Adjustable-attitude solar cell panel rack

Abstract

The invention discloses an adjustable-attitude solar cell panel rack. A fixed platform is a triangle structure. Three corners of the fixed platform are connected to Hooke joints respectively. The fixed platform is an equilateral triangle and a length of a side is 700mm. Three hydraulic telescoping cylinders are connected to the corresponding Hooke joints respectively. A middle portion of each cylinder is an empty slot. The cylinders are welded on piston rods of the hydraulic telescoping cylinders respectively. Connecting rods pass through the cylinders and the two form a sliding pair. An empty slot diameter of each cylinder is equal to a diameter of each connecting rod and the two form clearance fit. The diameters of the three connecting rods are 600mm respectively and the connecting rods are welded into an equilateral triangle structure correspondingly. The connecting rods form a triangle moving platform structure. A solar cell panel is installed on the moving platform so that the solar cell panel moves along with motion of the moving platform. Through adjusting telescoping lengths of the three hydraulic telescoping cylinders, an attitude of the solar cell panel can be adjusted.

Description

technical field [0001] The invention relates to the field of utilizing clean energy and solar power generation, in particular to a solar battery panel frame with adjustable attitude. Background technique [0002] The energy problem is a major and long-term problem facing mankind. Human beings not only face the energy crisis caused by the shortage of fossil fuels, but also must solve the pollution hazards to the living environment brought about by the mining and burning of conventional energy. As the material carrier necessary for human's daily life, buildings consume a large amount of energy every year, accounting for about 40% of a country's total energy consumption. In some severe cold areas, the energy consumption of urban buildings can be as high as about 50% of the local energy consumption. It can be seen that building energy conservation is a major issue related to the sustainable development of a country and society. However, despite the continuous advancement of te...

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Problems solved by technology

They don't know enough about the principles and design methods of solar energy utilization, and they don't have enough understanding of its energy-saving significance. Appropriate embedded parts will cause certain obstacles to the installation of solar energy devices in the future. Therefore, the installation of rear solar energy utilization devices is likely to damage the building structure and increase unnecessary loads

At the same time, the production of existing solar energy utilization equipment only considers its own structure and function, and does not consider the combination with the building as an organic part of the building, nor can it be well coordinated with the overall architectural design, and the appearance and shape are difficult to adapt to modern buildings. requirements

Especially when it is used in a large area, it will cause the incongruity of the building facade and the damage to the urban landscape and environment, which makes the residential area in the city unwilling to adopt it on a large scale.

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