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Big Data Platform

Horizontal comparison of similar types of solar farms in the same region to improve power generation efficiency; equipment comparison of various manufacturers to provide a basis for the selection of equipment for new solar farm projects

Conduct current comparative analysis on each string. Perform maintenance on strings with low power generation efficiency

Automatic generation of reports with operating indicators for each solar farm to improve work efficiency

Accurately identify processes with substantial losses and issue an alert for renovation and maintenance

Analyse equipment operation data to predict potential equipment failures so as to enable early detection and handling

Centralised monitoring of real-time operating data of equipment, immediately identifying faulty equipment

Xinyi Intelligent Management Platform
  • INTELLIGENT MANAGEMENT PLATFORM

  • Inspection task formulation

    The annual inspection plan is formulated based on the equipment details of each solar farm. The system automatically generates inspection tasks and distributes the tasks to the operation and maintenance staff, who will then go to the corresponding equipment to conduct inspections by code scanning

  • Staff safety guarantee

    A satellite positioning map is built into the system, which can view the location of operation and maintenance staff in real time and complement the full-coverage high-definition video surveillance system in the solar farm to ensure the safety of the staff

  • Real-time fault handling

    The inspection system is deeply integrated with the big data platform to intelligently identify faults and notify the operation and maintenance staff for their immediate handling

  • Safety management

    The system imports operation tasks such as work orders and operation tickets and instructs the operation and maintenance staff to operate following standard operating procedures for power outages and power transmission, so as to avoid violation of regulations or improper operation

  • Establish a fault knowledge base

    By collating and consolidating detailed fault records of each solar farm to build up a fault knowledge base so that information can be shared among all solar farms, thereby providing valuable reference materials for equipment maintenance, such as carrying out maintenance on strings with low power generation efficiency

Video Surveillance Platform

  • Shading detection

    On-time partial shading detection of each PV module so as to arrange for staff to remove all obstructions in time

  • Production monitoring

    Instantaneous monitoring of trespassers entering solar farms to secure the equipment asset and production safety

  • Personnel monitoring

    Real-time status updates of operation and maintenance staff in solar farms to ensure their safety

  • IP speaker broadcasting system

    The system automatically broadcasts a warning message to prompt on-site staff to leave and, at the same time, notifies the monitoring center. The staff on duty can also immediately speak remotely with the monitoring center through the IP speaker microphone

  • Fire detection

    The thermal imaging technology can automatically identify smoke and fire on site and send a warning to notify the staff on duty to ensure the safety of personnel and avoid property loss

  • Thermal imaging troubleshooting

    Applying thermal imaging technology to screen and identify faulty modules in fixed areas and repairing them in time to reduce power loss

  • Device positioning

    After extreme weather events, video surveillance is used to quickly locate the areas with damaged equipment to improve the efficiency of the investigation

Drone Inspection

  • Automated settings

    Through automated settings, drones are arranged to inspect solar farms during critical times to detect hidden dangers such as fires in advance, thereby reducing manpower and improving security efficiency

  • Quick positioning

    After extreme weather events, drones are arranged to inspect solar farms to quickly identify any affected areas, thereby improving the efficiency of post-disaster restoration and reducing property loss

  • Efficient inspection

    Drones can quickly and efficiently identify hidden problems with PV modules in solar farms, which in turn facilitates prompt replacement of underperforming modules and improvement in power generation

Automatic Cleaning System

  • Installed in fishery-PV complementary solar farm projects and floating solar farm projects

  • Installed in agricultural-PV complementary solar farm projects, and solar farm projects on flat terrain and mountainous areas

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