Today the redevelopment existing building is enhanced with a new dimension, both as regards the co that performance. The built heritage should aspire to energy efficiency, beyond the concessions of the existing rules for buildings of historical interest. Is the need to orient the redevelopment in the direction of energy efficiency and at the same time to evaluate the behavior. It represent a new methodology to evaluate the behavior of the old building. The evaluation involves the need to "measure", in order to activate a process that optimizes the design and ending with the forecast. Planning and forecasting change the approach to the redevelopment of built which requires the measurement. The words of Galileo "measure what is measurable, and make measurable what is not" seems a teaching that is open to change. Today, the measurability of consumption, savings and the factors that influence them is essential in the project and become a tool to ensure the quality of the intervention made. Today the dynamic simulation of the building, using executable software, buy an instrumental value in the restoration project. So it's possible to identify the potential and limits of the building and to govern them. Each constructive solution proposed is defined then having analyzed different options through the output of the software itself. Each building owns potential and limitations offered by the historical context, material and technology to which it belongs. In it returns the cognitive phase, which begins the restoration project. This phase is expanded and enriched by "data", in the transition from the project idea to its complete definition. In fact, the figures are a kind of language, which reflects the approach to the project and makes the operation more efficient. The goal is to maximize the expected performance. And it is the knowledge to need assessments expressed with numerical data and that guide the cognitive stage towards science. You cannot measure what you do not know really. So even the knowledge experience of the future behavior of the existing built is the prerequisite for energy efficiency to be achieved. Then by the condition of culture is transformed into opportunities.

Conoscere per misurare. Tra progetto di recupero ed efficientamento energetico / Ausiello, Gigliola. - (2015), pp. 1370-1378. (Intervento presentato al convegno ABITARE INSIEME. GIORNATE INTERNAZIONALI DI STUDIO tenutosi a Palazzo Gravina, via Monteoliveto, 3 nel 1-2 ottobre 2015).

Conoscere per misurare. Tra progetto di recupero ed efficientamento energetico

AUSIELLO, GIGLIOLA
2015

Abstract

Today the redevelopment existing building is enhanced with a new dimension, both as regards the co that performance. The built heritage should aspire to energy efficiency, beyond the concessions of the existing rules for buildings of historical interest. Is the need to orient the redevelopment in the direction of energy efficiency and at the same time to evaluate the behavior. It represent a new methodology to evaluate the behavior of the old building. The evaluation involves the need to "measure", in order to activate a process that optimizes the design and ending with the forecast. Planning and forecasting change the approach to the redevelopment of built which requires the measurement. The words of Galileo "measure what is measurable, and make measurable what is not" seems a teaching that is open to change. Today, the measurability of consumption, savings and the factors that influence them is essential in the project and become a tool to ensure the quality of the intervention made. Today the dynamic simulation of the building, using executable software, buy an instrumental value in the restoration project. So it's possible to identify the potential and limits of the building and to govern them. Each constructive solution proposed is defined then having analyzed different options through the output of the software itself. Each building owns potential and limitations offered by the historical context, material and technology to which it belongs. In it returns the cognitive phase, which begins the restoration project. This phase is expanded and enriched by "data", in the transition from the project idea to its complete definition. In fact, the figures are a kind of language, which reflects the approach to the project and makes the operation more efficient. The goal is to maximize the expected performance. And it is the knowledge to need assessments expressed with numerical data and that guide the cognitive stage towards science. You cannot measure what you do not know really. So even the knowledge experience of the future behavior of the existing built is the prerequisite for energy efficiency to be achieved. Then by the condition of culture is transformed into opportunities.
2015
9788884975447
Conoscere per misurare. Tra progetto di recupero ed efficientamento energetico / Ausiello, Gigliola. - (2015), pp. 1370-1378. (Intervento presentato al convegno ABITARE INSIEME. GIORNATE INTERNAZIONALI DI STUDIO tenutosi a Palazzo Gravina, via Monteoliveto, 3 nel 1-2 ottobre 2015).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/671911
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