Specifications:

• Battery Type: Lithium-ion Battery
• Capacity: 2100mAh/3.7V
• Input: 5V/0.8A
• Output: 5V/ 0.5A
• Size: 123 x 65 x 20mm / 4.8 x 2.6 x 0.8in(L x W x H)
• Solar Panels Dimensions: 52 x 99 x 2.6mm / 2.0 x 3.9 x 0.1in(L x W x H)

Features:

• High capacity
• Transfer data & charge iPhone at the same time
• Easy operation. Just iPone into the back-up charge for charging
• Perfectly design can protect iPhone
• Portable to carry aside because of its lightweight and appropriate size design

Details:

• Featured transferring data & charging iPhone at the same time, this solar powered charger for iPod is quite suitable for your iPod iPhone M400CS2

• With the simple and practical design, this solar powered battery charger is characterized by the easy operation

• This solar powered charger for iPod is with high capacity and excellent performance which can work for a long time use

• And this solar powered charger for iPod can powered by sun which is convenient and easy for you to charge your iPhone anytime

• This charger is the best battery charger which is portable to carry aside because of its lightweight and appropriate size design

Size in Detail:

• Size of solar powered battery charger

• Size of solar panels

How to Build Solar Battery Charger Circuits?

• Household batteries can be recharged with the sun.

Build your own solar-powered charger using the sun to keep your household batteries fully charged and working. You can build a solar charger to handle everything from the AA and AAA batteries used in radios, portable home telephones and other appliances up to car batteries. This example will focus on small battery chargers. Be aware that you'll have to buy some components, have some electrical knowledge and some skills.

Instructions

• Determine the size and number of solar panels, which will vary depending on the size and use of the charger. Lay them out to determine the size of the circuit board, then build a board of perforated circuit board, solid board and 1/8-inch clear plexiglass, all about 1/4-inch wider on all sides. File all the edges smooth. Then drill two holes down the center of the three pieces for fastening.
• Mount two battery holders on the circuit board with screws or silicon rubber glue. If the solar panels don't come with wire connections, you'll have to solder thin wires to them, being careful to touch them only for a few seconds and not to overheat them. Depending on the kind of cell, secure them to the circuit board with the wires or a drop of silicon rubber glue. Then use 3/4-inch machine screws or nuts and bolts to make a sandwich of the three elements, using nuts or washers to create a gap between the layers. It is essential there be no contact between the solar cells and plexiglass as the cells are brittle and break easily.
• Wire the circuits. Connect the solar cells in series, positive to negative, and connect the two end wires to longer wires to the diode and battery holders. Once all connections are made, insert rechargeable batteries into the holders and place the charger in full sun. Monitor voltage to get an idea of how long to charge; do not let batteries overheat. You can waterproof the charger by gluing thin strips of circuit board or plastic around the edges and sealing screw holes with glue.

Tips & Warnings

• It is good to connect a volt meter with alligator clips across the battery to monitor voltage.
• It is best to charge batteries of the same brand together and to charge batteries with the same voltage together.
• Be sure to match solar panels to the size of batteries to be charged. If the power is too low, batteries won't charge; if too high, batteries will overcharge, overheat and their life span will be reduced.

How to Charge an iPod With a Solar Panel?

• It's like this, only much, much smaller.

If you are a true iPod lover, you will want to have a charged device even if you are in the middle of the forest or if the power in your home goes out. In these situations, it is possible, and environmentally friendly, to charge your iPod with a solar panel. Using a solar panel charger to charge your iPod is a simple task, requiring very little work.

Instructions

• Set the solar panel on a flat, solid surface where ample amounts of sunlight can reach it.
• Wait for upwards of one hour for the solar panel to build up a charge. If the panel already has a charge stored, move to the next step.
• Plug your iPod into your solar charger using the cable provided. If none is provided but the solar charger has a USB port, use your standard charge cable that comes with the iPod.
• Allow between one and four hours for the iPod to charge fully. Once charged, unplug the device.

Tips & Warnings

• Because consumer solar panels require sunlight to function properly and because it takes lots of sunlight to generate a strong charge, charging your iPod with a solar charger can take a significant amount of time.

About Solar Panel Battery Chargers?

Solar panel battery chargers are an increasingly common way of providing power for devices in remote areas, or for devices located in places where running a new set of underground power lines would be more expensive than the recharger. As the cost of solar cell technology drops, these devices will become ever more widespread.

Identification

• Solar panel battery chargers are devices that use the electricity generated by a solar cell to recharge a battery. There are designs for both detachable batteries (you take the battery out of the device and insert it into a purpose-built recharger, as with a normal battery recharger that uses a wall power outlet), and also devices that have a built-in solar cell to recharge the battery while it is still attached to the device. Solar lamps, solar-powered radios and many highway monitoring devices are examples of the latter.

Function

• Solar cells convert sunlight into electricity using the photovoltaic effect. This harnesses the characteristic for particular substances to emit electrons when they are hit by electromagnetic radiation, including sunlight. The electrons emitted in a solar cell are turned into electric current.

Time Frame

• Most solar cell designs can produce electricity for at least 20 years before they begin to degrade.

Types

• There are a wide variety of devices for recharging common batteries using solar energy. For example, there are a number of products on the market for 6 and 12 volt and AA type batteries, and these are especially popular with campers and other people who need to keep their electronics running in remote areas. The solar-powered radio with battery has been a popular novelty item for many years. Solar rechargers are now increasingly common for garden and walkway lamps, as they negate the need to attach such lamps to a power supply (even if one is readily available), sparring the cost of both wiring and burying that wiring. This is also the case with other stand-alone devices with a fixed, predictable power requirement, such as parking meters. Finally, many devices in areas where no power supply is available are operated using batteries and solar rechargers, and examples can be found on just about any interstate in America.

Considerations

• The main consideration in using a solar battery recharger is cost. An AA battery recharger using a wall socket costs between roughly $12 to $151, with some very cheap models coming in as low as $5. A solar recharger can also be had for the same price, but with a small solar cell that will take literally all day (and a sunny day at that) to fully recharge a set of batteries. Truly comparable models cost between $50 to $90. Solar rechargers are therefore most useful in areas where a regular power supply can not be had, or accessing it will cost more than the recharger would.

Package Included:

• 1 x 2100mAh Solar Powered Battery Charger for iPod iPhone