The upgrading of the urbanization stage has made industrial heritage and low-carbon housing development one of the core concerns of sustainable urban development. This paper is based on the concept of eco-architecture, and chooses the carbon emission model of the construction industry to measure carbon emissions, and other data. And the Extreme Boundary Analysis (EBA) model and panel data model are used as the empirical analysis methods for the relationship between multiple variables and carbon emissions. Taking Province I as the research sample, the carbon emissions and related data of the construction industry in Province I from 2010 to 2019 are calculated as the research data. Meanwhile, for the strategy research of carbon emission control, focusing on the carbon emission influencing factors, nine target variables including energy structure, energy efficiency, and local financial final expenditures are selected from energy factors and economic factors. The EBA model is used to test the combination of variables, in which the combination of energy efficiency, energy consumption structure, and energy price is the main variable with P(β)=0.0000, showing a “strongly significant” relationship. Therefore, the carbon emission control strategy in housing development should focus on the optimization of energy selection and structure.
