Research on energy-saving coupling correlation of new energy buildings based on carbon emission effect

Abstract

In order to improve the promotion effect of new energy on building energy conservation, this paper combines intelligent analysis of green building energy conservation, and conducts a coupling correlation study of new energy building energy conservation based on carbon emission effect. Moreover, based on the basic laws of thermodynamics, this paper solves the first-order ordinary differential equations for the unsteady temperature field variables of the differential equation in the rectangular coordinate system under different boundary conditions, and finally obtains the mathematical expression of the unsteady temperature field of the three-dimensional envelope structure. In addition, this paper establishes a mathematical model of the unsteady heat transfer of the building envelope under the influence of the dynamic thermal disturbance of the building envelope. From the clustering results, it can be seen that the energy-saving coupling correlation of new energy buildings based on carbon emission effect proposed in this paper is strong. Therefore, in the follow-up building design and construction, we can start from the perspective of new energy to reduce carbon emissions and improve the sustainable development of the construction industry.