It usually adopts a cylindrical design, consisting of two semicircular solar panels, which has a certain degree of flexibility.
Equipped with semi-flexible solar panels, it has a certain degree of hardness and is scratch- and wear-resistant.
Makes use of two semi-flexible solar panels that have the benefits of impact and wear resistance and can bend to fit the curved surface of the pole. It has a certain amount of rigidity and is less vulnerable to damage from external impacts than fully flexible panels; in contrast to conventional rigid panels, it can be installed in a semicircle and has some flexibility.
Excellent performance in low light. Its power generation efficiency is 15%–20% higher than that of crystalline silicon panels in hot or partially shaded conditions, guaranteeing a better power supply on overcast or wet days.
Integrated design reduces installation complexity while preserving a neat and attractive pole by doing away with the need for extra installation brackets. Additionally, the panel surface is easy to clean and stain-resistant.
To satisfy the requirements of integrated intelligent management and control, semi-flexible solar pole lights are installed in smart parks along with other equipment and monitoring.
Because the semi-flexible panels are impact-resistant and lack sharp edges, they increase safety in residential areas where children play and the elderly stroll.
The salt spray-resistant and corrosion-resistant semi-flexible solar pole lights are appropriate for high-humidity and high-salinity conditions in port and dock loading and unloading areas, guaranteeing lighting for nighttime operations.
