This study aims to explore a differentiated configuration model for green power certificates oriented towards the energy internet, and evaluate the performance of different configuration strategies through simulation research. The green power certificate is a key tool in the renewable energy market, used to promote sustainable energy development and reduce carbon emissions. However, market uncertainty and policy differences increase the complexity of certificate allocation. This article emphasizes the theoretical foundation and practical application potential of differentiated allocation. At the same time, we also identified the limitations of our research and proposed directions for improvement. Finally, the research results of this article indicate that the accuracy of the proposed model is more stable and higher than traditional models, with a maximum of 95.3%. However, traditional models have significant fluctuations and are relatively unstable. It can be seen that the model in this article should be able to better adapt to changes in requirements while maintaining configuration stability. The differentiated configuration model studied in this article provides valuable insights for future research and practice. Our research findings are of great significance for promoting sustainable energy development and environmental protection.

Simulation Research on Differentiated Configuration Model of Green Power Certificate for Energy Internet