New Solar Energy Possibilities for Homes
New Solar Energy Possibilities for Homes
The way of the solar “panel” may be reaching the end of the line, spray solar is coming!
The U.S. Department of Energy aims to make electricity from the sun cheaper than that from burning coal or natural gas.
Greendix, the company that makes these nifty leaf-shaped solar panels has captured our attention yet again with something even cooler – the world’s first solar powered soccer ball! The Taiwan-based company unveiled photos of the ball, which looks just like a regular soccer ball except that the iconic black pentagonal patches have been replaced with …
World’s First Solar Powered Soccer Ball Could Help the Blind Play Soccer! Read More »
Here’s an easy way to learn the way solar panels work. What is solar power? Solar energy is radiant energy that is produced by the sun. Daily the sun radiates, or sends out, a huge amount of energy. The sun radiates more energy in a single second than people have used since the beginning of …
You may have recently moved to a new house and decided to add some twinkle to your garden, back yard, lawn or patio. Or maybe it is a place where you have spent all your life and now you’d like to do a few subtle or dramatic changes with outdoor lighting. It could be that …
6 Tips on How to Choose Solar Landscape Lighting. Read More »
Architecture Science news. Turning windows into solar power generators.
Nanoparticle “inks” may soon replace the conventional solar panel systems we see on rooftops
and empty fields. University of Texas engineers hope to cut costs to 1/10th of the current manufacturing process for solar cells. The current solar cell production procedure makes it difficult
for the industry to break past the competition (fossil fuels). But with the efforts and advancements
in nanotechnology, the photovoltaic industry may soon enough find itself in the forefront of world energy production.
Stanford engineers have built upon the work of German physicist Gustav Mie over a century after his mathematical derivations that explain why colors in stained glass exhibit brilliancy when placed under sunlight. The Stanford team has determined how to improve light absorption efficiency in nanowires made of germanium semiconductors. This may in turn prove to …
Solar Energy Improvements through Nanotechnology. Read More »