Green Building Design Based on Standardized Energy Consumption Modeling and Target Planning

In the current construction industry, green design faces problems of energy inefficiency and environmental degradation. The aim of this paper is to set up a green building design framework through standardized energy consumption modeling and target planning that aims to eradicate or mitigate energy consumption owed to a building and to improve on sustainability through a system approach. For this study, building energy consumption simulation software is used to collect energy consumption data of different building design Plans, and standardized methods are used for classification and analysis of energy consumption. Then, a target planning model has been established to reveal the energy consumption goals for green building design, which include the reduction of emissions, the conservation of energy, and the use of renewable energy as indicators. At the same time, the linear programming method is used to achieve design parameter optimization, ensuring an optimal balance of different indicators. In the trial, part of a particular research used this method to optimize building design by taking an office building as an example. The results indicated that Plan C had the lowest design energy consumption, and the monthly carbon dioxide emissions were the lowest at 5613 tons a month. This framework can provide a scientific basis for green building design, significantly improving the sustainability and economy of design, as well as giving effective support to the green transformation of the industry.