Dynamic energy simulation of the dormitory of Ca' Foscari in Venice

Accurate building energy modeling is becoming essential for the design and management of sustainable built environments as the emphasis on energy efficiency grows globally. This thesis presents a comparative analysis of three leading building energy simulation software packages, EdiClima, OpenStudio and HAP V6, applied to the renovation of the historic Building Caserma Pepe in Venice Which will used as a Dormitory to serve Students, Professors, and Guest from all over the world attending The Ca' Foscari University. The methodology involves simulating a representative model of the renovated building using The 3 software. Various parameters, including climate data, building geometry, occupancy profiles, and HVAC systems, are inputted to mirror real-world conditions accurately. Simulations are conducted under consistent conditions to ensure reliability. The comparative analysis evaluates user-friendliness, computational efficiency, prediction accuracy, and versatility in handling complex building systems. Key performance indicators such as energy consumption, thermal comfort, and indoor air quality are assessed to gauge software effectiveness. Results reveal differences between the different tools in simulation outcomes and usability This research was conducted with the support of Incide, an Italian firm based in Padova, where the author completed an internship. The insights gained from this study have the potential to significantly improve dynamic energy simulation techniques in large-scale architectural projects. These findings are particularly beneficial for architects, energy analysts, and policymakers, providing valuable guidance in selecting appropriate simulation tools for designing and operating sustainable built environments.