Introduction to Energy Efficiency Through Bioclimatic Design: Case Studies, Quantitative Verifications and Regulatory Management

Maria Jose Panvini,Romina Saldi

doi:10.11648/j.ajme.20210705.12

Abstract

Introduction to Energy Efficiency Through Bioclimatic Design: Case Studies, Quantitative Verifications and Regulatory Management

Highlights

Introduction to Energy Efficiency Through BioclimaticDesign: Case Studies, Quantitative Verifications and Regulatory ManagementMaria Jose Panvini, Romina SaldiArchitecture Planning and Design Faculty, National University of Rosario, Rosario, ArgentineEmail address: To cite this article: Maria Jose Panvini, Romina Saldi
Presential course is approached and an integrative practical exercise is developed by groups of students of four members. It is presented by teachers on first day of classes. Points that make it up are progressively taught as well as theoretical topics to be applied in it (Figure 1)
Global coefficient of thermal losses G (W / m3°C), is defined as amount of thermal energy that a heated room loses per unit volume, per unit of time and for each degree of temperature difference in steady state

Summary

Introduction

Introduction to Energy Efficiency Through BioclimaticDesign: Case Studies, Quantitative Verifications and Regulatory ManagementMaria Jose Panvini, Romina SaldiArchitecture Planning and Design Faculty, National University of Rosario, Rosario, ArgentineEmail address: To cite this article: Maria Jose Panvini, Romina Saldi. Design: Case Studies, Quantitative Verifications and Regulatory Management. Introduction to Energy Efficiency Through Bioclimatic Design: Case Studies, Quantitative Verifications and Regulatory Management. The knowledge of site and climate and correct control and management of energy and materials, are aspects that make the project sustainable, they are taken into account in the teaching of the subject as a starting point in the student's task as a future professional of architecture. Students must analyze them according to climatic principles and strategies to determine which typology is best adapted according to the passive design criteria and recommendations for said area. This implies verifying dimensional and energy indicators and building thermal quality of buildings. Thermographic images and 3D modeling was evidenced

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