Solution

System Introduction

The municipal street lamp cluster and single lamp electricity management system achieve remote or timed on/off control, time-sharing dimming, alarm, and street lamp networking functions for different road sections and street lamps in the area through hardware terminals; Through the function of cloud data monitoring, real-time information such as voltage, current, power, electricity consumption, and alarms can be viewed, and remote centralized and flat dynamic monitoring and data management can be implemented for the power consumption of street lamps. The computer PC end and WeChat mini program operate synchronously on both platforms, with multi-level management permissions and multiple setting modes. Real time monitoring and control of the operation of street lamps are carried out to detect and solve problems in a timely manner. The operation is convenient, safe, and reliable, solving the problems of outdated traditional street lamp management methods, high energy consumption, and low operation and maintenance efficiency.

1. Implement real-time remote alarm for transformer overload and electrical faults

Remote real-time monitoring of transformer voltage, current, and power. Once it exceeds the user set interval value, the system will push real-time alarm information, and users can promptly handle abnormal situations and remotely shut down.

2. Implement real-time comparison of transformer and street light electricity data to prevent theft and leakage of electricity

Based on the comparison between the electricity consumption of each street lamp and the electricity consumption at the transformer transmission and distribution end, if there is a significant discrepancy in the values, there may be suspicion of power theft or leakage.

3. Realize remote, accurate, and real-time statistics of the status and electricity consumption data of various road sections and streetlights in the urban area

By using sensors and IoT technology, real-time transmission of electricity consumption data to servers can achieve remote, accurate, and real-time statistics of the working status and electricity consumption data of each road section and street lamp, facilitating the detection and maintenance of faulty street lamps.

4. Realize remote and real-time control of the entire road section or individual street lights

Administrators can customize groups and remotely perform real-time operations on individual street lights or the entire road section.

5. Implement timing for streetlights or switch on/off the streetlights based on sunrise and sunset times

Administrators can set the timing and latitude of the streetlights, and automatically turn them on and off according to the sunrise and sunset times.

6. Implement remote segmented and timed adjustment of the brightness of street lamps to achieve the goal of reducing consumption

By installing devices such as single and dual light controllers, the brightness of the entire road section or individual street lights can be set to different levels according to different time periods to achieve the goal of reducing consumption.

7. Personalized management mode can be customized according to needs

Customize personalized street light electricity management system according to needs, adapt to local conditions, and achieve efficient and accurate electricity management and optimization.

8. Install a system module of the platform as needed

According to different road sections and scenarios, different functional system modules and products can be selected.

9. Do not change the power distribution mode of the existing road section streetlights

On the basis of the existing road sections and streetlights, installing different controllers is convenient for upgrading and avoids the trouble of large-scale rewiring.

      solution architecture