Degree adjustable multi-angle plane reflection body to be installed on the passageway of solar generating site

摘要

The present invention installs a multi-angle planar reflector combination 10 on the floor 13 of a power generation complex for photovoltaic power installed on the water or on the ground so that the sunlight reflected by the reflector is additionally irradiated to the photovoltaic panel 11 In the photovoltaic power generation system that increases the amount of power generation by increasing the amount of insolation, the power generation efficiency is increased in response to the change in the altitude of the sun that changes with the passage of time, while the reflectors not participating in the operation are safely and easily managed, It relates to an angle-adjustable multi-angle planar reflector installed on the passage of the photovoltaic power generation complex that makes it possible to smoothly secure the patrol path of the patrol who wants to check Solar power is one of the most reliable future energy sources chosen by mankind as a kind of renewable energy. The present applicant has applied for maintenance between the photovoltaic panels 11 formed in the photovoltaic power generation complex through Application No. 10-2017-0161175 [photovoltaic power generation system with improved performance by improving the floor structure of the power generation complex] The invention of installing a multi-angle planar reflector combination to improve the power generation efficiency by reflecting the sunlight irradiated to the passable passage/free space 14 onto the solar photovoltaic panel 11 has been invented. Although the effect was proven to be quite large as a result of the experiment, it has been felt the need to supplement the problems such as adjusting the angle of the reflector or securing the passage/free space 14 instantaneously. In the present invention, a sensitizable reflector that is partially divided and installed/removed according to the season is installed on the floor 13 of the passage/free space 14 of the photovoltaic power generation complex installed on the water or on the ground. The reflected light is additionally irradiated to the photovoltaic panel 11 to increase the amount of power generation, but the reflector installed in the passage / free space 14 of the photovoltaic complex responds to the change in the angle of incidence of the sun that changes over time. By adjusting the height of the upper or lower part of the flat reflector base constituting the flat reflector, the angle between the flat reflector and the horizontal plane can be adjusted to maximize the power generation efficiency. The hinge was folded or unfolded to facilitate removal/storage or installation by combining it with the mid-angle plane reflector, and the high-angle plane reflector was combined with the mid-angle plane reflector using a hinge to allow the patrol to patrol the passage/free space 14. In this case, fold the hinge so that the high-angle plane reflector is folded over the mid-angle plane reflector to secure an instantaneous path. When the instantaneous inspection is over, unfold the hinge and install the high-angle plane reflector on the floor to perform the function easily. By doing so, we achieved the best technology that maximizes power generation efficiency and achieves convenience of facility use.