic and technologyopen approach with the aim of optimally distributing the existing heat supply options in planning areas. Various other criteria are required for this, such as the decentralisation of buildings or the heat line density based on heat grid length. This article shows how GIS analyses can be used for these criteria so that they can be incorporated into a comprehensive multi-criteria thermal energy planning.
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来源期刊
AGIT- Journal fur Angewandte Geoinformatik
AGIT- Journal fur Angewandte Geoinformatik Earth and Planetary Sciences-Computers in Earth Sciences
CiteScore
0.60
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