The solar street lamp is composed of six main components: solar panel, lithium battery, controller, LED lamp holder, lamp pole and ground cage; major Factory chandelier It is made of LED lamp holder. It consists of three parts: lamp pole and grounding cage. Since the solar street lamp uses unique solar panel, lithium battery and controller components, it can easily get rid of the tedious wiring process in the building, complete the charging process independently, and automatically turn on and off the sunshine time according to the lighting conditions, or even automatically adjust the brightness of the street lamp according to the brightness in the daytime; However, urban circuit lights cannot get rid of the independent existence of municipal electricity. Cables need to be embedded at an early stage to ensure the subsequent installation of street lights. In order to control the lighting time, major Factory chandelier Power distribution can only be carried out on the mains. Time control can be installed on the box, and the brightness control of lighting can only be completed by adding corresponding only equipment.

1. Be able to monitor the temperature of the light source chip pad of the street lamp itself or the temperature of the lamp shell and conduct fault diagnosis; 2. Remote measurement of electrical parameters such as street lamp current and voltage, remote switching of street lamps, remote viewing of on-site operation of important road sections, etc; 3. According to major Factory chandelier The monitoring data of can timely grasp the abnormal position and reason of street lights, and carry out purposeful maintenance without having to go to the whole city for inspection, which speeds up the speed. 4. It has daylight sensor or on-board sensor dimming, energy saving control, time control and even RTC dimming; 5. In some areas with few people and vehicles, it can be controlled at half bright time in the middle of the night, but when people and cars pass by, major Factory chandelier They will reach the distance ahead and in a few cases restore the original brightness. Seconds. 6. The lighting standard level of the same road will change with time and traffic flow.

1、 Disconnection. For "dead light", we should first determine major Factory chandelier Is it short circuit or open circuit. 2、 The adhesive layer is peeled off. For some LED energy-saving project lights with vertical chips, the common reasons for dead lights are the peeling off of the bottom of the chip bonding layer and the peeling off of the bracket coating. 3、 The welding spot is burnt. In some cases, the dead light of the bulb may not be caused by the bulb itself, but also by the power supply used. 4、 Chip corrosion. The previous energy-saving floodlights and energy-saving floodlights are open circuit. The following is the condition of short circuit dead light. major Factory chandelier There are many reasons for dead lights. Dead light may appear in every link from packaging, application to use.

The life of LED mining lamp depends largely on the level of heat dissipation, and the main way to improve the level of heat dissipation is to transfer the excess heat generated by the chip through the radiator and radiator. At the same time, major Factory chandelier The main parameters related to LED heat dissipation are thermal resistance, junction temperature, temperature rise, etc. Thermal resistance is the quotient obtained by dividing the difference between the effective temperature of the equipment and the temperature of the external designated reference point by the steady-state power consumption in the equipment. It is an important parameter indicating the degree of heat dissipation of equipment. Junction temperature refers to the temperature of the semiconductor junction of the main heating part in the LED device. It reflects major Factory chandelier Temperature value that can be withstood under working conditions. Temperature rise refers to the temperature rise of the enclosure environment. It refers to the difference between the temperature of LED equipment shell and the ambient temperature. This is a temperature value that can be directly measured, which can directly reflect the heat dissipation degree around LED devices.