Energy-Positive Rectangular Office Building - A Study of High rise, Mid rise and Low rise Buildings

Abstract

As global concerns regarding climate change and environmental sustainability escalate, the architectural and construction industry faces mounting pressure to develop energy-efficient and ecologically responsible buildings. This research paper delves into the complex relationship between regenerative design parameters and the height of rectangular office buildings, specifically in the context of composite zones. The study investigates how different design approaches influence building height in low-rise, mid-rise, and high-rise categories, and their potential impact on achieving energy-positive outcomes. It aims to identify the optimal combination of regenerative design parameters for each building height type to enhance overall energy performance and environmental sustainability. The findings reveal the significant role of regenerative design parameters in shaping the energy performance of rectangular office buildings of varying heights. They underscore the cumulative impact of these parameters, emphasizing the importance of a holistic approach to design and construction. The results also demonstrate that the potential for energy savings in low rise, making low rise structures more suitable candidates for energy-positive solutions. The integration of renewable energy technologies, such as solar photovoltaic and building-integrated photovoltaics, emerges as a crucial factor in achieving energy-positive outcomes.