Light Pole

The lighting poles are usually made of high-quality low-carbon steel Q235Q material, which is bent into shape in one step by a large bending machine. The design strength of the lighting poles can reach a wind resistance level of more than 12 and an earthquake resistance of 8. The inside and outside of the lamp pole will be hot-dip galvanized for anti-corrosion treatment. The galvanizing process includes pickling, hot-dip galvanizing, water washing, phosphating, passivation, etc. to ensure that the surface of the lamp pole is smooth, the zinc layer is uniform, and the anti-corrosion performance can be maintained for more than 20 years. In terms of compliance with the EN 40 standard, the design and manufacture of the lighting poles should follow the relevant coordination standards to ensure the safety and stability of the lighting poles, and it is suitable for occasions such as urban road lighting.

The production process of the lighting pole has strict requirements. The welding must be carried out in accordance with national standards, and this is used as the inspection basis to ensure reliable welding, smooth surface, no obvious pores, weld nodules, undercuts and other welding defects, and the welding reaches the third-level weld standard.

With the advancement of technology, lighting poles are also constantly innovating and developing. Mainly manifested in intelligence, energy saving and environmental protection. By integrating sensors and wireless communication technology, remote monitoring and intelligent control can be achieved, management efficiency can be improved, and the use of high-efficiency and energy-saving lighting equipment such as LED lamps can be promoted to reduce energy consumption and reduce carbon emissions.

Yes, solar street lights need regular maintenance, including cleaning solar panels, checking battery status, checking controller functions, etc., to ensure the normal operation of the street lights and extend their service life.

Solar street lights absorb sunlight during the day through solar panels, convert it into electricity and store it in batteries. At night, the controller automatically turns on the LED lamps according to changes in ambient light and uses the stored electricity to provide lighting.