New Solar Energy Technology

New Solar Energy Technology Offers Bright Hopes

Since the beginning of mankind, the sun has been used as a source of lighting for interiors; but, as man’s interiors grew, the necessity for more light grew. The electrical light bulb enabled people to take part in numerous activities after the sun went down and new technology in solar energy starts to make the light bulb alarmed of its future.

Current solar energy technology only collects about 6% of the available energy from the sun. It has been estimated that if just 1% of the sun’s energy could be harnessed and converted into electricity, the world could be powered without the use of non-renewable resources. Additionally, with the new technology in solar energy starting to understand how to capture the invisible sunlight, more energy could be captured.

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Current systems of gathering energy from daylight target the amount of visible light, through the use of solar cells converting the energy into electricity. Recent advances in the new solar energy technology involves nanotechnology, which, when used with spray-on polymers, creates a solar cell that also sees the ultraviolet energy and can change it into electricity.

Advances Offer Promising Future

Researchers of this new solar energy technology claim that an electrical automobile painted with this coating could produce enough power to keep its batteries steadily charged. They also say a jacket coated with this polymer could supply enough power to operate your cell phone. Additional advances in new solar energy technology could see the power to harness up to thirty percent of the sun’s energy as realistic in the future.

Hybrid lighting systems are also part of the new technology in solar electricity, which combines solar energy and electricity to provide interior lighting. Sun light is picked up in a parabolic dish, much the same as signals for satellite TV, and then focused on a fiber optic array. This array carries the light into the same area as the electrical lighting, helping to supply the required illumination.

Through the use of light sensors, when the sun shines brighter and more light is transmitted through the fiber optics, PCs read the room’s brightness and adjust the amount of electricity used on the light bulbs, dimming them when the fiber optics provide more light and bringing back their brightness level when the sun is not as brilliant. This new solar energy technology is in limited use in some office settings and more research and enhancements will increase its popularity. Staff
Evans D. Smith

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