面向新型配电系统的多主体协同运行及弹性提升探讨OA

With the opening-up and development of incremental distribution businesses and integrated application of digital-intelligent technologies,energy flow and information flow in the new distribution system frequently interact and are complexly coupled among multiple entities,causing cross-domain cyber-physical operational risks.To address the challenges of coordinated operation and resilience enhancement of multiple entities under cross-domain operational risks,a distributed-coordinated regulation mode for the efficiency improvement of energy-information is explored in a step-by-step manner across three levels:data,mechanism and application.At the data level,the spatio-temporal multi-dimensional value of measurement data is extracted to jointly analyze cross-domain operational risks among multiple entities.At the mechanism level,heterogeneous energy and information resources in multiple entities are coordinated to establish a deep defense system as well as a secure and trustworthy interactive decision-making mechanism.At the application level,the system's resilient operation capability is analyzed from the perspective of cyber-physical coupling,enabling closed-loop near-optimal operation in complicated dynamic environments.Building on existing studies,emerging social-system risks and future study directions are discussed from macro and micro perspectives.