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District Heating Systems as Critical Technologies for the Development of Low-Carbon Energy in Ukraine
https://orcid.org/http://orcid.org/0000-0003-1765-7319
The article is devoted to the analysis of approaches to the creation of district heating systems (DHS) in the context of climate threats in the conditions of modern global warming. It is noted that the development of DHS in Ukraine should be aimed primarily at ensuring energy and climate security while increasing their energy efficiency. Attention is focused on the need to introduce modern climate-neutral technologies, which are classified as critical.
It is noted that a promising direction for the development of such technologies is the use of forth generation DHS (4GDH). The results of the comparison of the characteristics of these systems and DHSs of the second and third generations (2GDH-3GDH), which mainly include DSTs in Ukraine, are presented.
Some attention is paid to the DHS of Ukraine in the aspect of sector coupling, which involves the creation of integrated energy systems, such as energy supply/energy consumption, electric power engineering/thermal power engineering, smart methods of DSM/DSR (demand side management and demand side response), etc.
The results of studies on the formulation of the main directions for the development of DHS as a critical technology for the development of low-carbon energy are presented.
District Heating Systems as Critical Technologies for the Development of Low-Carbon Energy in Ukraine
https://orcid.org/http://orcid.org/0000-0003-1765-7319
The article is devoted to the analysis of approaches to the creation of district heating systems (DHS) in the context of climate threats in the conditions of modern global warming. It is noted that the development of DHS in Ukraine should be aimed primarily at ensuring energy and climate security while increasing their energy efficiency. Attention is focused on the need to introduce modern climate-neutral technologies, which are classified as critical.
It is noted that a promising direction for the development of such technologies is the use of forth generation DHS (4GDH). The results of the comparison of the characteristics of these systems and DHSs of the second and third generations (2GDH-3GDH), which mainly include DSTs in Ukraine, are presented.
Some attention is paid to the DHS of Ukraine in the aspect of sector coupling, which involves the creation of integrated energy systems, such as energy supply/energy consumption, electric power engineering/thermal power engineering, smart methods of DSM/DSR (demand side management and demand side response), etc.
The results of studies on the formulation of the main directions for the development of DHS as a critical technology for the development of low-carbon energy are presented.
District Heating Systems as Critical Technologies for the Development of Low-Carbon Energy in Ukraine
https://orcid.org/http://orcid.org/0000-0003-1765-7319
The article is devoted to the analysis of approaches to the creation of district heating systems (DHS) in the context of climate threats in the conditions of modern global warming. It is noted that the development of DHS in Ukraine should be aimed primarily at ensuring energy and climate security while increasing their energy efficiency. Attention is focused on the need to introduce modern climate-neutral technologies, which are classified as critical.
It is noted that a promising direction for the development of such technologies is the use of forth generation DHS (4GDH). The results of the comparison of the characteristics of these systems and DHSs of the second and third generations (2GDH-3GDH), which mainly include DSTs in Ukraine, are presented.
Some attention is paid to the DHS of Ukraine in the aspect of sector coupling, which involves the creation of integrated energy systems, such as energy supply/energy consumption, electric power engineering/thermal power engineering, smart methods of DSM/DSR (demand side management and demand side response), etc.
The results of studies on the formulation of the main directions for the development of DHS as a critical technology for the development of low-carbon energy are presented.
District Heating Systems as Critical Technologies for the Development of Low-Carbon Energy in Ukraine
Lecture Notes in Civil Engineering
Blikharskyy, Zinoviy (editor) / Zhelykh, Vasyl (editor) / Fialko, Nataliia (author) / Tymchenko, Mykola (author) / Sherenkovskii, Julii (author)
International Scientific Conference EcoComfort and Current Issues of Civil Engineering ; 2024 ; Lviv, Ukraine
2024-08-09
10 pages
Article/Chapter (Book)
Electronic Resource
English
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