Tower design for high-voltage systems

Abstract

The invention relates to a tower design for high-voltage systems consisting of several stories (2 to 12) which are connected to each other by means of insulators, where each story (2 to 12) comprises support bars (16) of electrically insulating material and cup-shaped node elements (24). According to the invention, the support bars (16) and metallic cross bars (26) enclose a rectangular area by means of the node elements (24) a supporting rib structure (32) of insulating transverse and longitudinal supports (34 and 36) is arranged, and that a cylindrical support body (42) with an axially arranged cylindrical core (44) is provided as the cup-shaped node element (24), where the cylinder surface (46) of the node element (24) is provided with two fastening posts (38) which are arranged at right angles to each other and at right angles to the end faces (48) of the support body (42). Thereby, a tower design for high-voltage systems is obtained which can be constructed by a building block system independently of the transmission power and/or the number of active components (14).

Dependencies are inferred from the claim text.