21 June Private: innovations in solar energy

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The solar energy is common with the help of technology, the solar panels we used to see in the roofs change the form. The latest review in solar energy are covered by not only the solar panels in different design but the applications that calculate the yield from solar energy and researches that carry solar energy into different floors.
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- As the use of solar energy, it is also possible to change interest in different industries. Technology giant Google]]]]] ]Project Sunroof]]]]accounts the alt falling to the roof of the buildings and says how much savings can save with installed panels.. Thus, users get rid of the concern of “I want to start using energy but I am not sure how much I bought from my roof and I will not be worth it on investment I did.”

Project works with Sunroof, []Google Earth] technology. First of all, roof type and local climate conditions are examined. Accordingly, the amount of sunshine, which will take place on solar panels in the roof, and according to the angle in the year, is calculated. After determining how many panels to be placed on the roof, the necessary pop and credit options are sorted for installation. Finally, it comes to offering from local suppliers. [

The size of the roof when all these steps are made, the shape, the walking areas in the shade, the trees around, the local electricity prices, installation costs, the incentives that may arise over time. Saves to be added by placing panels are also calculated by spreading time.

- The only technology interested in solar energy is not Google. Apple ] is sensitive to the use of renewable energy in both production facilities and company center. The Apple Park building in the Cupertino, which was introduced as the most green company center of the world. 75% of this energy are met with solar panels and biogas fuel cells in the roof of the building. [

- One of the important factors in the unusual of solar energy is recommended to expand different obstacles outside the classic panel logic. The way to expand these floors from windows to smartphones and tablets screens are associated with production of solar energy cells in liquid or similar form.

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] research-based research ]CSIRO]]]]The printer works with liquid cells that convert solar energy into electricity. Cells from printer are available on cost-effective floors such as plastic. Different sizes can be used in windows or mobile phone screens. The system contains a serious cost advantage due to its application on plastic. Works better than classic panels in cloudy weather based on tests. However, standard solar panels are 10 times more efficient than these cells. The aim of the project is to increase the yield of new generation solar cells. [

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- The company only working on liquid solar cells is not CSIRO. The new printing device developed by Xerox is able to print on light and foldable rub, using a ink prepared of chips in the liquid form. [

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Xerox's AR-GE laboratory Xerox PARC]]]]] The device developed by a liquid alloy can print electronic circuit and works with a similar model on the ink printing technology on paper. The liquid ink to be used in this printers of chips in liquid form, which will form circuits. This liquid alloy with millions of chips in the sand is pressed on light and foldable drainage, making solar energy turn into millions of tiny solar cells. It is important to use the printing device in producing solar power panels from more efficient, light and cost-effective components.

- Of course will not be overlooked to interesting designs. Inspired by nature SmartFlower] by the sun by moving like sunflower. SmartFlower, developed by a Austrian company, opens the leaves when the sun is bathed and walking by monitoring the sun throughout the day. The Sun starts to close the leaves and wait for the morning. Thanks to sensors that enable solar monitoring, it works more than classical roof systems. Can store energy in the body. In productprojects, a small area for SmartFlower, which can easily be installed and activated. The panel, which provides an average of 4,000 kWh per year, can meet the annual energy requirement of a house alone.

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With practical innovations that will make the glass crop produces solar energy, or simply change the design of panels, more people all over the world turn the face into the sun, the benefits of endless energy.