The Future of Intelligent Development of LED Street Lights

With the continuous development and progress of today's society, many daily necessities and electrical appliances have begun to think more and more artificially and intelligently in order to improve the humanized operation of products. Among the leading players in the electrical appliance market are touch mobile phones, notebook computers and so on. As the current emerging industry, LED products are certainly not far behind, using a variety of humanized intelligent design used in LED street lamp power supply, electronic ballasts, tunnel light driver and other related products.

LED intelligent lighting control system is used for centralized monitoring and control. According to the needs of use, time-sharing of LED street lamps and garden lamps can save electricity by 20% to 30%, and extend lamp life. The advantage is that the control of each phase is stored independently using preset information. When a line in the system fails, the fault point and the fault can be immediately detected and saved, which is helpful for troubleshooting and saving manpower and material resources.

In order to make bridges on rivers, with more stunning light and shadow performances and landmark effects, a complete set of high-tech intelligent control systems and light and shadow change solutions for bridges are designed. Bridges can produce or be cheerful or brilliant or invigorating or quiet. The effect of the scene changes enables the bridge to interact and blend better with the world of water and landscape, thus composing colorful and colorful movements.

The bridge LED lighting control system should adopt TCP/IP protocol and be optimized through signal transmission, so that the connected LED lighting system has more connected equipment and the connection distance is longer. The transmission control protocol makes the LED lighting system control quality and reliability. More advanced, two-way communication makes the device's remote monitoring and control more effective, making the LED landscape lighting control system more stable. The main functions that LED lighting systems can achieve are:

1) 100 brightness adjustment, 16 brightness adjustment without gray loss;
2) The display frequency can reach 85Hz;
3) The color adjustment ability RGB 256 independent adjustments;
4) The brightness depth can reach 1024 levels;
5) White detection function Each controller in the system can detect the input interface signal (indicator report);
6) Support users to configure their own screen information;
7) Power supply mode DC 24V AC110～220V; 8) Support remote control and serial port communication. The LED lighting intelligent control system can complete the consistency of time control, eliminate the time error of the power supply system, and ensure the quality of the LED animation recording. The application of intelligent control system reliably controls the stopping of LED lights and garden lights in different scenes.

Bridge lighting is divided into macro holiday scenes and general holiday scenes.

1) At ordinary times, the brightness of the outer side of the outer wall of the top side of the bridge railing and the light of the handrail lamp is 15cd/mz, and the illumination of the stairway steel fence is lOOlx.
2) During normal holidays, the bridge lighting will be turned off. The brightness of the spire on the outside of the railing is l5cd/m2, and the brightness of the other places with LED lamps is lOcd/m2.
3) All lights are turned on during major holidays. The brightness of the spire on the outside of the railing is l5cd/m2. Where there are other LED lamps, the brightness is 10cd/m2, and the bridge illumination is 2501x.

With the development of technology and the maturity of the market, artificial intelligence LED products are imperative, mature and perfect science and technology are the basic guarantee for the healthy development of the LED industry, and the constant voltage and constant current integration of modular products will become the mainstream. It will also gradually increase the effectiveness of intelligent control.