CN201490931U - Single supporting column tower structure solar power station - Google Patents

Abstract

A single supporting column tower structure solar power station composed of a tower structure support column, a solar panel support frame, a solar panel, a triangular support frame, a connecting ring, a connecting rod and a base. Each group of solar panels is closely connected to form a tower structure. The solar power station requires less material input and occupies a small area. Under the condition of keeping the lighting area unchanged, it can greatly save ground resources.

Description

Single supporting column tower structure solar power station

Technical field:

The utility model relates to a solar power station, in particular to a solar power station with a tower structure of a single supporting column. The solar power station can greatly reduce the occupied area of the solar power station under the condition that the lighting area remains unchanged, thereby greatly saving the ground. resource.

Background technique:

Solar energy is a new energy source, and the use of solar energy is the development direction of clean energy utilization for human beings in the future. In the near future, solar energy will become the main part of human energy composition. my country has very rich solar energy resources and very good prospects for solar energy utilization. The annual solar radiation energy received by the land surface of our country is equivalent to 4.9 trillion tons of standard coal, and the total annual solar radiation is higher than 1389 kWh per square meter. The annual sunshine hours More than 2200 hours. Nowadays, in coastal cities and inland cities, solar energy products are increasingly entering people's field of vision. In recent years, the construction of solar power plants is also developing rapidly, but most of the solar power plants built in recent years are placed horizontally on the ground surface. Many, occupying a large area, resulting in a large waste of material resources and land resources.

Invention content:

In order to overcome the shortcomings of the existing solar power plants, such as large-scale waste of land resources, the utility model aims at the shortcomings of the existing solar power plants, improves the existing solar power plants, and proposes a solar power plant with a single supporting column tower structure. The solar power station can greatly reduce the occupied area of the solar power station while keeping the lighting area unchanged.

The technical scheme adopted by the utility model to solve the technical problem is: a strong tower structure support column is made of good strength material, and the tower structure support column is firmly fixed on the ground through the base. A solar panel support frame with good strength is made of a material with good strength. The solar panel support frame is firmly fixed on the triangular support frame, and the solar panel is firmly fixed on the solar panel support frame, and the solar panel is fixed on the solar panel. The upper surfaces of each solar cell panel on the panel support frame are parallel to each other and in the same plane. The support column of the tower structure is divided into multiple layers from the ground up, and the support frames of each group of solar panels are firmly fixed on each layer of the support column of the tower structure through connecting rods and connecting rings, and the upper part of each group of solar panels The surfaces are parallel to each other. The order of the supporting columns of the tower structure can be determined according to the scale and power generation of the solar power station. The angle between the upper surface of the solar panel and the ground has different optimal values for different regions, and can be determined according to the specific conditions of different regions. Test and adjust.

The beneficial effects of the utility model are: each group of solar panels can be closely connected to form a tower structure, less material is invested, the floor area is smaller, and the solar energy can be greatly reduced while keeping the lighting area unchanged. The area of the power station.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a monomer structure diagram of the present utility model.

In Fig. 1 1. solar cell panel, 2. solar cell panel support frame, 3. triangular support frame, 4. tower structure support column, 5. connecting ring, 6. connecting rod, 7. base.

Detailed ways:

In Fig. 1, a strong tower structure support column (4) is made of a material with good strength, and the tower structure support column (4) is firmly fixed on the ground through a base (7). A solar panel support frame (2) with good strength is made of a material with good strength. The solar panel support frame (2) is firmly fixed on the triangular support frame (3), and the solar panel (1) is firmly fixed on the solar panel. on the solar cell panel support frame (2), and make the upper surfaces of each solar cell panel (1) fixed on the solar cell panel support frame (2) parallel to each other and in the same plane. The tower structure support column (4) is divided into multiple layers from the ground up, and each group of solar panel support frames (2) is firmly fixed on the tower structure support column ( 4) on each layer, and make the upper surfaces of each group of solar cell panels (1) parallel to each other. The order of the tower structure support column (4) can be determined according to the scale and power generation of the solar power station, and the angle between the upper surface of the solar panel (1) and the ground has different optimal values for different regions, and can be Test and adjust according to the specific conditions of different regions.

Claims (2)

1. A solar power plant with a single supporting column tower structure consisting of a tower structure support column, a solar panel support frame, a solar panel, a triangular support frame, a connecting ring, a connecting rod and a base, is characterized in that: the solar power station It is a tower structure with a single support column. The solar power station is composed of a tower structure support column, a solar panel support frame, a triangular support frame, a connecting ring, a connecting rod, a base and a solar panel. The tower structure support column passes through the base The seat is vertically fixed on the ground, and the single-support column tower structure is divided into multiple layers from the ground upwards. The solar panels are divided into multiple groups, and each group of solar panels is respectively fixed on each layer of the single-support column tower structure. The upper surfaces of the solar panels are parallel to each other. 2. The solar power plant with a single-supporting column tower structure according to claim 1, characterized in that: each group of solar panels is firmly fixed on a solar panel support frame, and each group of solar panel support frames is supported by a triangle The frames, connecting rods and connecting rings are firmly fixed on each layer of the supporting column of the tower structure.

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