• New Energy Photovoltaic/Wind Power Integrated Automation System
New Energy Photovoltaic/Wind Power Integrated Automation System
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New Energy Photovoltaic/Wind Power Integrated Automation System

The RE-7000 New Energy Power Generation Integrated Automation System is built on a substation monitoring system platform and specially developed to meet the unique characteristics of wind and photovoltaic power plants. It provides comprehensive, real-time monitoring and control over various systems within the power plant, including photovoltaic arrays, combiner boxes, inverters, packaged substations, step-up stations, and environmental monitoring systems. The system also offers users a rich user interface, powerful analytical and processing capabilities, and a sophisticated monitoring and power control system that can be seamlessly integrated and configured with advanced applications for new energy power plant monitoring systems. By enhancing the grid connection reliability and safety of new energy power plants, this system significantly simplifies the system architecture and reduces engineering costs.
Keyword: New Energy Photovoltaic/Wind Power Integrated Automation System

The RE-7000 New Energy Power Generation Integrated Automation System is built on a substation monitoring system platform and specially developed to meet the unique characteristics of wind and photovoltaic power plants. It provides comprehensive, real-time monitoring and control over various systems within the power plant, including photovoltaic arrays, combiner boxes, inverters, packaged substations, step-up stations, and environmental monitoring systems. The system also offers users a rich user interface, powerful analytical and processing capabilities, and a sophisticated monitoring and power control system that can be seamlessly integrated and configured with advanced applications for new energy power plant monitoring. By enhancing the grid connection reliability and safety of new energy power plants, this system significantly simplifies the system architecture and reduces engineering costs. With its integrated design and implementation of protection and measurement devices, as well as its compact ring network or star network topology, the monitoring architecture for power generation units becomes simpler, more reliable, and cost-effective.

 

Product Configuration:

RE-7000 Integrated Power Automation System

RE-7900 Intelligent Power Control System

RE-7000 New Energy Fast Frequency Response System

RE-701 Digital Line Protection and Control Device

RE-702 Digital Transformer Protection and Control Device

RE-703 Digital Capacitor Protection and Control Device

RE-752 Intelligent Box-Type Substation Measurement and Control Device

RE-771 Digital Grid-Connection Interface Device

RE-772 Digital Anti-Islanding Protection Device

RE-773 Digital Reverse Power Monitoring Device

RE-731 Digital Frequency-Voltage Emergency Control Device

RE-760 Communication Server

RE-761 Protocol Converter

Optical power prediction system, five-protection system, environmental monitoring device, and others.

 

New Energy Photovoltaic/Wind Power Integrated Automation System


The RE-7000 New Energy Power Generation Integrated Automation System is built on a substation monitoring system platform and specially developed to meet the unique characteristics of wind and photovoltaic power plants. It provides comprehensive, real-time monitoring and control over various systems within the power plant, including photovoltaic arrays, combiner boxes, inverters, packaged substations, step-up stations, and environmental monitoring systems. The system also offers users a rich user interface, powerful analytical and processing capabilities, and a sophisticated monitoring and power control system that can be seamlessly integrated and configured with advanced applications for new energy power plant monitoring systems. By enhancing the grid connection reliability and safety of new energy power plants, this system significantly simplifies the system architecture and reduces engineering costs.
Keyword: New Energy Photovoltaic/Wind Power Integrated Automation System
  • Description
  • The RE-7000 New Energy Power Generation Integrated Automation System is built on a substation monitoring system platform and specially developed to meet the unique characteristics of wind and photovoltaic power plants. It provides comprehensive, real-time monitoring and control over various systems within the power plant, including photovoltaic arrays, combiner boxes, inverters, packaged substations, step-up stations, and environmental monitoring systems. The system also offers users a rich user interface, powerful analytical and processing capabilities, and a sophisticated monitoring and power control system that can be seamlessly integrated and configured with advanced applications for new energy power plant monitoring. By enhancing the grid connection reliability and safety of new energy power plants, this system significantly simplifies the system architecture and reduces engineering costs. With its integrated design and implementation of protection and measurement devices, as well as its compact ring network or star network topology, the monitoring architecture for power generation units becomes simpler, more reliable, and cost-effective.

     

    Product Configuration:

    RE-7000 Integrated Power Automation System

    RE-7900 Intelligent Power Control System

    RE-7000 New Energy Fast Frequency Response System

    RE-701 Digital Line Protection and Control Device

    RE-702 Digital Transformer Protection and Control Device

    RE-703 Digital Capacitor Protection and Control Device

    RE-752 Intelligent Box-Type Substation Measurement and Control Device

    RE-771 Digital Grid-Connection Interface Device

    RE-772 Digital Anti-Islanding Protection Device

    RE-773 Digital Reverse Power Monitoring Device

    RE-731 Digital Frequency-Voltage Emergency Control Device

    RE-760 Communication Server

    RE-761 Protocol Converter

    Optical power prediction system, five-protection system, environmental monitoring device, and others.

     

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