1. NARI Group Corporation(State Grid Electric Power Research Institute), Nanjing 211106, China;2. Beijing Kedong Power Control System Co. Ltd., Beijing 100192, China

A human-machine interactive interface with multiple views for the dispatching automation system is designed. Firstly, a modular graphical development platform for multiple views is developed, which expands the graphic tools of the grid entities and achieves the edition and standardized storage of user interface(UI)visual components. The platform can develop and edit the interface with multiple views according to the demand. Then a script-based picture information transfer mechanism and a dynamic change mechanism of visual components are proposed, which separate the interface file and the data source definition. The visual elements in the interface can dynamically obtain data through the script, and visual effects can also be dynamically switched through the script. In addition, the interface with multiple views achieves remote viewing and sharing among multi-level dispatching centers by extending CIM/G specification. Finally, the visual analytics of human-machine interaction is studied, and two kinds of human-machine interaction mode based on keyword correlation analysis and event-based depth search are developed to support the analysis and decision-making process of dispatchers.