What you are viewing is 1350mA Emergency Solar Power Charger for iPod / iPhone. With this solar power charger, you will no longer need to worry about insufficient power supply for your iPod or iPhone. This emergency iPhone charger is a practical and environment friendly product. It is perfect for back packing, hiking, camping, biking and other emergency uses. The emergency solar power charger can charge your phone directly from the solar power or its built-in 1350mAh high capacity rechargeable polymer battery. This solar power charger is slim and portable that you can easily take it with you. And you can charge your mobile phone, digital camera, PDA, MP3, MP4 and other devices whenever and wherever. You can charge so many different electronic devices with this solar power charger. Heart moving now? This emergency iPhone charger will be a veritably good assistant for your daily life!
Solar Board: 81 x 33mm
Solar Energy Board: 5.5V/80mA
Output Voltage: 5.5V
Output Current: 1000mA
Size: 9.3 x 4.3 x 1cm
Material: Monocrystalline Silicon
High solar energy converts efficiency over 15%
Different colored emergency iPhone charger is available for you
You can charge your phone whenever and wherever with this solar power charger
Emergency solar power charger with portable, slim design and built-in battery
This emergency solar power charger will be a veritably good assistant for your daily life
This solar power charger is perfect for back packing, hiking, camping, biking and other emergency uses
This solar power charger is slim and portable that you can easily take it with you
How Does a Solar Panel Battery Charger Work?
The Panel's Composition
The solar panel is composed of blocks of photovoltaic cells, meaning they produce electricity from light. The cells are made of either a "crystalline" silicon or and amorphous silicon--the amorphous panels are the more durable and flexible of the two. The purpose of the cells is to collect photons from the sun's rays and convert them into electrons.
The Battery's Composition
Rechargeable battery are made of cadmium or hydrogen, alloy, an electrolyte, and a positive and negative terminal. The chemical reaction between the electrolyte and the battery's cell component produces electrons. The electrons pour out of the battery's negative terminal, travel along your device's electronic circuit, providing it with power, and then return to the battery through the positive terminal.
The battery loses its charge when residual particle from the chemical reaction accumulate on the battery's cells--slowing or halting the productions of electrons. The electricity produced from the solar panel reverses the deterioration of the battery. The current produced by the solar panels draws protons to the battery's cells by attracting them with electrons. The process creates the opposite chemical reaction of a discharge--the cells are restored and the electrolyte reconstructed.
The battery discharges with use but will discharge on its own. The Chemicals react much slower when not in use but are still active. Heat will speed the discharge while cold will slow it. Rechargeable batteries discharge much quicker than alkalines and lithiums but their ability to recharge gives them their value.
1 x Solar Charger
1 x USB Charger Cable
4 x Charger Connector
1 x USB Connector
1 x AC Adaptor