Bracket and method for adjusting angle of solar photovoltaic module
A solar photovoltaic and solar cell technology, applied in the field of solar cells, can solve problems such as the restriction of the adjustment angle by the environment, high cost, and reduced reliability of the support, so as to reduce processing and operating costs, facilitate operation, and promote application.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0025] According to the principle of the linkage mechanism, the application of the adjustment angle of the solar cell module bracket is realized. The first member Y1 adopts the structure of the first rotating member 1. The first rotating member 1 is welded with two lugs 1-2 and 1-3 and opened. For the rotatable flat plate with the bolt holes 1-1, the first rotating member can also adopt other structures that can realize rotation and fix the solar battery module on it at the same time. The solar battery module 9 is fixed on the first rotating member 1 through the fixing bar 7, and the fixing bar 7 can be square steel or aluminum profile, and a plurality of fixing bolts 6 are fixed through the bolt holes 1-1 on the first rotating member 1. The strip 7 is fixed on the surface of the first rotating member 1 , so as to fix the entire solar photovoltaic module on the surface of the first rotating member 1 . The column 4 adopts standard equilateral channel steel, and the column can a...
Embodiment 2
[0028] The specific implementation method of the present invention is to convert the linear reciprocating motion into circular arc motion, and realize the adjustment of the angle of the solar module in a large range by using the parts for circular arc motion. The specific method of adjusting the angle in this scheme is: the fourth member Y4 is fixed, the first member Y1 and the fourth member Y4 are connected through the rotating pair A, the first member Y1 can rotate around a certain point of the fourth member Y4, and the third member Y3 and the fourth member Y4 are connected to each other. The fourth member Y4 is linked by a rotating pair A, the third member Y3 can rotate around a certain point of the first member Y1, the second member Y2 and the third member Y3 are linked by a rotating pair A, and the third member Y3 can rotate around a certain point of the second member Y2. With a little rotation, the first member Y1 and the second member Y2 are linked by a moving pair B, so...
Embodiment 3
[0033] Install a 6000W ground off-grid system in Shenzhen, Guangdong Province. The components are 100 pieces of amorphous silicon double-glass frameless components of 1640×707×6.5mm. Under standard conditions, the peak power of each piece is 60Wp, and the brackets are made of carbon steel. , the dimensions are as follows: Y1=185mm, Y3=70mm, the column 4 is 50×80×5mm channel steel, the length is 1200mm, the vertical distance of the fixing hole of the rotating mechanism on the column is Y4=60mm, the column 4 is fixed by cement foundation , the module can adjust the angle from 0° to 95° according to the structure. Since Shenzhen is located near the Tropic of Cancer, the angle is adjusted at the beginning of summer and the winter solstice. The angle a is adjusted to 10° at the beginning of summer, and the angle a is adjusted to 25° at the winter solstice. °, the average daily power generation is 15 degrees, which can be used to illuminate 100 50W lamps for 3 hours a day, and the an...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More