According to the Solar Energy Industries Association (SEIA), solar electricity use in the United States increased by 34% in 2014 versus 2013. As the popularity of solar panels grows larger, the cost of the power source drops, making it an even more viable option to many consumers. As such, the SEIA also estimates that the cost to install solar technologies has dropped by over 73% since 2006.
One of the major drawbacks of solar panels is their aesthetic impact, which only allows for a very small amount of light to pass through, as well as the overall size and weight of each panel, which can impact the structural integrity of an existing building.
Ubiquitous Energy has created a solar energy solution that allows light to pass through it, while still collecting an adequate amount of solar energy. The exciting thing for the construction industry is that the less than 1/1000th millimeter thick film can be applied to the windows of a building and collect energy, without affecting the amount of light entering the building.
Its secret is that the invisible solar film only absorbs the non-visible light rays: the ultraviolet and infrared. Due to only harvesting two-thirds of the available light, the film does not perform as well as its non-transparent cousins, but it makes up for that fact by allowing solar harvesting where typically unavailable before. Ubiquitous also hopes to use this technology as a power source for mobile devices, which would make charging your devices a thing of the past
As the video below by Bloomberg Business points out, this material has the potential to be applied to the windows of a skyscraper, which would make a huge dent in the need for external power sources.
Invisible Solar Cells That Could Power Skyscrapers | Bloomberg Business
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Billions of dollars are spent by cities and countries to prepare for summer and winter Olympics. Many stadiums, housing and other infrastructure are built to not only be able to handle the games, but also the enormous amount of people that will eventually inhabit the city for a few weeks. But, that’s just it, it’s only for a few weeks. What happens after the games are over and there’s no longer a need for an International Broadcast Center or a handball venue? In the past, the answer has been to let the area rot away and be a hotbed of vandalism, but Rio has taken a different approach.
Plastic bottles are probably inside more buildings than we’d care to know about, as I’ve personally (and unfortunately) been on enough job sites to see way too many bottles thrown around the job site, outside of trash containers. A large percentage of the bottles that are lucky enough to make it in a dumpster, end up in a landfill where it takes them an estimated 500 years to fully decompose! In an effort to reduce the amount of plastic that ends up in our nation’s landfills, one startup company is hoping to turn recycled plastic into the next green construction material.
Imagine a world where the millions upon millions of square feet of roadway and parking lots across the world actually served a greater purpose than a flat surface to drive and park a vehicle. That’s the world that Scott and Julie Brusaw, creators of Solar Roadways, imagine and their dream is becoming closer to reality after years of testing and research.
Green construction isn’t just a fad, it’s becoming a large part of the construction industry. It has been estimated that 1/3 of all construction projects in the United States will be green by 2018, which is now just a short 2 years away. It’s not just an American thing either, countries all over the world have embraced the trend and have brought incredible new designs and green features to light.Green construction isn’t just a fad, it’s becoming a large part of the construction industry. It has been estimated that 1/3 of all construction projects in the United States will be green by 2018, which is now just a short 2 years away. It’s not just an American thing either, countries all over the world have embraced the trend and have brought incredible new designs and green features to light.
[Guest Post] Green innovations have served to change the construction industry in many ways. Building green is the way of the future, so adapting can have benefits for both construction firms and the customers that will use the new buildings. While materials may cost more and it may take a little effort to acquire certifications for green building, having the ability to offer green building expertise can help construction firms stand out. Operating from a green building can also help clients in several ways.
Back in June of 2015, Dubai announced their plans to design and build the World’s first fully functional 3D printed office building. On May 23, 2016, that office building has officially opened, as announced by the Government of Dubai. The building was a part of Dubai’s 3d Printing Strategy, which they hope will propel the country to World leader status in that arena
“You make a better door than a window!” I’m sure your parents hollered that at you all throughout your childhood as you were unaware that you were obstructing their view of their favorite TV show. That phrase may surprisingly not make sense to future generations with the recent discovery of a process that can make wood transparent. Seems crazy, I know.
Harnessing the power of the sun has been on the top of many scientists’ lists for quite some time. It’s just hanging out up there, making everything warm, so it’s a seemingly endless supply of wireless energy. The problem is, we haven’t been able to make them cheap, powerful, or light enough to make them economically feasible. A team of researchers believes they solved one of those problems as they’ve revealed a solar cell so light that it can rest on a soap bubble without popping it.
Concrete, the world’s most widely used construction material, has a giant target on its back and plenty of people want to take a piece of its pie. It’s cheap and strong, which has, so far held off many would-be competitors from getting popular. One of concrete’s major drawbacks and one of its most vulnerable areas is the fact that it’s extremely time consuming and difficult to demolish.
Even though concrete is the world’s most highly used construction material, scientists have failed to understand very important fundamental aspect of the material, until now.