In order to activate the flexible carbon reduction potential of various links in the power generation and consumption sides

while maintaining the original planning of the traditional park

existing resources are integrated and planned for renovation. Firstly

the life cycle assessment (LCA) method is used to measure the carbon emissions and absorption processes of the park

and the carbon neutrality planning indicators are proposed after accounting. Then

a flexible carbon reduction model for the park is established

taking into account uncertainties in source and load

constraints on equipment expansion

and carbon flexibility. Finally

a two-stage robust planning model is constructed with the goal of minimizing the planning cost of the park

and the column and constraint generation algorithm is used to obtain the optimal solution to the planning problem. The calculation example shows that the proposed model can optimize the energy structure of the park

achieve net zero carbon emissions in the park

and provide scientific support for the transformation and upgrading of traditional parks.