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Originally posted by TheUniverse
Also they may be able to utilise even the Infra-red Light at night See here My friend and read it
en.wikipedia.org...
The use of infrared photovoltaic cells has also been proposed to increase efficiencies, and perhaps produce power at night.[citation needed]
edit on 9-6-2011 by TheUniverse because: (no reason given)
Originally posted by TheUniverse
reply to post by Bedlam
Yeah thats the thing You claim to know so much about Solar panels yet you won't provide a possible conversion rate from 90%+ collection of the light compared to 20% collection in conventional solar panels
What would you estimate the amount of power increase from the conversion efficiency considering they are taking in 90%+ light compared to a meager 20% light with conventional panels.
I'm starting to think you're a paid Big Energy dis-infoedit on 9-6-2011 by TheUniverse because: (no reason given)
You can't estimate it because you don't have the data you need. When he makes a power producing device, you will know. If he can. Because you don't have a clue what sort of losses you're going to get. He's first got to make nantennae with working diodes that can rectify THz band EM. Efficiently. And without leaking. At least not very much. If he can get one AT ALL, then you've got to worry about other parameters on that diode, like the reverse breakdown voltage. But first he's got to get it to go at all.
The company claims its magnifying glasses intensify the sun’s rays 2000 times onto photovoltaic cells, which increases the heat to 3300 degrees Fahrenheit. While such heat will fry silicon in no time, the company says its electronics actually stay just about six degrees above ambient temperature thanks to special heat convection and generous spacing of the electronics.
Reverse currents waste power and can also lead to overheating of shaded cells. Solar cells become less efficient at higher temperatures and installers try to provide good ventilation behind solar panels
Originally posted by TheUniverse
reply to post by Bedlam
4 TIMES MORE LIGHT. I'm Sure it most be at-least twice as efficient As Conventional Solar Panels.
Funny how you ignored the Idea of Water cooling the Solar panels from Underneath and Converting the Heat into Steam Power.
You should Give an estimate since you know so much about Solar panels i'm sure you can give a rouge estimate of the energy efficiency you're just playing coy.
Originally posted by Bedlam
Originally posted by TheUniverse
reply to post by Bedlam
*sigh* How in the name of Thor do you get "4 TIMES MORE LITE!!!11"? You can't compare conversion numbers and collection numbers. Well, in your world where the data doesn't really count and you can just pick any number you like to repeat over and over, I guess you can. It's meaningless, but hey.
A scientist at the University of Missouri-Columbia has developed a flexible solar sheet that can capture more than 90% of light.
Today's solar panels typically collect only 20% of the available light. Patrick Pinhero, associate professor in the MU Chemical Engineering Department, said he a way to extract electricity from the collected heat and sunlight using special high-speed electrical circuitry in collaboration with colleagues t the University of Colorado.
Sunlight conversion rates (solar panel efficiencies) can vary from 5-18% in commercial products, typically lower than the efficiencies of their cells in isolation. Panels with conversion rates around 18% are in development incorporating innovations such as power generation on the front and back sides.[citation needed] The Energy Density of a solar panel is the efficiency described in terms of peak power output per unit of surface area, commonly expressed in units of Watts per square foot (W/ft2). The most efficient mass-produced solar panels have energy density values of greater than 13 W/ft2.
Originally posted by TheUniverse
This will make it a very realistic idea look at the heat produced by the new magnification process.
The company claims its magnifying glasses intensify the sun’s rays 2000 times onto photovoltaic cells, which increases the heat to 3300 degrees Fahrenheit. While such heat will fry silicon in no time, the company says its electronics actually stay just about six degrees above ambient temperature thanks to special heat convection and generous spacing of the electronics.
Reverse currents waste power and can also lead to overheating of shaded cells. Solar cells become less efficient at higher temperatures and installers try to provide good ventilation behind solar panels
Originally posted by TheUniverse
Ok maybe you can't read the article properly
A scientist at the University of Missouri-Columbia has developed a flexible solar sheet that can ****capture**** more than 90% of light.
Today's solar panels typically collect only 20% of the available light. Patrick Pinhero, associate professor in the MU Chemical Engineering Department, said he a way to extract electricity from the collected heat and sunlight using special high-speed electrical circuitry in collaboration with colleagues t the University of Colorado.
Wikipedia- Solar Panel
Sunlight ****conversion**** rates (solar panel efficiencies) can vary from 5-18% in commercial products, typically lower than the efficiencies of their cells in isolation.
Originally posted by TheUniverse
A scientist at the University of Missouri-Columbia has developed a flexible solar sheet that can capture more than 90% of light. Today's solar panels typically collect only 20% of the available light.
I suppose this one makes you made ^^^ because it upsets your dis-info agenda.edit on 10-6-2011 by TheUniverse because: (no reason given)
Solar panels use light energy (photons) from the sun to generate electricity through the photovoltaic effect. The structural (load carrying) member of a module can either be the top layer or the back layer. The majority of modules use wafer-based crystalline silicon cells or thin-film cells based on cadmium telluride or silicon. The conducting wires that take the current off the panels may contain silver, copper or other conductive (but generally not magnetic) transition metals.
A scientist at the University of Missouri-Columbia has developed a flexible solar sheet that can capture more than 90% of light. Today's solar panels typically collect only 20% of the available light.
Originally posted by TheUniverse
reply to post by Bedlam
Oh yes and what do you think of the Idea of a water cooling system that pumps water to the Solar Panels Through the steam power created by the heat coming off of the Solar Panels/sheets.
Originally posted by TheUniverse
Solar panels use light energy (photons) from the sun to generate electricity through the photovoltaic effect.
Originally posted by TheUniverse
Originally posted by sonofliberty1776
Damn! I wish I could get access to this before TPTB take it away. Think of all the uses, think of the money saved. The tree huggers and the global warming acolytes should be all over this. You know this will be buried quickly. It is too dangerous to TPTB.
Yes see there will be several Dis-INfo agents who will come on here and try to dis-credit the claim. They want to conceal this because it will destroy Big Energy and the Oil Companies.
Originally posted by TheUniverse
Solar Sheet Can Capture More Than 90-Percent Of Sunlight