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• W72604000 abstract "The project developed during the PhD period aims to design, develop, implement and verify an innovative system of sensors and algorithms of data processing, which makes it possible for an accurate survey and assessment of the main environmental and energy parameters in buildings.The work has been included in the project SIMEA (Integrated/Distributed Energy Monitoring and Environmental), funded by the Region of Veneto in the Strategic Plan for Scientific Research, Technological Development and Innovation 2008-2010.The sensor system is designed to produce the energy/operating building profile to be used for:- the purpose of certification of buildings;- the process of energy audits to improve the working conditions and comfort;- to promote the maximization of resources through an intelligent automatic control.The theory concerning the energy efficiency of buildings is based on a compromise between comfort and consumption and, in fact, all the regulations are aimed to decrease (decrease) the power consumption without compromising the comfort of the internal environment in which people are living.For this purpose, in the project of thesis have been considered, among others, UNI EN 15251:2007 which has the purpose to define which are the components to ensure the indoor comfort and UNI EN 15603:2008 which explains in detail the types of energy certifications. The sensor system developed is based on the latter regulation.The technical literature presents several studies aimed at defining the effective energy assessment of the building and if it can be certified with a methodology based on performing calculations or measurements made in situ. It can be concluded that the procedures are not discriminating but complementary: methods of calculation are used for an assessment of the standard type, implemented by software tools, while the monitoring system are used for assessment of the real consumption.The sensor system developed tries to satisfy the need to use a methodology based on monitoring the real behavior of building-plant but supported, for assessment of the energy consumption, by a calculation software validated at international level.The hardware part of the monitoring system is formed by a series of sensors for the measurement of various thermohygrometric parameters and is divided into two networks that differ by type and objectives: the structure in the fixed network (wired) and the structure in the mobile network (wireless).The development of the PhD project made it possible for monitoring with the system of sensors installed; this system permits not only the calculation of current consumption but also to define a short-term forecasts for the next day. In particular, the forecasts have been carried out in two modes:- estimation of consumption with air conditioning on and the setpoint temperature;- estimation of the temperature in free evolution with the conditioning system off.The final part of the work was devoted to the validation of the predictions made and the use of the sensor network for other purposes that could expand the potential of the monitoring system developed." @default.
• W72604000 created "2016-06-24" @default.
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• W72604000 date "2013-02-27" @default.
• W72604000 modified "2023-09-27" @default.
• W72604000 title "Sistema di monitoraggio energetico di edifici" @default.
• W72604000 hasPublicationYear "2013" @default.
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