Archive for January, 2011

New 6V,200mA Portable Travelling Solar Charger for Cell Phones, GPS, DC, MP3/4, Kindle, Motorola, Nokia, Samsung, Sony Ericsson, Blackberry, HTC DROID, LG Voyager, Motorola CLIQ Android Phone, Motorola DROID, Palm Centro Phone, T-Mobile


Product Description



If you are a frequent traveler, we highly recommend this powerful solar charger. The unit is qualified for recharging your cell phone, digital camera, portable multimedia player, GPS, and other digital devices. Besides, you will like the practical design which allows for multiple placement options. It can be clipped on the bag, attached on the vehicle window glass, or put on the ground with bracket.



Pay Attention:

1:No power bank is included,if you need it, you have to buy it separately

2:this item cannot charge your iPhone directly. We highly recommend you the great combination of solar charger and mobile digital power bank



Package includes:

1 x YG-010 Portable Solar Charger

1 x Output cable

6 x Connector (For Motorola, Nokia, Samsung, Sony Ericsson cell phones)



Q: How to ascertain the actual power of solar panel?

A: Judge based on the industry average level. Current industry average conversion efficiency of solar panel ranges from 15% to 17%. And the surface solar energy is 1000W/m².

Here we can do the math:

Electrical energy converted from solar energy per square meter: 1000W/m²x15%=150W

Electrical energy converted from solar energy per square centimeter: 150W/10000=0.015W

How much electrical power can you get in 10cm²? 0.015W x10=0.15W

New 6V,200mA Portable Travelling Solar Charger for Cell Phones, GPS, DC, MP3/4, Kindle, Motorola, Nokia, Samsung, Sony Ericsson, Blackberry, HTC DROID, LG Voyager, Motorola CLIQ Android Phone, Motorola DROID, Palm Centro Phone, T-Mobile

The Practical Full-Spectrum Solar Cell Comes Closer

The Practical Full-Spectrum Solar Cell Comes Closer

Paul Preuss, Berkeley Lab Solar cells are made from semiconductors whose ability to respond to light is determined by their band gaps (energy gaps). Different colors have different energies, and no single semiconductor has a band gap that can respond to sunlight’s full range, from low-energy infrared through visible light to high-energy ultraviolet. Although full-spectrum solar cells have been …

Published Jan 26, 2011.
Read more: redOrbit

Make Your Own Solar Cell – Read This Again If Needed!

If you are currently looking into how to make your own solar cell, well, you’ve come to the right place. this short article is going to radically change your current thinking about putting the sun to work for you. What if i told you that there is a groundbreaking solution that makes it possible to transform the vast power of the sun into useable electric power for less money than you think possible – surely you’d want the facts? Keep reading the following article.

It seems like only yesterday, plugging your home to an independent solar power supply system was thought to be a costly and perhaps a risky venture, yet for many it remained something to aspire to. Nowadays, people frequently perform Internet searches for how to make your own solar cell, which just proves that there are more and more people who look for innovative solutions in this fast-growing domain.

The newest development in this arena is that the latest technology is now available and best of all, it’s easy on the bank account. so you too can have unlimited power at no-charge (unless someone finds a way to charge for sunshine)! The technology itself is already here for many years, although it remained out of reach for the majority due to the price; the only real option was to continue our unhappy association with the power company, all the while paying high prices for an essential need.

Before you go any further with your investigation into how to make your own solar cell, It’s important to learn about a recent advancement in this area: a leading expert in the field of renewable energy wants to spread the word about a way for you to build your own solar panels and a complete solar power system, with low-cost and easy-to-find materials and a simple method for assembling them. It turns out that there are many thousands of enthusiastic users of solar technology who are now enjoying the ability not only to produce free and clean power supply, but even get paid by the power company for the extra power that they produce. Since it’s so easy to set up and put to use, this method is undoubtedly going to ’shake’ how we get our energy.

Originally published here.


Jason Gilford