時間：2021-01-05| 作者：Admin
The LED street lamp factory has applied a photoelectric intelligent solar controller with charge and discharge protection function, photosensitive automatic control device, and time control device, which enables the product to effectively save energy, increase effective lighting time, and reduce production costs;
1. After using the area, the time difference between startup and shutdown is very small, which effectively overcomes the traditionalLED street lamp waterproof wireDue to the various drawbacks caused by excessive startup time difference,LED street lights are suitable for areas with abundant solar energy resources, as well as areas with abundant solar energy resources and areas with solar energy utilization. In these areas, solar energy can be used for lighting in urban residential areas, residential areas, garden villas, public green spaces, urban squares, and roads, as well as for household and environmental lighting in remote rural areas where conventional energy is scarce and difficult to generate electricity.
2. The technical characteristics of LED street lights are similar to those of solar street lights, except for their different shapes.
The effectiveness of LED street lights and the use of municipal lighting fixtures is practical. Comparison 1: The installation of municipal lighting fixtures is complex. The waterproof line of LED street lights has a complex operating procedure in municipal lighting fixture engineering. Firstly, cables need to be laid, which involves excavation of cable trenches, laying concealed pipes, threading in pipes, backfilling, and other basic projects. Then carry out long-term installation and debugging, and if there are any problems with any of the lines, large-scale rework is required. Moreover, the terrain and route requirements are complex, and the cost of labor and auxiliary materials is high.
Rainproof issues with LED street lights
The main phenomenon of LED street lamp waterproof wires is that the charging and discharging controller is drenched and damp, causing circuit board short circuits, burning out control devices (transistors), and seriously causing corrosion and deterioration of the circuit board, which cannot be repaired. There are two main ways to enter the water: first, through the reserved holes at the top of the lamp pole, it enters the lamp pole along with the solar cell components and light source leads; The second is to immerse from the gap of the lamp pole compartment door; In addition, the high temperature inside the warehouse results in high humidity inside the warehouse, leading to damage to the controller. Therefore, it is equally important to take precautions against rain and avoid moisture and damage to the controller.
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