The SiO2 Coating Keeps Solar Panels Cool and Efficient
Rahul Kalvapalle — September 24, 2015 — Tech
References: news.stanford.edu & gizmag
The SiO2 solar panel cover is a piece of technology, developed by a group of professors and researchers at Stanford University, that is capable of significantly increasing the efficiency of solar panels by keeping them cool. Developed by Professor Shanhui Fan and his colleagues, this transparent silicon overlay collects heat before radiating it directly into space, all without interfering with incoming solar energy inputs.
The coating is completely transparent, meaning it won't interfere with the solar cell's ability to collect light.
What's interesting about the SiO2 solar panel cover is that the technology can also be applied in numerous other applications. For example, if it is mass-produced, the technology could be used to cool down any device that is at risk of over-heating in the open air. For example, it could be used in cars to supplement existing air conditioning technology.
The coating is completely transparent, meaning it won't interfere with the solar cell's ability to collect light.
What's interesting about the SiO2 solar panel cover is that the technology can also be applied in numerous other applications. For example, if it is mass-produced, the technology could be used to cool down any device that is at risk of over-heating in the open air. For example, it could be used in cars to supplement existing air conditioning technology.
Trend Themes
1. Increased Solar Panel Efficiency - The SiO2 coating technology can significantly increase the efficiency of solar panels by keeping them cool.
2. Transparent Heat Collecting Overlays - The SiO2 solar panel cover collects heat before radiating it into space without interfering with light collection.
3. Versatile Heat Management Solutions - The SiO2 technology can be applied in various applications to cool down devices at risk of overheating in the open air.
Industry Implications
1. Solar Energy - The SiO2 coating presents a disruptive innovation opportunity in improving the efficiency of solar panels and reducing energy costs.
2. Electronics - The SiO2 technology can be utilized to cool down devices prone to overheating like smartphones or laptops, creating a potential disruption in the electronics industry.
3. Automotive - The SiO2 coating can be integrated into car designs to enhance air conditioning systems and reduce the risk of overheating, leading to a disruptive innovation in the automotive industry.
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