Performance Analysis of the Sustainable Windows Glazing System for Built Environment

During last decade, Energy consumption has been quickly increased leaded from industry and social growth. The main objective of the research is to evaluate the impact and assessment of glass in the saving of energy consumption for buildings. Experimental work is carried with five different windows and analysis performed in view of saving potential with comparable budget for composite climate condition. The decision-making agreement is also the cost of the window beyond its benefits. Marginal increase in cost will be offset by the savings in the energy consumption. The energy consumption saving is calculated using three star air-conditioner which is most widely used in buildings. In the recent work, novel configuration are experimented and introduced to have lower heat ingress and savings in energy substantially for composite climatic conditions. It has been observed that the minor and budget changes in the design of windows make them more energy effective. With the usage of recommended configurations in the building, it is projected to reduce the building energy consumption by 17.61%. The effect of configuration can save maximum of 15 watts per hour. It is recommended that buildings should be designed using these configurations to reduce the electricity bill and have the satisfactory energy efficiency level.