The goal of making the urban environment safer amid increasing human impact adds to the importance of district heating management. The article outlines the results of a study into the problem of improving the urban environment by implementing two innovative solutions. Technological innovations imply the introduction of modern sustainable tools of reducing emissions in district heating networks, one of them being the combination of district heating and combined heat and power plants (a case study of Turin). Organizational innovations are built upon the management of demand for thermal energy that makes it possible to reduce investment in new construction and to optimize the architecture of heat load schedules for the purpose of alleviating energy and environmental pressure on the city. The authors propose formats and areas of demand side management for thermal energy and methods of offering economic incentives to program participants.
Building an eco-effective district heating management system in a city / Gitelman, Leonid; Magaril, Elena; Kozhevnikov, Mikhail; Genon, Giuseppe; Senor, Annamaria; Panepinto, Deborah. - In: E3S WEB OF CONFERENCES. - ISSN 2267-1242. - STAMPA. - 6:(2016), pp. 1-6. (Intervento presentato al convegno 2016 International Conference on Sustainable Cities, ICSC 2016 tenutosi a Yeltsin Centre, rus nel 2016) [10.1051/e3sconf/20160603012].
Building an eco-effective district heating management system in a city
GENON, Giuseppe;SENOR, ANNAMARIA;PANEPINTO, DEBORAH
2016
Abstract
The goal of making the urban environment safer amid increasing human impact adds to the importance of district heating management. The article outlines the results of a study into the problem of improving the urban environment by implementing two innovative solutions. Technological innovations imply the introduction of modern sustainable tools of reducing emissions in district heating networks, one of them being the combination of district heating and combined heat and power plants (a case study of Turin). Organizational innovations are built upon the management of demand for thermal energy that makes it possible to reduce investment in new construction and to optimize the architecture of heat load schedules for the purpose of alleviating energy and environmental pressure on the city. The authors propose formats and areas of demand side management for thermal energy and methods of offering economic incentives to program participants.Pubblicazioni consigliate
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https://hdl.handle.net/11583/2685042
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