Search

Browse

• Communities
• Authors
• Year
• Titles
• Subjects

My Space

• Login

Energy footprint analysis of two-story residence using REVIT software

Louraki Chrysi

Full record

---

Summary

This diploma thesis focuses on the field of bioclimatic design, specifically addressing the energy planning of a two-story residence located in the Platanias area of Chania, Greece, utilizing the Revit software. The objective is to enhance the building's energy performance by identifying the optimal scenario that is more favorable to the environment and human well-being compared to the initial state.The first chapter provides a brief overview of energy consumption in buildings in Europe, with a specific focus on Greece. It analyzes the percentage of energy consumption in buildings in relation to the country's total energy cost and the number of residences compared to the total number of buildings. Additionally, it discusses the guidelines of the European Union regarding building efficiency and the Greek legislation adopted to comply with these directives.The second chapter describes the main directions for the energy planning of buildings and energy conservation. It delves into how climatic conditions impact a building's performance, including proper orientation, ideal internal space configuration, and the building envelope. Passive solar systems are also discussed, emphasizing thermal walls, air collectors, greenhouses, and green roofs. The role of heating and cooling systems in the building's energy behavior is highlighted.The third chapter presents the methodological approach to the building and its energy simulation. The location of the two-story residence is outlined, followed by a description of the study building. The chosen simulation software is Autodesk's Revit, and the execution of the energy simulation requires prior design in Revit. The simulation is conducted through Revit with support from Insight.The fourth chapter details the execution of the building's energy simulation using Revit and Insight. It explains the process of executing the simulation, including determining thermal zones, classifying building spaces, defining 3 thermal zones, orientation, and position of the building. It further discusses the adjustments required for the software to run the energy analysis and create the energy model. The results are provided by the Insight software and are analyzed in detail. Finally, improvement scenarios are proposed and subsequently compared.The last chapter provides an analysis of the conclusions drawn from the preceding discussions.

Available Files

Services