Multi-directional supporting steel cable photovoltaic support

Abstract

The invention provides a multi-direction supporting steel cable photovoltaic support. A plurality of stand columns are installed at the lower ends of a first steel beam, a second steel beam and a third steel beam respectively, a first main steel cable, a second main steel cable and a pull-up steel cable are installed on the first steel beam, the second steel beam and the third steel beam respectively, and the start and stop ends of the first steel cable, the second main steel cable and the pull-up steel cable are connected with the first steel beam and the third steel beam through rigging and steel cable adapters respectively; the battery assemblies are connected through battery combination clamps, the battery assemblies are connected with the first main steel cable and the second main steel cable through the battery combination clamps, and cable-stayed steel cables are installed on the outer sides of the first steel beam and the third steel beam through steel cable adapters and rigging correspondingly; and supporting rod assemblies and / or four-direction steel cable assemblies are arranged between the first steel beam and the second steel beam and between the second steel beam and the third steel beam, the supporting rod assemblies can be used for connection according to geographical environment and climate factors, or the supporting rod assemblies and the four-direction steel cable assemblies are connected in a combined mode, influences of factors such as wind pressure and snow pressure are reduced, and the support is widely applied to areas such as mountainous regions, plains and hills.

Description

technical field [0001] The invention relates to the field of photovoltaic support equipment, in particular to a multi-directional support steel cable photovoltaic support. Background technique [0002] Photovoltaic brackets are brackets used to support battery panels in solar photovoltaic power generation systems. The traditional photovoltaic support is a rigid support, generally including columns and purlins, and photovoltaic modules are installed and arranged in an array on the rigid purlins. The existing flexible photovoltaic support is connected with steel strands and steel beams to form a flexible cable structure. Under the influence of force, the distance between the steel beams and steel beams is 8-60 meters. The supporting structure is a triangular support installed on the steel strands between the steel beams. However, the triangular support can only be used for plane support and cannot play a supporting role in the erection of long-distance photovoltaic brackets, ...

AI Technical Summary

Problems solved by technology

The existing flexible photovoltaic support is connected with steel strands and steel beams to form a flexible cable structure. Under the influence of force, the distance between the steel beams and steel beams is 8-60 meters. The supporting structure is a triangular support installed on the steel strands between the steel beams. However, the triangular support can only be used for plane support and cannot play a supporting role in the erection of long-distance photovoltaic brackets, that is, it cannot be used for long distances. Use at a distance, which virtually increases the construction cost, and also poses a great safety hazard

Moreover, affected by the harsh climate environment and geological conditions, the battery components will jitter and high-frequency vibration, resulting in cracks and attenuation of the battery components, and it is difficult to ensure the safety of the steel cable photovoltaic power station system and reach the designed service life

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