Pitching swing frame for installing and lifting solar photovoltaic panel

Abstract

The invention discloses an pitching swing frame for installing and lifting a solar photovoltaic panel. The inverted swing frame for installing and lifting the solar photovoltaic panel comprises a berth chassis, a lifting assembly, a lifting platform, a solar photovoltaic panel installing platform, an angle adjusting assembly, a lifting in-place detecting device and an pitching swing set angle in-place detecting device. The lifting platform is connected with the berth chassis through the lifting assembly. One end of the solar photovoltaic panel installing platform is movably connected with the lifting platform. The other end of the solar photovoltaic panel installing platform is connected with the lifting platform through the angle adjusting assembly. According to the pitching swing frame for installing and lifting the solar photovoltaic panel, delivering can be achieved in a complete machine mode, on-site tedious installation of equipment is not needed, the on-site installation workload is reduced dramatically, transport is convenient, and the moving capacity is high.

Description

technical field [0001] The invention relates to a solar photovoltaic panel installation device of a solar photovoltaic charging station, in particular to a solar photovoltaic panel installation, lifting and swinging frame. Background technique [0002] The solar energy storage industry is a green new energy industry. The commercial development of energy storage equipment is an important milestone in the advancement of environmentally friendly and green energy. The market share of green new energy pure electric vehicles is gradually increasing. As the demand for charging increases, it gradually shows that the way of charging in the market is still limited by the layout of the national grid, especially those areas where the grid has not yet been delivered, so as to provide convenient charging methods. Solar photovoltaics have appeared at home and abroad. Charging stations are still mainly constructed in the form of civil engineering or steel structure engineering, and some of ...

AI Technical Summary

Problems solved by technology

The limitations of these methods are mainly that, in the form of civil engineering or steel structure, the workload of on-site construction and installation is large, and the ability to move and layout quickly and conveniently is lacking. Due to the existence of the balance weight, the self-weight of the equipment is very large, and it is also very difficult to ship. At the same time, the main structure still needs engineering construction, and there are still certain difficulties in installation.

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