Distribution Network Cloud Platform System Design Based on Cloud-Edge Collaboration and Scalable Microservices
Against the backdrop of the continuous expansion of the distribution network,aiming to enhance system efficiency and flexibility while addressing the management challenges arising from the increasing scale of the distribution network,the construction of a distribution network cloud-edge service framework,a scalable optimization model based on cloud-edge collaboration,and a microservices architecture for the distribution network cloud platform is proposed.By designing the cloud-edge service framework,efficient collaboration between the cloud and the edge is achieved.To tackle the challenges posed by the growing scale of power systems,a scalable optimization model based on cloud-edge collaboration is introduced to ensure efficient operation of the system under dynamic workloads.To improve system elasticity and flexibility,a microservices architecture for the distribution network cloud platform is designed,splitting the system into independent microservices units for easier scalability and maintenance.Through case studies,the proposed distribution network cloud platform system based on cloud-edge collaboration and scalable microservices is validated for its ability to dynamically adjust to continuously changing grid conditions,ensuring Quality of Service(QoS)parameters while reducing costs.The results demonstrate that the model provides practical so-lutions for the intelligentization and sustainable development of power systems,addressing the management challenges brought about by the expansion of distribution networks and offering robust support for the optimization of future power systems.
万方数据
维普
