No abstract

Nowadays, the park and its enterprises face many challenges in the global environment that is service-oriented, customer experience centered and customer demand oriented. ICT is becoming a major promoter and partner for smart parks and modern businesses. The smart park takes advantage of the results of data integration and sharing, and provides decision-making through data analysis, making the park more “intelligent” for corporate and individual services. An integrated management cloud platform architecture of smart parks based on the micro-service governance framework is proposed in this paper, which adopts the springclass micro-service governance framework to solve the problems of “data island”, “power island”, and “user experience” among the information subsystems of smart parks. The information and services will be integrated well to make quick response to changes in the extensional needs of the park’s operational services, and to achieve high scalability the system.

More and more network and provincial companies within the State Grid have adopted the “n + 1” architecture, that is, the deployment of production control at the regional and municipal levels, and the centralized deployment of information management at the provincial level to build the distribution automation master station system. The main station system of information management regional can independently evolve into the distribution cloud main station. In response to the construction trend of “n + 1” architecture, an integrated scheme’ of distribution automation master station system based on “n + 1” mode is proposed, and it is verified and analyzed on the new generation of distribution master station system constructed by State Grid Ningxia Electric Power Company. The verification and analysis on the above show that this integrated solution can solve the problems of cross-regional data synchronization and distributed data storage based on the “N+1” mode of the power distribution master station system, while avoiding the repeated construction of the information management area. At the same time, this construction mode can reduce operating costs, improve the efficiency of distribution network data utilization. At present, this scheme has been applied in Sichuan, Inner Mongolia, Jiangsu and Shanghai Electric Power Company, has a strong demonstration.