A Communication Adaptation Method for New Power Load Management System Based on Game Theory and GMARCOS

In the context of low-carbon economic development, new power load management system businesses exhibit increasingly differentiated and diversified communication technology performance requirements. Selecting appropriate communication technologies that meet the requirements of businesses is crucial to establishing a safe, reliable, and economical new power load management system. Firstly, this paper comprehensively considers performance factors such as bandwidth and latency to construct an adaptability evaluation system. Secondly, a comprehensive weighting method based on game theory is proposed to weigh the evaluation indicators, incorporating expert experience and the inherent laws of the data. Finally, the Measurement of Alternatives and Ranking according to Compromise Solution (MARCOS) method improved by grey relational analysis is used for the adaptability ranking decision of communication technology. A numerical example shows that the proposed evaluation system and adaptation method offer a robust theoretical framework and practical solution for selecting communication technology for the business of the new power load management system.