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    Product Services

    Smart distribution operation and maintenance management system


    System function

    • Energy monitoring

    • Energy monitoring

    • Energy monitoring

    • Energy monitoring

    • Energy monitoring

    Core advantages
    Traditional distribution system
    vs
    Intelligent distribution system
    • More proactive operation and maintenance

      When the load is overloaded and the temperature is too high, early pre adjustment can be achieved to prevent power outage accidents.

    • Passive waiting for operation and maintenance

      Solve problems only after they occur, and fail to report them in advance in a timely manner;

    • More efficient operation

      24/7 monitoring of equipment operation status; Make management more precise and streamline processes.

    • Traditional inefficient operations

      Daily operations mainly rely on manual inspections, which have high costs, low efficiency, cumbersome management, and high difficulty.

    • Internet of Things

      The combination of power distribution automation and Internet of Things technology achieves a close connection between people and things.

    • Device islanding

      People and devices cannot achieve real-time interaction of information, making it difficult for users to timely and accurately understand the operating status of the device.

    Smart Energy Prepaid Management System

    The smart energy prepayment management system adopts a new container+microservices architecture to collect real-time usage and remaining energy (electricity, water, etc.) of each energy consuming user, and can also perform remote opening and closing control, achieving
    To achieve the goal of paying before using energy, and to achieve functions such as customer energy charging, monitoring, and management.

    Smart Energy Management System

    A comprehensive evaluation of customer energy consumption and carbon emissions has been conducted, and a park level and enterprise level carbon emission measurement and monitoring system has been constructed. Scientific carbon emission indicator management has been established, and energy conservation has been deepened by dividing the main body and field Carbon reduction applications, combined with comprehensive application of emission reduction measures and technological means, ultimately achieve carbon neutrality.
    SysArchitecture
    SysHighlight

    • Adopting productization design mode, with good universality and easy batch replication of projects.

    • Adopting productization design mode, with good universality and easy batch replication of projects.

    • It can meet both the government's dual carbon governance needs and the carbon management needs of enterprises and parks.

    • Business platform based design, open and interconnected, very easy to integrate and be integrated.

    • Built in multiple intelligent AI engine modules, utilizing multi-dimensional data to achieve optimal strategies and results for carbon management.

    • Using energy flow carbon flow diagrams to guide the construction of zero carbon parks, while analyzing the carbon footprint of park enterprises, promoting the green transformation of industrial supply chains.

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