A Comprehensive Analysis of Domestic Building Energy Efficiency Value Using VIKOR Method

Abstract

"What is a room's energy efficiency?" A facility's energy efficiency is determined by comparing its power usage per square meter to the energy demand standards set for that particular type of structure in a given climate. To evaluate the floor space of each room on each floor of your building in the warmest areas, measure the area of each room precisely and then sum those measurements to get the overall floor area. The more precise the measurement, the more accurately your energy waste will be displayed as oil used per square meter. The research significance is fairly long-term energy and expense savings. Buildings that use less energy and water also have lower maintenance expenses. They also have a lower total social impact since energy-efficient structures that do not use natural gas produce fewer greenhouse gas emissions. House efficiency, in general, refers to how effectively resources like electricity and freshwater are used to operate systems and equipment placed or used in the building, as well as to provide services like heating, cooling, and lighting. Alternative factors to consider include occupant density, lighting loads, computer equipment, and additional equipment. The assessment options are open plan offices, small offices, laboratories, open computer labs, meeting rooms, and circulation. The results based on circulation show that it has the highest rank, while the laboratories have the lowest rank. The value of the dataset for building energy efficiency in the VIKOR method shows that the circulation has the top ranking.