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    Intelligent Lighting Control System

    Tongxin Intelligent Lighting 2.0 uses industrial lighting fixtures as a medium for information exchange and interconnection. Through wireless LoRa and power line carrier communication, and by integrating different sensors and intelligent devices according to varying working environments and requirements, it enables efficient communication and precise intelligent control among lighting equipment.

    The system can intelligently control lamp switches, adjust brightness, and monitor operating status. By combining lighting technology with communication technology and sensor control, it allows the integration of different functional sensors based on user needs and specific working environments, delivering intelligent lighting solutions for various application scenarios. It fulfills diverse demands such as illumination adjustment, remote control, energy consumption statistics, fault alarms, and emergency alerts.

      Powerful Foghorn

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      Drilling Rigs
      Production Platform
      Maritime Obstacles
      Offshore Wind Power
      Marine Ranching
      Ocean Engineering

      System network topology diagram

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      The smart lighting system has flexible and diverse architectural forms, mainly divided into the BS architecture and the CS architecture, to meet the needs of different users and scenarios.
      CS architecture topology diagram
      BS architecture topology diagram
      View and download the Intelligent Lighting Control System product brochure, demonstration video, and related component manuals.

      Economy and Advantages

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      Intelligent control, convenient & efficient
      The smart lighting system can precisely achieve intelligent control of lighting, automatically adjusting according to the environment and requirements. It is easy to operate and can enhance management efficiency and user experience.
      Energy saving & emission reduction, environmental protection
      The system helps achieve energy conservation and emission reduction by intelligently adjusting brightness and other means, avoiding energy waste, reducing energy consumption, and implementing the concept of green development, thereby lowering the operational costs of enterprises.
      Extend lifespan, reduce costs
      Effectively extend the service life of the lamps, reduce the frequency of replacements, lower the maintenance costs, and in the long run, save a significant amount of expenses for the enterprise, achieving a dual saving of resources and economy.
      Intelligent monitoring, refined management
      It can conduct intelligent monitoring of the status of lighting fixtures, comprehensively grasp the operation of the lighting system, achieve refined management, promptly address potential issues, and enhance the reliability of the system.
      Fault alarm, ensuring safety
      It has the function of fault alarm, which can promptly detect and report any abnormalities in the lighting system, enhancing lighting safety, preventing safety accidents caused by lighting failures, and ensuring the safety of production and life.
      On-demand lighting, f lexible adaptation
      Adapt the lighting flexibly according to different scenarios and requirements, providing the appropriate light intensity, avoiding excessive lighting or insufficient lighting, and meeting diverse lighting needs.

      Function Introduction

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      Emergency mode

      Through the emergency mode, users can immediately override the automatic control mode for all intelligent lights connected to the system, and turning on all lamps to 100% brightness to ensure safe illumination of the platform.

      Human detection

      The use of human detection in collaboration with timed tasks enables the automatic implementation of various energy-saving modes for the interconnected lighting system. This mode can adjust the binding range of lamps and individual intelligent lamps as needed.

      Fault alarm

      The intelligent system for fault alarm can monitor the operating status of lighting equipment in real time, conduct automatic inspections, automatically trigger fault alarms, accurately locate faults, generate fault information, and alert maintenance personnel to go to the site to inspect and maintain the lamps.

      External Access

      The system provides an external alarm signal input interface, which can receive alarm signals based on usage needs. This enables the system to enter an external access control mode, turning on all lights. When the external input signal stops, the smart lighting fixtures will return to automatic mode.

      Illuminance detection

      The coordination in settings of illuminance detection and timed tasks can help meet green and energy conservation needs. Illuminance detection enables the system to automatically control the lamps by turning them on at dusk and off at dawn, thus achieving automatic energy conservation. The integration of illuminance detection with timed tasks achieves energy-efficient purposes by intelligently switching on/off and dimming designated lamps. This mode can adjust the binding range of lamps and individual intelligent lamps as needed.

      Introduction to system software

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      The smart lighting control system can intelligently control the on/off of lamps, adjust the brightness of lamps, detect the working status of lamps, and achieve efficient and cost-effective management. The system combines lighting technology with communication technology and sensor control. According to user needs and specific working environments, it can install different functional sensors to provide smart lighting system solutions for different usage scenarios, in order to meet users' diverse needs such as illumination adjustment, remote control, energy efficiency detection, fault alarm, and danger alarm for lighting equipment.

      View Software Details