improving the solar energy conversion rate
Apr 28, 2020
The invention relates to a photovoltaic power generation bracket and its installation and construction method for improving the solar energy conversion rate：
A photovoltaic power generation bracket that improves the solar energy conversion rate has the following characteristics: Including the solar panels
(1), bracket main body (2), (4) and drive components, described in the bracket main body (2) relative to the ground tilt installed, mentioned in a number of solar panels (1) the rectangular array of tile set it on the bracket main body (2), described drive component Settings on the bracket main body (2), described in the scraper (4) along the tilt direction of perpendicular to the bracket main body (2) the contact set above the solar panels
(1), and described the scraper (4) through the drive components along the bracket main body (2) the tilt direction of reciprocating movement; Drive components including the first weight (5), the second counterweight parts (6) and the connection with the first weight (5) and a second counterweight parts (6) the connection string (9), described in the bracket main body (2) the width of the wall set up with the first pulley (7) and the second roller (8), and described the first pulley (7) and the second pulley (8) are arranged separately in the bracket main body (2) on both ends of the tilt direction, described the connection string
(9) set and sliding around in the first pulley (7) and the second on the pulley (8), and described the first weight (5) and a second counterweight parts (6) are free prolapse, referred to the length of a scraper (4) the direction of the end Fixed on the connection rope (9), the scraper (4) through the first weight (5), the second weight (6) in the vertical direction of the displacement relative to the solar panel (1) sliding displacement; It also includes a diversion groove (3), the diversion groove (3) is an elongated groove structure, and the diversion groove
(3) is arranged on the low-end side of the main body of the bracket (2) parallel to the scraper (4). The first counterweight (5) is arranged below the side of an adjacent diversion groove (3) on the main body of the bracket (2), and the first counterweight (5) is a box structure of an inner cavity, and the diversion groove (3) is oriented toward one end of the first counterweight (5) to the inner cavity of the first counterweight (5).
