Outdoor All in One Solar Street Lamp 800w 1000w Led Commercial Solar Street Light

FY-SLT33

Specification

How Solar Street Light works dusk to dawn?

The working principle of solar street lights working automatically from dusk to dawn mainly consists of two steps: daytime photoelectric conversion and nighttime lighting.

Firstly, during the day, solar panels receive sunlight and convert it into electrical energy, which is then stored in the battery pack.

Then, as night falls, the internal controller of the solar street lamp senses changes in the environment and automatically activates the lighting mode. The controller outputs the electrical energy stored in the battery pack to the lighting fixture, and the LED light starts working for illumination.

In addition, the automatic operation of solar street lights also involves optical controllers and clock controllers. The light controller adopts a photosensitive probe, which automatically turns on the street lights when the light becomes dark and weak on the same day; When fish belly white appears in the early morning, the street lights automatically turn off. And the clock controller needs to pre-set the on/off time to make the street lights turn on and off on time, in order to achieve automatic control and save electricity.

In summary, the automatic operation of solar street lights from dusk to dawn mainly relies on the photoelectric conversion of solar panels, the energy storage of battery packs, the perception of environmental changes by controllers, and the collaborative work of light controllers and clock controllers. The automatic control system of solar street lights also includes some other safety and energy-saving functions.

A common function is to prevent excessive discharge of the battery. If the battery level is too low, the street lights may suddenly turn off, which may cause safety issues. To avoid this situation, the controller usually automatically reduces the brightness of the street lights or completely turns them off when the battery level drops below a certain threshold to protect the battery and prevent excessive discharge.

In addition, in order to further improve energy efficiency, some advanced solar street light systems are also equipped with intelligent dimming function. This function can adjust the brightness of the street lights according to actual needs. For example, in the late night, people may not need such high brightness, so the system can automatically reduce brightness to save electricity. When people start moving or detect vehicles or pedestrians, the street lights can automatically increase their brightness to ensure sufficient illumination.

In addition, the design of solar street lights also takes into account adverse weather conditions. For example, in thunderstorm weather, in order to avoid damage to street lights caused by lightning strikes, the controller can automatically shut down the system. After the weather returns to normal, the street lights can automatically resume working.

Overall, the automatic operation of solar street lights is not only about simple photoelectric conversion and lighting, but also involves a series of complex control and energy-saving strategies. These strategies ensure that street lights can work stably, safely, and energy-efficient under various environmental conditions.

Does the more beads there are in the field of solar street lights, the higher the brightness?

In the field of solar street lights, the number of lamp beads is an important factor affecting the brightness of street lights, but it is not the only factor. In fact, the brightness of solar street lights is influenced by various factors, including but not limited to the number of beads, the quality and efficiency of solar panels, the design of lighting fixtures, the material and geometric shape of transparent covers, as well as the quality and design of electronic components used.

Firstly, the number of lamp beads does indeed affect the brightness of solar street lights. Generally speaking, the more light beads there are, the greater the total light flux generated, resulting in a higher brightness of the street lamp. However, this does not mean that the more beads there are, the better, as excessive beads may lead to heat accumulation, affecting the efficiency and lifespan of street lights.

Secondly, the quality and efficiency of solar panels are also important factors affecting the brightness of solar street lights. If solar panels can more effectively collect solar energy and convert it into electricity, then the brightness of street lights will be higher.

In addition, the design of the lighting fixtures and the material and geometric shape of the transparent cover can also affect the brightness of solar street lights. For example, the design of lighting fixtures can optimize the distribution and reflection of light, allowing more light to shine on areas that require illumination. The material and geometric shape of the transparent cover can affect the transmission and scattering of light, thereby affecting the brightness and uniformity of the street lamp.

Finally, the quality and design of the electronic components used can also affect the brightness of solar street lights. For example, high-quality LED beads are brighter and have a longer lifespan than low-quality LED beads.

Therefore, although the number of lamp beads is an important factor affecting the brightness of solar street lights, in actual design and production, multiple factors need to be comprehensively considered to achieve the best lighting effect and economic benefits. When considering the design and optimization of solar street lights, the following aspects also need to be considered:

1. Battery energy storage system: The energy storage system of solar street lights usually uses lithium batteries, whose capacity and discharge efficiency directly affect the working time and brightness of the street lights. An efficient and moderately sized battery energy storage system can ensure that street lights continuously and stably emit light at night.

2. Intelligent control system: Modern solar street lights are usually equipped with intelligent control systems, which can automatically adjust the brightness and working mode of the street lights based on factors such as lighting conditions and time. This intelligent control system not only helps to save energy, but also improves the reliability and service life of street lights.

3. Installation and maintenance: The installation position and maintenance status of solar street lights can also affect their brightness. Installing solar panels in areas with sufficient lighting and less obstruction can improve the efficiency of solar panels, thereby increasing the brightness of street lights. In addition, regular maintenance and inspection can ensure that all components of the street lamp are in good working condition, avoiding brightness decline caused by aging or damage.

4. Environmental protection and sustainability: When designing solar street lights, it is also necessary to consider their impact on the environment and sustainability. Choosing environmentally friendly materials and processes, as well as reasonable energy utilization methods, can help reduce the impact on the environment and improve the economic and social benefits of solar street lights.

In summary, the brightness of solar street lights is not only determined by the number of lamp beads, but is influenced by a combination of multiple factors. When designing and producing solar street lights, it is necessary to comprehensively consider various factors to achieve the best lighting effect, economic benefits, and environmental benefits. Meanwhile, with the continuous advancement of technology and the expansion of application fields, the performance and reliability of solar street lights will also be continuously improved and perfected.

FACTORY AUDIT

TUV-1

TUV-2

SGS-1

SGS-2