Shared solar energy charging system

Abstract

The invention relates to the technical field of intelligent shared charging, and particularly relates to a shared solar energy charging system. The shared solar energy charging system comprises a solar energy panel, a pile body, a charging case and a shared mobile power supply; an electric core and a main control board are arranged in the charging case; the solar energy panel is electrically connected with the main control board via a lead wire and charges the electric core via the main control board; then, the electric core charges the shared mobile power supply; the shared mobile power supply is locked on the charging case via a lock catch device; a wireless communication unit is arranged on the main control board; and the system performs data interaction with a management APP via the wireless communication unit. According to the system, the shared use of the mobile power supply can be implemented, and the resources are saved; because the solar energy panel is taken as a power source, a commercial power supply does not need to be accessed, the system also can be used in an environment without a municipal power grid and the trouble of installing a power wire is omitted; the shared solar energy charging system can be installed at any place having the sunshine, so the installation is convenient and the service environment is wide; and the solar energy is a clean energy, so the energy is saved and the environment is protected.

Description

technical field [0001] The invention relates to the technical field of intelligent shared charging, in particular to a shared solar charging system. Background technique [0002] Mobile power is a backup power source for portable electronic products such as mobile phones and tablet computers. The demand for use is getting higher and higher, and the application is becoming more and more extensive. Mobile power is privately owned by consumers and needs to be carried with them. The capacity of mobile power conflicts with portability. , the larger the capacity, the worse the portability. Most mobile power banks on the market are larger than smartphones, which is inconvenient to carry; the capacity of a single mobile power bank is fixed, and the use time after charging is also limited. After the power is exhausted, consumers need to find a power source with mains power to charge it, and the usage is limited. Contents of the invention [0003] The purpose of the present inventi...

AI Technical Summary

Problems solved by technology

[0002] Mobile power is a backup power source for portable electronic products such as mobile phones and tablet computers. The demand for use is getting higher and higher, and the application is becoming more and more extensive. Mobile power is privately owned by consumers and needs to be carried with them. The capacity of mobile power conflicts with portability. , the larger the capacity, the worse the portability. Most mobile power banks on the market are larger than smartphones, which is inconvenient to carry; the capacity of a single mobile power bank is fixed, and the use time after charging is also limited. After the power is exhausted, consumers need to find a power source with mains power to charge, and the use is limited

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