Showing posts with label charging. Show all posts
Showing posts with label charging. Show all posts

Friday, June 14, 2013

Featuring: The Husqvarna Automower Solar Hybrid

          For those living in the rural areas surrounded by grass, it would be a hassle to continuously trim those weeds and plants with a lawnmower that you may haul towards the ground back and forth. Therefore, it is no surprise that Husqvarna Global Design Centre, located in Sweden, has thought of the idea to create a robotic lawnmower that is able to complete the task for you, whether you are at home, away or even when it is raining outside.

       
          There is four main components to the lawnmower: its body, charging station, transformer cable and loop wire. 90% of its body is made of recyclable materials and it is quite small in size (almost equivalent in size to a carry-on luggage). In addition to its charging station, it comes with a large integrated solar panel. This, in turn, helps cut the lawn in a shorter period of time while having a lower power consumption and an extended battery life.

For more details, click here.

Wednesday, March 27, 2013

Solar Power brings 16Mbps Broadband to Towns without Electricity

     White space networks have yet to revolutionize Internet access but they still have hope in creating a drastic impact in countries that have lack the consistency of Internet access. A new project of the power of white space networks is arising in Kenya as a solar-powered network brings Internet to people who aren't connected to an electrical power grid.
      The previous month, Microsoft, along with Kenyan government officials, deployed the network in various areas in Kenya. It is currently serving a health clinic in Burguret, a primary and secondary school in Male, a secondary school in Gakawa, and a library in Laikipia. The network is planned to be expanded to 20 other locations in the next coming months.
       Director of technology policy at Microsoft, Paul Garnett recalls that "down in the valley, nobody has electricity." However, some areas did have mobile Internet access, but "it's so expensive that nobody ever uses it," says Garnett. Electricity is not completely unavailable but it is said that it is scarce. For example, a school has electricity going into the principal's office but it is unavailable anywhere else.
       This is where solar power comes in; specifically, 4.5 kilowatt hours of energy per day are derived from 7 square-meter panels. "During the day the solar panel is providing enough to run the network and provide some charging capability, and then in evenings there is this battery backup that can continue to provide broadband access, plus you have excess capacity for overnight charging," Garnett said. "Think of the school scenario where you've got a computer lab that the kids can use during of the day, and drain down the batteries in the tablets during the day. And then in the evening you have a charging station where all the tablets are plugged in and can recharge overnight."


Wednesday, March 6, 2013

The Solar Pocket Factory

        In 2012, solar power has been given an outlook of being expensive and there has been conflicting problems in the portable solar panels, which after a couple of years, lose charging capabilities. That's where Shawn Frayne and Alex Hornstein has thought of plans how to give portable solar charging stations the longevity and price to make them commercially available worldwide and founded "Solar Pocket Factory."
        This project is a kickstarter project, which they attempt to make a perfect development of the pocket factory (and then they claim it to help make a new panel every 15 seconds to ensure the longevity of receiving solar power). For more information, visit here!