Skip to main content

BRIGHT solar lamp and phone charger supports developing nations and campers alike


BRIGHT Products has created a new solar-powered lamp with the intended goal of bringing more light to developing nations. Not only that, the lamp can be used as a mobile phone charger through the built-in micro USB cord.
The designers' main objective is to replace harmful kerosene lamps used for light in many developing nations. With that in mind, they designed the device to be versatile enough for all kinds of household uses. It can be used a hanging lamp, a portable flash light, and a desktop light.
According to BRIGHT products, it will take eight to ten hours of sunlight for the device to receive a full charge. Once charged, the light can run for 50 hours on low, eight hours on medium, and four hours on high. Obviously, charging a cell phone through BRIGHT will decrease its operating time.


The BRIGHT lamp has a bendable neck which allows it to be more versatile in the ways it's used, and it gives users the ability to make sure the solar panel is pointed directly at the sun while charging.
The three-meter (3.28-yard) micro USB cable is tucked inside the solar panel. When a user wishes to charge their phone using BRIGHT, he or she simply unwraps the cable and plugs in his or her phone.
For camping trips where access to electricity isn't an issue, the device can also be charged using DC or AC power. If a user is taking the device on a camping trip on a cloudy day, this could certainly come in handy. This feature was obviously not intended for developing nations, as the whole reason they need this lamp is because they are without electricity.
BRIGHT Products is now seeking US$50,000 in production funds, via Indiegogo. To see a lamp donated through BRIGHT's relationship with CARE Norway, which is the group helping to distribute the lamps to developing nations, a $50 pledge is required. For users interested in purchasing a lamp for themselves, a pledge of $100 will do the trick.
Other solar-powered lamps designed for use in developing nations include the Little SunSolar PebbleLuminAIDWakaWaka, and N100.
The following video from BRIGHT Products does a great job of showing itslamp in action.
Source: Indiegogo


Comments

Popular posts from this blog

Solar car hits U.S. in round-the-world jaunt

Last October, the SolarWorld GT solar-powered car set out from Darwin, Australia on a drive around the world. It has since driven 3,001 kilometers (1,865 miles) across Australia, logged 1,947 km (1,210 miles) crossing New Zealand and been shipped across the Pacific Ocean. This Friday, it will embark on the U.S. leg of its journey, as it sets out across America from the University of California, Santa Barbara.   The SolarWorld GT is the result of a collaboration between solar panel manufacturer SolarWorld, and Bochum University of Applied Sciences in Germany. The four-wheeled, two-door, two-seat car gathers solar energy through photovoltaic panels built into its roof, with its solar generator offering a peak performance of 823 watts. Custom hub motors are located in both of the front wheels. The vehicle manages an average speed of 50 km/h (31 mph), with a claimed top speed of 100 km/h (62 mph). In order to demonstrate that solar powered cars needn't be a radical...

Biocomputer, Alternative To Quantum Computers

A team of international scientists from Canada, the U.K., Germany, the Netherlands and Sweden announced Friday that they had developed a model biological supercomputer capable of solving complex mathematical problems using far less energy than standard electronic supercomputers. The model “biocomputer,” which is roughly the size of a book, is powered by Adenosine triphosphate (ATP) — dubbed the “molecular unit of currency.” According to description of the device, published in the  Proceedings of the National Academy of Sciences , the biocomputer uses proteins present in all living cells to function. It uses a strategy similar to that of quantum computers, which use qubits — the quantum computing equivalents of bits — to perform “parallel computation,” wherein  computers are able to process information quickly and accurately by performing several calculations simultaneously, rather than sequentially. In the case of the biocomputer, the qubits are replaced with ...

Qualcomm showcases the Snapdragon S4 ahead of Mobile World Congress

We’ve already heard about Qualcomm’s latest processor, the Snapdragon S4 , which will be quad-core and utilize LTE. Qualcomm took the time to give us some details ahead of Mobile World Congress. The new SoC now supports up to three cameras (two in the back for 3D and one front-facing), 20-megapixels, and recording video at 1080p (30fps). We can also expect zero shutter lag, 3A processing (autofocus, auto exposure and auto white balance), and improved blink/smile detection, gaze estimation, range finding and image stabilization. Last but not least, it supports gesture detection/control, augmented reality , and computer vision (via Qualcomm’s FastCV). Hit the break for a couple of videos featuring image stabilization and gestures.