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The size of the light source for solar street lamps is influenced by several factors, including the hard requirements for lighting, the height of the lamp pole, and the width of the road. Generally, the main factor determining the size of the light source for solar energy-saving street lamps is these considerations. However, due to the lack of industry and national standards in the market, many solar street lamp sources remain unstandardized. Here, we will discuss the relationship between the height and width of street lamps and the size of the light source. One might wonder what the distance between solar street lamps should be. Based on the standards for new rural construction, here is a recommended configuration for the light source of solar street lamps:
5-meter solar street lamp is equipped with a light source of 9 watts to 18 watts.
6-meter solar street lamp is equipped with a light source of 18 watts to 30 watts.
7-meter solar street lamp is equipped with a light source of 30 watts to 42 watts.
8-meter solar street lamp is equipped with a light source of 42 watts to 60 watts.
9-meter solar street lamp is equipped with a light source of 60 watts to 80 watts.
10-meter solar street lamp is equipped with a light source of 80 watts to 100 watts.
This lighting configuration is the most commonly used scheme in the construction of solar street lamps in new rural areas. How bright is this standard light source? A vivid way to describe it is: no problem reading a book below. Therefore, if installing solar street lamps for new rural construction, one can design according to this standard, which meets normal lighting requirements while saving project costs. Some engineers may misunderstand and insist that brighter is better. However, the cost of solar street lamps is significantly related to their configuration scheme. Unlike ordinary street lamps, increasing the light source from 18 watts to 100 watts does not significantly impact the overall cost. However, if the light source of solar street lamps increases from 18 watts to 100 watts, the overall cost could increase exponentially, because solar street lamps operate as a system, and each component will change accordingly with the respective parts. Therefore, when creating a professional solar street lamp scheme, it is essential to refer to specific engineering case studies to assess the brightness of the scheme.
