Substation lightning rod capable of serving as 5G base station antenna tower

Abstract

The invention discloses a substation lightning rod capable of being used as a 5G base station antenna tower. The substation lightning rod comprises a tower body, an iron tower horizontal ground net which is arranged at the bottom of the tower body and a lightning rod needle tip which is arranged at the top of the tower body, wherein the tower body adopts a three-tube lattice type, and a pluralityof layers of platforms for installing base station antenna equipment are respectively arranged at certain heights from the tower body to the ground. The independent lightning rod of the transformer substation is specially designed and integrated with the base station antenna equipment, and the platform for installing the power private network base station antenna equipment and the operator 5G basestation antenna equipment is arranged, so combined sharing of the lightning rod and the antenna tower of the transformer substation and open sharing of the private network and public network infrastructure are realized; and synchronous design, synchronous construction and synchronous acceptance are carried out with a transformer substation infrastructure project, so purposes of improving the resource utilization rate and reducing the investment are achieved, and meanwhile, the full-life-cycle design concept is also met.

Description

technical field [0001] The invention relates to a substation lightning rod that can be used as a 5G base station antenna tower, and is suitable for the situation where base station antenna equipment in substations with different voltage levels is installed on an independent lightning rod. Background technique [0002] In recent years, the State Grid Corporation of China and the China Southern Power Grid Corporation have successively carried out the pilot construction of electric wireless private networks, which are used to carry power distribution automation and power consumption information collection services. With the advent of the 5G era, by providing resources such as power towers and computer rooms, and Operators cooperated in 5G pilot applications, creating conditions for the development of new smart grid services. At present, the base station antenna towers in substations are installed independently, generally on the ground of the substation or on the roof of the bui...

AI Technical Summary

Problems solved by technology

[0003] 1) The operating substation has not reserved the installation location of the base station antenna tower in advance. Even if the installation location can be found, a large number of facilities in the operating substation need to be modified, including ground excavation, building roof damage, and building facades. Lines, etc., not only affect the normal operation of the substation, but also damage the overall appearance of the substation

[0004] 2) Regardless of whether it is a new substation or a substation that has already been in operation, the base station antenna tower is dedicated to the tower and set up independently, occupying the land resources of the substation alone, without realizing resource sharing, resulting in a certain degree of investment waste

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