Abstract
As an important space carrier of sustainable development of human settlements, cities are the basic regional units to promote energy saving innovation, improve energy efficiency and reduce emissions. It is very important to promote the process of urban sustainable development. On the basis of literature review, the government and energy saving enterprises are identified as the symbiotic subjects of urban energy saving innovation ecosystem. Based on logistic equation, this paper constructs a dual agent symbiosis model of urban energy saving innovation ecosystem. The simulation results show that the positive and negative of the symbiosis coefficient is an important parameter affecting the results of symbiosis equilibrium on urban energy saving innovation ecosystem. When the symbiosis coefficient is negative, the coordination and promotion between symbiotic subjects is greater than competition and competition, which makes the existing resources meet the needs of more symbiotic subjects to participate in urban energy saving.
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