The Architecture and Key Technologies of Cloud Graphic Configuration System for Power Trading Platform

The current power market trading platform mainly relies on customized development for human-machine display, lacking the ability to respond quickly to changes in business interface requirements. There are obvious deficiencies in flexible interface adjustment, configuration, and user-oriented aspects. This paper proposes a cloud graphic configuration system architecture suitable for power trading platform business scenarios, the role of each layer in the architecture and its implementation are also discussed. On this basis, the key technologies involved in the implementation of the transaction graphic cloud configuration system are further elaborated, such as the event interactive configuration technology based on attribute reference and the dynamic association method of transaction multidimensional data. Finally, the effectiveness and feasibility of the proposed cloud graphic configuration architecture are verified through a practical application example. This architecture can significantly improve the efficiency of human-machine interface generation, and meet the needs of rapid response to changes in the human-machine interface of trading business.