Optimizing the Future: Critical Review on Smart Building Contraction Technologies

Abstract

In order to enhance a building's functionality and energy efficiency, smart construction technology combines controlled reliable controllers and programs with connected sensors, smart energy products, and data analytics software to track ambient data and resident energy usage patterns. The integration of intelligent technologies and controllers in the construction sector is steadily expanding as a result of their growing significance in the fabrication, business-related; it and scholarly domains. This investigation uses a systematic strategy to review the related published literature between 2013 and 2023.Prior to investigating the rating of publications based on quality evaluation and yearly trend publication was done. The study further classifies the literature based on integration technologies and application. The finding reveals that most of the literature features with occupants an interface to schedule, monitor, and adjust energy consumption profiles. These developments also enable utilities to engage in an exchange with the grid by means of demand response strategies and automatic feedback interruption features.Potential study directions are also examined in the paper, particularly with regard to seamless integration, privacy, and security enhancements. It is also proposed that continuous surveillance of data and machine learning are two ways to enhance the intelligence of smart building technology.