SELF POWERED LIGHT DIY POWER APRIL 1, 2013
by GREENPOWERSCIENCE in Workshop > Solar
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SELF POWERED LIGHT DIY POWER APRIL 1, 2013
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2
This high powered light runs a solar panel and the panel powers the light and then the light powers the panel that illuminates the bulb, next the photons are absorbed by the panel and converted into energy which is consumed by the light fixture which emits the photons to the panel then they are converted into electrons then the electrons travel through the electrical wire where they meet the resistance of the wire in the halogen gas which turns white hot emitting light bulb light which travels to the panel where the cells of the pv panel convert the light to electricity that moves from DC to AC bac to DC back to AC without any diodes or rectifier to the central positioning of the light fixture that is axial to the square of a circular flux divided by the sum of resistance over power or E=APRIL1^ 2