LED street lights will be the full application of the Internet of Things management system in the future

The intelligent management system of the Internet of Things for LED street lighting is based on power carrier communication and radio frequency communication skills, with DSP processor skills as the center, building a ubiquitous IoT network channel, and using advanced modern computer network skills, Wireless shared data network GPRS/CDMA communication skills, geographic information system (GIS) skills, etc., based on the establishment of a data base of lighting lamps and lanterns, complete road management, equipment management, daily management, operation five remote management, planning management, road Incident analysis, auxiliary analysis of power distribution equipment data, and report processing, etc., complete the standardized, automated, and scientific management of lighting fixtures, and complete scientific management of the increasingly rapid development of modern lighting. The main station software of the LED lighting Internet of Things management system The powerful and effective LED lighting Internet of Things management software is stable, reliable, and easy to expand, making urban lighting management an easy task. According to the browser’s multi-user login system, four levels of authority are assigned by default to administrators, operators, repairers, and inspectors. Each user can log in according to the authorized system and perform corresponding operations or check related data; professional GIS handles all LED lamps and lanterns intuitively Displayed on the map, and different styles according to the lighting conditions, you can see at a glance; professional map engine, compatible with multiple data formats, can use third-party map data such as GOOGLE/BAIDU, and professional map data such as ARCGIS/MAPINFO; Extensible, highly sensitive and sensitive single-lamp management. The user can turn on, off, dimming, and query any lamp or a group of lamps through the client; the user can monitor the current, voltage, and active power of a lamp. , Power factor, power, lifespan and other data, can be collected in real time or selected punctually; the preemptive lighting scene management mode can handle all LED lamps by selecting the scene method, and each lamp can be quickly switched to a different state Combination to complete real and fast on-demand lighting; the combination with sensors and internal central algorithms make the lighting management more secure, energy-saving, and completely intelligent operation; with the punctual mission, the lamps can be actively switched to different combinations of conditions to complete active energy saving ;Strong alarm and early warning function system online real-time monitoring of the operation status of LED lamps, and provide strong alarm and early warning functions; equipment alarms include: lamp failures, false lights, concentrator upstream and downstream communication failures, etc.; intelligent warning includes: LED Lamp failures exceed limit, lamp batch life expires, repair work order processing is overdue, etc.; comprehensive lamp operation status monitoring and reporting system actively generates and updates all lamp operation status data, and fully controls lamp operation status, fault status, and lifespan status , To provide detailed data support for the resolution plan. Provides comprehensive analysis reports for active accounting updates, including: asset condition assessment reports, energy-saving benefit analysis reports; fault and repair reports, etc. This system is composed of four sub-systems, which are solar photovoltaic power supply and conditioning system, LED drive power supply and control system, dimming and color adjustment and other lighting functions intelligent control system, and IoT host computer centralized control and information feedback channel system. With the development of LED street lamp chip technology, LED drive power supply technology, communication technology, embedded technology, and sensor technology, the LED intelligent lighting control IoT system has been widely used. The system does not require changes to the site structure, does not require the support of any original fixed network, can be quickly deployed, facilitated adjustment, and has good maintainability and expandability, and has a wide use prospect. Especially now the country vigorously advocates the use of LED street lights, energy saving and environmental protection. With the launch of the LED lighting Internet of Things management system, there is a higher requirement for the core skills of LED street lamp power supplies. LED street lamp power supply manufacturers need to respond to these challenges in this change, and constantly upgrade the company's LED street lamp power supply brand's central value and Skill content to meet the needs of social development.