Excellent Mechanical Properties: Utilizing a combination of latticed steel tubes or structural steel sections, the structure offers high strength, low self-weight, and high flexibility. It effectively withstands wind loads, conductor tension, and seismic forces, making it suitable for 500kV and higher UHV (Ultra-High Voltage) long-span applications.
Strong Seismic Resistance and Stability: The steel structure exhibits good ductility and high flexibility, preventing brittle fracture under extreme conditions; design features such as triangular bracing at joints ensure overall spatial stability.
Efficient Modular Construction: Components are largely prefabricated in the factory and assembled on-site using flange or bolted connections; rapid hoisting speeds significantly shorten the construction period, while the design supports various standardized layouts, such as portal and Pi-shaped configurations.
High Corrosion and Weather Resistance: Surfaces typically undergo hot-dip galvanizing (meeting the Sa2.5 rust removal standard) or composite coating processes, enabling them to withstand harsh outdoor environments-including acid rain, high humidity, and intense UV radiation-and ensuring a long service life.
Electrical Safety Compliance: The structural design strictly adheres to electrical clearance requirements and allows for the flexible installation of lightning rods, insulator strings, and bird-deterrent devices, thereby ensuring safety during live-line operations.
