The present invention relates to a solar charger for mobile phone combines a SD card reader function, specifically applying the sunlight to for conventional phone charger is efficient charging possible, and, equipped with a high-brightness LED and SD (or HSD) card reader to be configured to have a charging and data transfer capability via USB port.
In another aspect, the present invention is a solar cell module auxiliary, characterized by combine the Bluetooth function, the above-described solar cell module, the auxiliary charger in that it includes a function for SD (or HSD) transmission over the air to the identification information through the card reader to the external device It provides a charger.
The present invention but having a multi-module, a solar cell and a battery, USB port, a card reader to charge a voltage generated in the multi-module, a solar cell formed of a plurality of solar cells, and optionally equipped with a high-brightness LED, the battery, USB port , card reader, and provides the high-intensity LED in the current or voltage solar cell phone charger for the auxiliary card reader combines the function of a control circuit for controlling,
Multi-module solar cells (-) portion upper surface and the (+) when the solar cell and, one side of the front (+) terminal with the negative and the (-) terminal are formed, and the (+) terminal on the back and (-) itdoe terminals are mounted in a cutting cell to align the state of the solar cell of the the electrode formation substrate, one side of the front surface of the electrode formation substrate on which the connected structure, the solar cell (+) bus bar of the electrode substrate surface of (+) it is bonded to the terminal with solder cream of the solar cell for the characterized in that the small solar cell module which is bonded is soldered to the connecting element to the terminal, and laminating a cellphone-the bus bar front surface of the electrode substrate () () the sun provides light auxiliary charger.