Research on the Energy-Saving Transformation Strategy of Building Ecology Based on Artificial Intelligence and Interactive Virtual Simulation

With the increasingly serious problem of global climate change and resource tension, the ecological and energy saving transformation of the construction industry has become an urgent task. The use of artificial intelligence and interactive virtual simulation technology aims to effectively reduce the energy consumption of buildings and improve the energy efficiency of buildings without sacrificing the cost of the living or working environment. This paper mainly applies the way of algorithm comparison and experimental design, analyzes the application of the two technologies in the ecological transformation of buildings, and puts forward the key points of the transformation. The experimental results show that the accuracy of the long-term and short-term memory network algorithm is the highest, the highest is 94.6%, the lowest is 90.7%, all reaching more than 90%. Through the application of artificial intelligence technology and interactive virtual simulation, it provides important support for the energy conservation transformation of architectural ecology. Simulation and optimization of building energy consumption, environmental impact and other indicators, to promote the construction industry to a more sustainable and environmental protection direction.