1. The height specifications for solar-powered, LED light poles
The street lamp's brightness is dependent on the pole's height. Generally speaking, we need to measure and survey various situations before figuring out the height based on the road's width and the brightness of the LED light source. For instance, the width of the road is equal to the height of a one-sided street light, while the height of a two-sided symmetrical street lamp is equal to half the width of the road. For the greatest illumination result, zigzag-arranged street lights on each side of the road should be at least 70% taller than the width of the road. It is also irrational to choose a solar led street light pole that is too high or too short since the surrounding trees and structures cannot hide the solar panels. On rural roads, 3–4 m light poles work well, while dual–lane country roads need 5-7 m solar-led street light poles. The way that traffic moves on the road must also be taken into account.
2. Requirements for light pole materials
The lifespan of the solar-powered LED street light pole will be directly impacted by its material. The most popular light poles nowadays are made of Q230 steel, which has been rolled. As the material's inherent corrosion resistance isn't very excellent, the surface will be galvanized in order to improve the light pole's ability to resist corrosion. For instance, cold-dip or hot-dip galvanizing. The hot-dip galvanizing light pole has improved anti-corrosion performance relative to other materials. It is thus advised to choose the light pole handled in this manner when making a purchase. Also, some of the common solar-powered LED street light poles now feature surfaces made of stainless steel or anodized aluminum. These two materials also have extremely good corrosion resistance. These two kinds of light poles cost more money, however. Users may make decisions based on their own budget.
3. Specifications for solar-led street light pole wall thickness
The light pole's wall thickness, as well as whether or not it has enough wind resistance and load-bearing capability, are other variables that must be taken into account in addition to the two main factors mentioned above. All of these elements have an impact on the lifespan of solar street lighting, thus when selecting, the wall thickness should be decided in accordance with the installation scenario. For instance, the wall thickness of 24m street lights must be at least 2.5cm, the wall thickness of 49m street lights must be at least 44.5cm, and the wall thickness of 815m high street lights must be at least 6cm. The wall thickness value is somewhat higher in the location where there is a consistently strong wind.
While selecting light poles, we must consider safety. Every street light should have an acceptable pole height setting; too high or too low would reduce the lamp's use. Part of this standard was gathered by solar-led street light manufacturers based on their years of manufacturing expertise, and part of it was a strict demand of the industry. To enhance the illumination impact, various street lamp pole heights are often chosen based on the width of the road. Consequently, selecting a reputable manufacturer of solar streetlights is crucial. According to the customer's budget, skilled producers of solar street lights may build a very affordable solar street light arrangement.
