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Solar iPOD Charger for Sunlinq/P3

SKU: SolMaxx-Acc-Sunlinq-IPodCable

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$14.40

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Quick Overview

Solar iPOD Charger for Sunlinq/P3: Now you can charge your iPod MP3 Player wherever you are with your SUNLINQ or Global Solar Foldable Solar Panel. These tremendous solar panels are great for charging electronics on the go, and with this adapter, you can make sure that the music of your life is always ready to go, no matter where you are.

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SolMaxx Acc Sunlinq IPod Cable: Solar iPod Charger for Sunlinq/P3: Keeping your iPod charged is made even easier with the iPod accessory cable. This new accessory cable connects from any SUNLINQ product, directly to all versions of the iPod that use the docking connector to charge.

Features:

  • Plugs into any of our SUNLINQ Solar Panels
  • Safely recharges any iPod

Product FAQ:

Q: How does a solar system work and where can I find information on how to determine what size solar panel(s) I will need for my application?

A: The electricity generated by a Silicon Solar energy solution works just like the electricity delivered by your local utility. After passing through a component called an inverter, the direct current (DC) electricity generated by photovoltaic panels is converted to alternating current (AC), the type of electricity that you normally access through the outlets in your home or business facility. To find a solar system suitable for your application you must first do some research and understand the basics of a solar system operation. Here is a link to several Solar Books carried by Silicon Solar Inc.

Q: Doing some research, I have become befuddled by the wattage rating system; Is there any real limit to the amount of electricity that a solar cell can produce? In other words, if you focus twice as much light onto a small cell, will it not produce twice as many watts? Would I require a special type of panel in order to complete this project? Thanks for any help you can give me.

A: Typically when you concentrate a light on a solar cell, the output increases, however at the same time when you increase the about of light on a solar cells, the temperature of the solar cells also increases. As the solar cell temperature increases, the overall efficiency of the cell decreases. We do not recommend exposing solar cells to levels of intense light over extended period of time without proper heat sinks. A charge controller will enable you to regulate the amount of electricity the solar cells/array uses.

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