Unmanned ship-mounted solar panel carrying device capable of being folded and unfolded autonomously

Abstract

The invention discloses an unmanned ship-mounted solar panel carrying device capable of being folded and unfolded autonomously. The device is mainly composed of a flexible solar panel structure, an arched support structure and a recycling box structure. When the device works, a solar panel is unfolded into an arch shape, the photosensitive area of the solar panel is increased, and the utilization rate of solar energy is increased; the arched support is designed to be in a retractable form, a steering engine is installed on the lower portion of the arched support, the steering engine is controlled to lift the arched support during work, and the steering engine is controlled to retract the arched support to a ship deck after work is received; a motor and a folding and unfolding mechanism are installed in the recycling box structure, the motor provides power for folding and unfolding of the solar panel, and the folding and unfolding mechanism is used for recycling the solar panel. According to the device, the working state is changed according to a received client control instruction, so that the solar panel is automatically folded and unfolded, and the influence of the solar panel carrying device on the navigation performance of the unmanned ship in the navigation process of the unmanned ship is reduced.

Description

technical field [0001] The present invention relates to an unmanned boat-borne solar panel mounting device, and more specifically, to an autonomously retractable solar panel mounting device. Background technique [0002] As a new type of marine operation platform, unmanned surface vehicles have become a hot spot in the research of marine strategies in recent years by virtue of their autonomy, miniaturization, and diversified functions. The power source is the key to the navigation of unmanned boats. Most of the small surface unmanned boats use electric energy as the main power source. This makes the sailing time of unmanned boats limited by the power supply voltage, the endurance is limited, and they cannot perform long-term operations. Applying the solar power generation system to the unmanned boat has greatly improved the endurance of the unmanned boat. However, most of the existing solar panel mounting devices are fixed devices, which cannot be retracted independently, an...

AI Technical Summary

Problems solved by technology

The power source is the key to the navigation of unmanned boats. Most of the small surface unmanned boats use electric energy as the main power source, which makes the sailing time of unmanned boats limited by the power supply voltage, and the endurance is limited, so they cannot perform long-term operations.

Applying the solar power generation system to the unmanned boat has greatly improved the endurance of the unmanned boat. However, most of the existing solar panel mounting devices are fixed devices, which cannot be retracted independently, and most of the solar panels are rigid solar panels; they cannot be autonomous. The retractable solar panel mounting device and the rigid solar panel with large volume and weight increase the resistance of the unmanned boat when sailing

Images