Power from the Sun
Solar panels convert the energy in sunlight to electrical energy.
This occurs due to the properties of photovoltaic materials, which experience an internal flow of electrons in response to light. Electrons in the crystal structure of these materials absorb the energy of light particles hitting their surface, and are energized to move through the material. Solar panels are constructed of photovoltaic materials “doped” with positive and negative ions, so that the internal electron movement is channeled through the material and into an electric circuit, via the metal contacts on the panel surface.
An initiative of Desert Knowledge Australia.
Funding provided by the Australian Government and administered by the Northern Territory Government
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About
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How PV Works
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Technologies
- CdTe Thinfilm, First Solar
- CIGS Thinfilm, Solco Choice
- Amorphous Silicon, Kaneka
- Monocrystalline Silicon, Sunpower
- Solar Water System, Trunz
- Solar Compass, BP Solar
- Roof Mounted Polycrystalline, BP Solar
- Monocrystalline Silicon, BP Solar
- Polycrystalline Silicon, BP Solar
- Polycrystalline Silicon, Kyocera
- Solar Forest 1 axis
- Solar Forest 2 axis
- Solar Forest Hydraulic
- Large Scale Trackers, DEGERenergie
- Monocrystalline Silicon, Trina
- Crowne Plaza Alice Springs, Large Scale Roof Mount
- Concentrating Photovoltaic CPV Array, Solfocus
- HIT silicon array, Sanyo
- Polycrystalline silicon arrays , Sungrid
- Mono crystalline silicon arrays , Sungrid
- Concentrix concentrating PV panels
- Polycrystalline silicon array, Evergreen
- Large scale tracking
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Gallery
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Historical Data
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Forum