تصميم غلاف المبنى الشمسي المتكامل وتحسينه للمباني ذات صافي الطاقة الصفرية

Abstract

The subject of the note deals with the design and improvement of the outer atmosphere for zero-energy buildings in the (and mobile) area. By studying the design and calibration of these buildings (location, use of energy modelling programmers, light efficiency), where we have used renewable energy sources (solar energy) to meet their energy needs, thereby reducing carbon emissions, as well as the most important recipes for these buildings (location, thermal insulation) and modeled them in the software of the new energy system. (TRNSYS). Access to zero-energy buildings, which can produce the energy they need throughout the year, in addition to not emitting any materials harmful to the environment surrounding these buildings. In other words, these buildings, together with energy self-sufficiency investigations, do not adversely affect the surrounding environment and have become a productive component rather than a consumer.

The subject of the note deals with the design and improvement of the outer atmosphere for zero-energy buildings in the (and mobile) area. By studying the design and calibration of these buildings (location, use of energy modelling programmers, light efficiency), where we have used renewable energy sources (solar energy) to meet their energy needs, thereby reducing carbon emissions, as well as the most important recipes for these buildings (location, thermal insulation) and modeled them in the software of the new energy system. (TRNSYS). Access to zero-energy buildings, which can produce the energy they need throughout the year, in addition to not emitting any materials harmful to the environment surrounding these buildings. In other words, these buildings, together with energy self-sufficiency investigations, do not adversely affect the surrounding environment and have become a productive component rather than a consumer.