Dynamic energy simulation of the ONU palace in Geneve

This thesis involves a comparative study of dynamic energy simulations of one of the buildings in the Palais des Nations complex in Geneva using OpenStudio, EdiClima and HAP Carrier V6. In this context, the study assesses the effectiveness of the tools in evaluating energy consumption and thermal comfort by using them to model the building and input data relevant to the geographical area of Geneva. The research methodology entails the simulation and analysis of energy use, comfort variables and environmental characteristics under various conditions and arrangements. Some of the key findings relate to the ability of the two software in estimating the energy use and thermal comfort of the building. This work was done with the help of Incide, an Italian firm located in Padova where the author was an intern. The discoveries of this specific study can help to enhance the dynamic energy simulation practices in large architectural designs. The findings of the research can be of great use for architects, energy analysts and policy makers when it comes to choosing the right simulation tools for the design and operation of built environment to make it sustainable.