By constructing the street light Internet of Things, it realizes the modern street light on-demand maintenance and on-demand lighting, solves the operation and management problems of the urban street lighting industry, accurately improves the dynamic lighting rate, and realizes energy saving and emission reduction.

It realizes a variety of functions such as real-time monitoring, data analysis and fault alarms for urban street lights, and provides a platform for city management to comprehensively understand the operating status of street lights and optimize the management and maintenance of street lights.

Or present the spatial layout of streetlights in the form of GIS maps. Realizing real-time monitoring, control and management of the actual location of light poles, collectors, traffic violation probes and traffic monitoring, the real-time monitoring, control and management application of GIS intelligent streetlights provides more refined data support for urban management and planning.

Through the installation of sensors and remote monitoring system, it can real-time monitor the online, offline and fault status information of street lights, collectors, traffic violation probes and traffic monitoring equipment, and display the status parameters of the above equipment in the center of the big screen interface. It can effectively help city managers to find faults in time and maintain them in time to avoid property loss.

The system supports the collection and processing of massive energy consumption data from streetlights, collectors, traffic violation probes and traffic monitoring equipment, and selects visual chart components to display the day's electricity consumption of the equipment, the month's electricity consumption, and the year's electricity consumption statistics, such as:

Real-time Energy Consumption Curve Chart: Real-time Energy Consumption Curve Chart can display the real-time energy consumption data of the equipment. Users can view the trend of energy consumption of the equipment through the curve graph, and take timely measures to optimize the performance of the equipment's energy consumption.

Energy Consumption Statistical Table: Energy consumption statistical table can display the historical energy consumption data of the equipment, and its statistics and analysis. Users can understand the energy consumption of the equipment through the energy consumption statistics table, and evaluate the performance of the equipment by comparing the energy consumption data of different time periods.

Through the cockpit view can be more convenient remote centralized control. When a vehicle enters a roadway, a 3D model of the roadway is displayed in the scene, and the real-time scrolling display of the streetlight's brightness, power, current, surveillance camera screen and other parameter status is shown in the 2D panels on both sides of the roadway, which helps drivers better manage and maintain the streetlight system, and improves the efficiency and energy-saving level of the streetlight system.

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A system or application for centralized monitoring, management and maintenance of street light intelligent devices. Through Hightopo administrators can access real-time street light types, faults, power consumption and other health indicators. This includes comprehensive monitoring and management of street lights, collectors, surveillance cameras, and violation probes for alarm events in the intelligent street light system. When the system monitors the failure or abnormal situation of a street light device, it will quickly generate alarm information such as device name, number, time, alarm time, etc., assisting managers to quickly track and locate the position, and send the relevant information to the administrator's workbench or cell phone to remind the administrator to deal with the problem in a timely manner.

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Displayed in the form of a pop-up window to remind the administrator to handle the problem in time. The user presses the button on the street light or the application initiates a call request, the system interface locates the current street light, and the administrator receives the call request information and responds within the specified time to deal with the problem or dispatches the personnel to the scene to deal with the problem.

The light control system is an important part of the intelligent street light system, which is used to realize the remote control and management of street light equipment. It mainly includes:

Light control switch: the intelligent street light switch control system can be automatically adjusted or manually adjusted according to the time, weather, traffic flow and other factors, so as to achieve the effect of energy saving and environmental protection. In addition, the system can monitor the working status of streetlights through sensors and perform remote maintenance and troubleshooting when needed.

Dimming and color adjustment: The light control system can realize the adjustment of the brightness and color of the street light to achieve more energy saving and environmental protection.

Timing control: The light control system can realize timing control on the switching time of street lights, such as automatically turning on and off the street lights according to the sunrise and sunset time.

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Wisdom street light visualization system is an important part of the intelligent construction of the modern city, through the introduction of new generation of information technology such as artificial intelligence, big data, cloud computing, etc., which can improve the energy efficiency and the degree of intelligence of the street lights on the one hand, and on the other hand can realize the remote operation status of street lights. It can realize the functions of remote monitoring, fault prediction, energy saving and consumption reduction of street light operation status, as well as the visualization and monitoring of environmental data and traffic flow and other information, providing more possibilities and innovative ideas for the construction of smart cities.