High-reliability photovoltaic mounting platform suitable for off-grid environments

Abstract

The present invention provides a high-reliability photovoltaic mounting platform suitable for off-grid environments, falling within the technical field of photovoltaic power generation. The high-reliability photovoltaic mounting platform mainly includes: a vertical column, where an adjustment mechanism is arranged on the vertical column; and a switching mechanism, arranged on a bracket. The switching mechanism includes: a containment box fixedly arranged on the bracket, with a storage space formed inside the containment box; drive assemblies, arranged on two sides inside the containment box; fixing frames, connected to output ends of the drive assemblies; and backup panels, mounted on the fixing frames. The drive assemblies are configured to drive the fixing frames to move the backup panels back and forth between a storage position inside the storage space and a working position outside the containment box. The high-reliability photovoltaic mounting platform suitable for off-grid environments of the present invention achieves the effect of automatically activating the backup panels to continue power generation during the maintenance of the main photovoltaic panel by arranging the switching mechanism.