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This article discusses the development of an energy management and control system (EMCS) that integrates IIoT (Industrial Internet of Things) technologies, which consists of two parts. The power monitoring and switching subsystem integrates hardware and software, monitoring solar energy production and consumption in real-time and selecting between solar power and conventional electrical grid. Such selection aims to ensure an adequate energy supply for the company’s critical equipment and environments. The subsystem incorporates remote breaker activation and consumption monitoring through motorized breakers and specialized energy meters. The second subsystem, named Monitoring and Control Software System (MCSS), is a visual control center, displaying the industrial plant layout and details about energy generation and consumption. MCSS provides information on the photovoltaic plant’s performance, savings achieved, and details on energy consumption. Together, these subsystems offer an integrated solution to optimize solar energy use in industrial environments, promoting energy efficiency and sustainability.

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Design and Implementation of an Architecture for Monitoring and Controlling Solar Energy Production for Industrial IoT

  • 会议论文

  • 发表日期：

    2025年

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  • Aneil Martins de Souza Filho,
  • Brendon Andrade de Lima,
  • Celso Barbosa Carvalho,
  • Diógenes Santos Paz Junior,
  • Felipe Jaime Ferreira Pinto,
  • João Aristeu Seixas Cardoso,
  • Maysa Marques,
  • Otoniel da Cunha Mendes,
  • Thiago Silva Jezini,
  • Williame Rocha

摘要

This article discusses the development of an energy management and control system (EMCS) that integrates IIoT (Industrial Internet of Things) technologies, which consists of two parts. The power monitoring and switching subsystem integrates hardware and software, monitoring solar energy production and consumption in real-time and selecting between solar power and conventional electrical grid. Such selection aims to ensure an adequate energy supply for the company’s critical equipment and environments. The subsystem incorporates remote breaker activation and consumption monitoring through motorized breakers and specialized energy meters. The second subsystem, named Monitoring and Control Software System (MCSS), is a visual control center, displaying the industrial plant layout and details about energy generation and consumption. MCSS provides information on the photovoltaic plant’s performance, savings achieved, and details on energy consumption. Together, these subsystems offer an integrated solution to optimize solar energy use in industrial environments, promoting energy efficiency and sustainability.