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Research methodology in this research is applied based on the objective and its objective is to obtain the consensus of experts familiar with the topic of study. This study seeks to deconstruct the conventional structures with green architecture topics such as the reduced power consumption and to make the application of technologies in achieving the objectives of green architecture computational and executive by entering the topic of Nanomaterials and its applied application in green architecture. In addition to the focus on the Nanomaterials in green architecture, this study has sought to indicate that what profound impacts the practical applications of technology in green architecture have on the macro economy of country and the economical status of family by doing some statistical calculations and tests. A summary of some of the Nanomaterials, which are used in green architecture, is presented after the theoretical principles. In this study, Pearson correlation coefficient has been used for testing the statistical hypotheses and the advance method of Partial Least Squares (PLS) has been used for evaluating the subsidiary hypotheses and finally, Friedman test for ranking the variables of subsidiary hypotheses. In this study, the regression method has been used for indicating the equation of energy (electricity) consumption and finally the suggestions have been proposed for power manufacturing and consumption planning at the macro level of country and also in the field of reducing the energy loss in the residential and industrial structures about the green architecture by using the Nanomaterials.

A Case Study and Review of Nanotechnology and Nanomaterials in Green Architecture