Solar street lamp is a kind of street lamp that uses solar energy as an energy source, which has the advantages of energy saving, environmental protection, and easy installation, and is more and more favored by people. In the design and installation of solar street lights, the height and wall thickness of the light pole are two very important parameters, which directly affect the lighting effect and structural safety of the street lights. This article will ** the height and wall thickness of solar street light poles, and their impact on the performance of street lights.
First, the height of the solar street lamp pole.
The height of the solar street light pole is one of the key parameters of the street light installation, which directly affects the lighting range and illuminance of the street light. Generally speaking, the height of the solar street light pole should be between 3 meters and 6 meters, and the specific height should be determined according to the width of the road and the power of the street lights.
1.The effect of road width on the height of the light pole.
If the width of the road is less than 3 meters, it is recommended to use a 3-meter-high light pole; If the road width is more than 3 meters, it is recommended to use light poles 4 or 5 meters high. When the width of the road is greater than 6 meters, a 6-meter-high light pole can be considered.
2.The effect of street lamp power on the height of the light pole.
The power of the street light also affects the height of the light pole. Generally speaking, the higher the power of the street lamp, the higher the light pole is required to ensure the lighting effect. For example, a 50-watt street light requires a 4-meter or 5-meter-high pole, while a 100-watt street lamp requires a 5- or 6-meter-high pole.
Second, the wall thickness of the solar street lamp pole.
The wall thickness of the solar street light pole is an important parameter to ensure the safety of the structure. In general, the wall thickness should be between 2 mm and 3 mm, and the specific thickness should be determined according to the height and diameter of the pole.
1.The effect of pole height on wall thickness.
The higher the height of the pole, the greater the wall thickness required. This is because tall light poles need to withstand greater wind loads and dead weight, and therefore require greater structural strength for safety. For example, a 6-meter-high light pole may require a wall thickness of 3 mm to ensure structural safety.
2.The effect of the diameter of the pole on the wall thickness.
The diameter of the pole also affects the wall thickness. In general, the larger the diameter of the pole, the thicker the wall to ensure structural safety. For example, a 10 cm diameter pole may require a wall thickness of 2 mm for structural safety, while a 15 cm diameter pole may require a wall thickness of 3 mm for structural safety.
3. The influence of the height and wall thickness of the pole of the solar street lamp on the performance.
The height and wall thickness of the poles of solar street lights not only affect the lighting effect and structural safety, but also affect the performance and economy of the entire system. Below we will look at the influence of pole height and wall thickness on the performance of solar street lights from several aspects.
1.The effect of lighting effects.
The height and wall thickness of the pole of the solar street light directly affect the lighting effect. If the height is too low or the wall thickness is insufficient, it will lead to insufficient illuminance or limited illumination range; If the height is too high or the wall thickness is too large, it can lead to over-irradiation or wasted energy. Therefore, reasonable selection of pole height and wall thickness is the key to ensure good lighting effect.
2.Impact on structural safety.
The height and wall thickness of the poles of solar street lights directly affect the structural safety. If the height is insufficient or the wall thickness is too thin, it will cause tipping or damage under wind load or other external forces; If the height is too high or the wall thickness is too large, it will lead to wasted material and uneconomical. Therefore, the reasonable selection of the height and wall thickness of the light pole is the key to ensure the safety and economy of the structure.
3.The impact of energy efficiency.
The energy efficiency of solar street lights is related to the height of the pole and the thickness of the wall. If the height is too high or the wall thickness is too large, it will lead to wasted material and uneconomical. If the height is too low or the wall thickness is insufficient, it can lead to inefficient use of energy. Therefore, the reasonable selection of light pole height and wall thickness is the key to improve energy efficiency.