The Ecological Improvement of Architectural Design by Renewable Energy Equipment

Abstract

Renewable energy is an important part of green building, which will directly promote the development of a low-carbon economy and have a direct or indirect impact on the regional ecological improvement. At present, the ecological evaluation research of renewable energy green building mainly focuses on the theoretical aspect, explaining green materials, low-carbon recycling, social responsibility and other contents, which lacks practical discussion and analysis, but ignores the impact of green ecological improvement. In order to deeply study the impact of renewable energy equipment on the ecological improvement of architectural design, this paper extracts the content and indicators of green building analysis of renewable energy equipment by the factor regression analysis method of ecological footprint, standardizes the indicators, and eliminates the invalid indicators. Then, the green building of renewable energy equipment is analyzed according to the index to find out the main impact aspects. Finally, the problems are analyzed, the reasons are explored, and relevant countermeasures are proposed according to the regression results. The research results show that the renewable energy equipment has a significant impact on the ecological improvement of architectural design, and the ecological footprint model has certain practicability and reliability in the evaluation of green buildings of renewable energy.