Solar panels are popular for everything from heating water to charging electric cars like the Tesla [NSDQ:TSLA] Model S, but they can be expensive to manufacture and hard to install.
Soon, though, you may be able to spray solar cells onto a surface to collect energy from the sun.
Researchers at the University of Alberta have been experimenting with solar cells (the individual units that make up a solar panel) made from zinc phosphate nanoparticles. These particles can be dissolved into an ink, but still react to sunlight after they're sprayed onto a surface and have dried. In effect, they've turned those big solar panels into spray-on form.
The benefits to spray-on solar cells could be twofold. First, because they're made of two common elements -- zinc and phosphorous -- they should be cheaper to manufacture than conventional cells.
Second, since the zinc phosphate cells could also be sprayed directly onto a plastic backing, panels made from them would be lighter than what is currently available. That means they won't require extra supports if someone decides to mount them on a roof.
Spray-on solar cells would probably be of interest to owners of electric cars, many of whom already use solar power to charge their vehicles. In a 2012 study by the California Center for Sustainable Energy, 39 percent of electric car owners surveyed said they had solar panels installed at their homes.
Soon, though, you may be able to spray solar cells onto a surface to collect energy from the sun.
Researchers at the University of Alberta have been experimenting with solar cells (the individual units that make up a solar panel) made from zinc phosphate nanoparticles. These particles can be dissolved into an ink, but still react to sunlight after they're sprayed onto a surface and have dried. In effect, they've turned those big solar panels into spray-on form.
The benefits to spray-on solar cells could be twofold. First, because they're made of two common elements -- zinc and phosphorous -- they should be cheaper to manufacture than conventional cells.
Second, since the zinc phosphate cells could also be sprayed directly onto a plastic backing, panels made from them would be lighter than what is currently available. That means they won't require extra supports if someone decides to mount them on a roof.
Spray-on solar cells would probably be of interest to owners of electric cars, many of whom already use solar power to charge their vehicles. In a 2012 study by the California Center for Sustainable Energy, 39 percent of electric car owners surveyed said they had solar panels installed at their homes.
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