Installation acceptance criteria for solar street lights

Resource conservation is the main theme of this era. Taking street lamps as an example, they play an important role in people's nightlife. Without them, people will not have a good night. Solar street lights give people a symbol of safety and warmth. With solar street lights at night, people's lives have become more colorful. However, after the solar street light is installed, it needs to be checked and accepted before it is officially put into use. So what are the installation acceptance criteria for solar street lights?

Installation acceptance criteria for solar street lights:

1. Before the installation and trial operation of solar street lights, check whether the solar street light poles, lamps, solar panel components, controllers, battery models and specifications meet the design requirements.

2. Whether the pole position is reasonable and vertical to the ground.

3. Whether the azimuth and inclination of the solar panel assembly meet the design requirements (the solar panel is oriented at an angle of 5° from the south to the west) and whether there are obvious obstructions.

4. Whether the setting of the solar street light controller meets the design requirements.

5. Solar street light pole. The hot-dip galvanized and painted surface of the lamp arm is smooth and should not be damaged.

6. Foundation size, elevation and concrete strength grade should meet the design requirements.

7. The installation of the solar street light arm should be perpendicular to the road centerline and fixed firmly. When installing on the pole, the installation height of the lamp arm should meet the design requirements, and the down-conductor should be tight and tight.

8. The longitudinal centerline of the solar street light and the centerline of the lamp arm should be consistent, the horizontal centerline of the lamp should be parallel to the ground, and the projection angle of the floodlight should be adjusted appropriately. The average brightness of LED lights. The average illuminance meets the design requirements.

9. Metal light poles, solar cell module frames, brackets, etc. should be grounded for protection, and the grounding wire ends should be firmly fixed.

10. Whether the diagonal dimension of the flange meets the requirements of the design drawings.

11. The light pole should meet the wind speed force calculation and force requirements specified in the national standard.

12. Whether the anti-theft and lightning protection measures for street lamps are complete.

The above installation and acceptance criteria for solar street lights are shared here. In a word, the use of solar street lights can get rid of the control and restraint of electricity, and avoid the instability of light brightness caused by unstable AC power, power failure, etc., and will not worry about the power supply difficulties caused by the low voltage during the peak period of electricity consumption.