Nowadays it is known that among all the issues, pollution and climate change are the most critical; in particular, urban areas show the worst standards about the quality of air and energy consumption. The study of various data and sources (Pasquinelli 2017) (Pasquinelli et al, ISPRS Int J Geoinf 8:27, 2019) has permitted the creation of a Building Information System (BIS) that relates an existing building with several data, for the selected municipality. It is the basis to start an accurate information management about real energy consumption. The analysis of the data in the following paper, demonstrates that is possible to intervene as public administration in order to manage and define a concrete future energy reduction program and retrofit energy-saving project. Collecting consumption data of several years are extremely useful in order to generate a profile that corresponds to reality, then the link with Topographic DB (Regione Lombardia 2010) is essential to represent the spatial distribution of this data. The information of DBT and cadastral data allows defining appurtenances (Pasquinelli and Ronconi 2011) to which are linked one or more consumptions. In the paper, the data analysis and comparisons are described.
BIS—Management of Energy Consumption Data for Companies and Public Administration
Guzzetti, Franco;Anyabolu, Karen;Biolo, Francesca;D’Ambrosio, Lara
2021-01-01
Abstract
Nowadays it is known that among all the issues, pollution and climate change are the most critical; in particular, urban areas show the worst standards about the quality of air and energy consumption. The study of various data and sources (Pasquinelli 2017) (Pasquinelli et al, ISPRS Int J Geoinf 8:27, 2019) has permitted the creation of a Building Information System (BIS) that relates an existing building with several data, for the selected municipality. It is the basis to start an accurate information management about real energy consumption. The analysis of the data in the following paper, demonstrates that is possible to intervene as public administration in order to manage and define a concrete future energy reduction program and retrofit energy-saving project. Collecting consumption data of several years are extremely useful in order to generate a profile that corresponds to reality, then the link with Topographic DB (Regione Lombardia 2010) is essential to represent the spatial distribution of this data. The information of DBT and cadastral data allows defining appurtenances (Pasquinelli and Ronconi 2011) to which are linked one or more consumptions. In the paper, the data analysis and comparisons are described.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
