Generation and Effectiveness Verification of Optimal Emission Reduction Service Strategies for an Industrial Park Based on a Solar CCHP System

In order to generate the optimal emission reduction service strategy for the industrial park, this paper takes the solar CCHP system as the research object and focus on the problems of the traditional park energy supply system with large carbon emissions and fragmentation between configuration and operation, a two-layer optimization model is constructed based on the simulation modeling of the system, and the configuration and operation of the system are interactively related. The model was solved using the KKT (Karush-Kuhn-Tucker) conditions, ultimately producing an optimal energy supply strategy that demonstrates favorable economic characteristics. The validation of the effect shows that compared with the traditional energy supply system, the configuration and operation strategy proposed in this paper can reduce the carbon emission of the park by 30.12 tons, and the generation of this strategy can provide a good demonstration and reference for the development of the configuration and operation optimization strategy of other types of park energy supply systems.