IIIIC

This project aims to utilize the natural phenomenon of wind on a site to design a building that maximizes natural ventilation and significantly reduces energy consumption, particularly in residential buildings where 61% of energy consumption is directly related to air movement (hot or cold). Site selection was based on criteria such as air movement, urban density, building height, energy consumption, and pollutant concentration. After careful consideration, New York City, specifically Times Square in Manhattan, was chosen due to the convergence of these factors. The analysis phase was a significant part of the architectural design process. First, the various winds of New York, including temperature, pollution rate, speed, and seasonality, were studied to determine the optimal height for the building to take advantage of the existing air movement. This analysis was performed using software called Falkon. Once the optimal height was determined, the shape of the building was modelled parametrically to allow for greater design flexibility. The project's ultimate goal is to reduce energy consumption and promote sustainable living by maximizing natural ventilation in urban areas. By utilizing the natural phenomenon of wind on a site, this project has the potential to significantly reduce energy consumption in residential buildings and contribute to a more sustainable future.