Skip to main content

Introduction

1. Summary​

1.1 User Role​

This system is suitable for the following user roles:

  • System operation and maintenance personnel: responsible for the daily operation and maintenance of the system, monitoring system status, handling abnormal situations.
  • System managers: responsible for the overall management and configuration of the system, formulate policies, and analyze system operation data.

1.2 The system objectives​

This module aims to achieve fine control of various facilities such as lighting equipment, power circuit, and display screens through automated and intelligent strategic configuration.

The system supports a variety of trigger conditions based on time, latitude and longitude, sensor drive, etc., providing flexible policy configuration functions to help users optimize energy efficiency and improve equipment management convenience.

1.3 Primary Functions​

  1. Basic control

    • Lighting plan: Supports the automatic control plan of the lamp, can configure the time range, brightness adjustment and other parameters, and record the execution status.
    • Circuit Plan and Pole Power Plan: Manage the switching policy of the power supply circuit to support time or latitude and longitude triggers to ensure precise control.
    • LED screen plan: to achieve the led screen power supply timing switch and scene control.

  2. Smart strategy

    • Lamp strategy and circuit strategy: dynamically adjust device status (such as dimming, switch) based on sensors, time, or geo-location based to support edge-side policy execution.
    • People come to the light: through the sensor to trigger the "people to light, people to go out of the light" automation scene, improve energy efficiency.

  3. Batch Management and Emergency Response

    • Strategy grouping: Supports group management of strategies and plans, and enables batch activation/deactivation, deletion, and more.
    • Emergency mode and plan: preset emergency scenes and plan libraries, support one-click activation, rapid response to emergencies (such as emergency lighting fully open).

  4. Record and Retroactive All modules provide execution records and operational records to ensure that the policy execution process is traceable for troubleshooting and optimization analysis.

1.4 Advantages of the system​

  • Flexible configuration: Supports a variety of trigger conditions (time, latitude and longitude, sensors) and adapts to complex scene requirements.
  • Efficient management: Significantly reduce labor maintenance costs through policy grouping, batch operations, and one-click activation.
  • Intelligent control: combined with edge computing power to achieve low-latency automated response (such as people lighting up).
  • Traceability: Completely record operations and execution logs to inform data analysis and strategy optimization.

1.5 Operation Process​

1.5.1 Viewing Strategy Configuration​

  1. After logging in, select the Smart Strategy module from the system menu.
  2. In the left menu items, click the relevant configuration category menu to enter the specified list page.
  3. In the list page, select the content you need to view, enter the configuration details page.
  4. In the details page, you can view the specific conditions and execution configurations.

Other specific operations please refer to the relevant plan/strategy configuration instructions.

1.5.2 Strategy Instructions​

  1. After logging in, select the Smart Strategy module from the system menu.
  2. In the left menu items, click the relevant configuration category menu to enter the specified list page.
  3. In the list page, select the strategy you need to execute, select the corresponding operation instruction.

2. Strategy Categories​

Based on different application scenarios, the entire strategy configuration is divided into the following several categories.

2.1 Lighting​

Automated control strategies for lighting devices.

  • Lighting plan: supports the automation control plan of the lamp, can configure the time range, brightness adjustment and other parameters, and record the execution status.
  • Lighting strategy: based on sensor, time or geo-location based, dynamically adjust the device status (such as dimming, switch) to support the edge-side strategy execution.

2.2 Power Supply​

Automated control strategies for power supply.

  • Circuit plan: manage the switching policy of the power supply circuit to support time or latitude and longitude triggers to ensure precise control.
  • Circuit strategy: based on sensor, time or geo-location based, dynamically adjust the power supply status of the circuit.
  • Pole power plan: manage the switching policy of the power supply circuit to support time or latitude and longitude triggers to ensure precise control.
  • Pole power strategy: based on sensor, time or geo-location based, dynamically adjust the power supply status of the circuit.
  • LED screen plan: to achieve the led screen power supply timing switch and scene control.
  • LED screen strategy: based on sensor, time or geo-location based, dynamically adjust the power supply status of the LED screen.

2.3 Batch Management and Emergency Response​

  • Strategy grouping: supports group management of strategies and plans, and enables batch activation/deactivation, deletion, and more.
  • Emergency mode and plan: preset emergency scenes and plan libraries, support one-click activation, rapid response to emergencies (such as emergency lighting fully open).
  • Emergency plan: through pre-defined control instruction sets, support one-click activation to quickly execute preset operations, respond to emergencies (such as emergency lighting fully open).
  • Emergency mode: for the specified range of devices, predefine the emergency instructions (high priority) in different emergency scenarios, which is convenient for quick response to emergencies (such as pedestrians entering the tunnel).