Power supply system for photoelectric energy storage

Abstract

A power supply system for photoelectric energy storage is composed of a clamping module and a charging module and comprises a bottom plate used for being installed at one end of a charging port of a Bluetooth earphone box, a plug capable of being inserted into the charging port of the Bluetooth earphone box is fixed to one end of the bottom plate, the clamping module is arranged on the bottom plate, and is used for being clamped and installed on the outer side of a Bluetooth earphone box and can be used in cooperation with a common Bluetooth earphone. According to the invention, a mode of directly clamping and installing the device outside the Bluetooth earphone box is adopted, a new Bluetooth earphone box does not need to be purchased again, the device can be suitable for different types of Bluetooth earphone boxes, a large-area flexible photovoltaic panel material is adopted, the device can be well stored, the photovoltaic power generation efficiency is increased, the charging is faster, in addition, the photovoltaic panel can be tied to the arm or the thigh, and it can be ensured that the photovoltaic panel can well conduct power generation work when the user walks.

Description

technical field [0001] The invention relates to the field of photovoltaic power generation, in particular to a power supply system for photovoltaic energy storage. Background technique [0002] Bluetooth headsets can be connected to mobile phones and computers through Bluetooth technology, eliminating the trouble of wired headset wires, and the line is less likely to be damaged. The existing Bluetooth headset products are composed of a Bluetooth headset box and a headset. The Bluetooth headset box can store electricity, which can not only store and protect the headset, but also charge the headset. It is very convenient to use, but the power stored in the Bluetooth headset box lock is also Limited, often encounter the situation that the battery of the Bluetooth headset box is exhausted, and it is not convenient to charge the Bluetooth headset box outdoors, and the use of solar power generation can well charge the Bluetooth headset box outdoors. Charge. Most of the earphone ...

AI Technical Summary

Problems solved by technology

The existing Bluetooth headset products are composed of a Bluetooth headset box and a headset. The Bluetooth headset box can store electricity, which can not only store and protect the headset, but also charge the headset. It is very convenient to use, but the power stored in the Bluetooth headset box lock is also Limited, often encounter the situation that the battery of the Bluetooth headset box is exhausted, and it is not convenient to charge the Bluetooth headset box outdoors, and the use of solar power generation can well charge the Bluetooth headset box outdoors. Charge

Most of the earphone boxes with solar power generation function in the prior art directly install photovoltaic materials on the outer surface of the Bluetooth earphone box, and people need to replace the Bluetooth earphone box during use, which increases the cost of use, and also considers the connection between the earphone and the earphone. The compatibility of the Bluetooth headset box; at the same time, the Bluetooth headset box with solar power generation needs to expose the entire Bluetooth headset box to the sun when generating electricity, which can easily lead to high temperature conduction to the inside and affect the instructions for use of the internal electronic devices, and the photovoltaic Due to the limitation of the size of the Bluetooth headset box, the material is small in size and poor in power generation efficiency; and when the user is walking outdoors, it is not convenient to charge the Bluetooth headset, and it is more troublesome to use

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