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ADVPS-6000/ETAP/EMS/PCS Integrated Intelligent Control (Energy Management and Control) Platform

    详细说明

    Overview
    ADVPS-6000 is a new generation integrated intelligent power control platform independently developed by Beijing Aode Weite Company, with a rich human-machine dialogue interface. The dialogue module adopts a full graphic interface. The interface style can be flexibly adjusted. This interface combines images and voice, allowing for free roaming, zooming, and movement. Multi window technology allows operators to display independent images that capture their attention in any area of the screen. Flexible and efficient interactive menus can replace most keyboard operations. The visual interface is easy to operate.
    Product Features
    1. Easy system installation and maintenance; Easy to operate; All functional modules are simple and easy to use; Flexible configuration; System scalability;
    2. Adopting distributed processing technology and real-time network communication technology, it can be used for monitoring systems of single computers or for centralized control systems of work. The system expansion is very flexible.
    3. A human-machine interface with multiple images makes it easy for operators to learn, understand, and operate. Customers do not require profound professional computer knowledge to generate, use, and maintain systems.
    4. Strong adaptability: Products with flexible structures have good adaptability and can meet various needs of users. This system provides a series of practical tools for customers to build systems;
    5. Modular function configuration: Users can choose modules with different functions according to their needs.
    System structure:


    Software system and functions:



    Application series module; Application moduleseries;
    weather forecast; weather forecast;
    3D visualization display; 3D visualized display;
    Training based on animation simulation; training based on animated simulation;
    Decision support system; decision support system;
    Fault analysis;  fault analysis;