Solar Roadways

If you ever played with electric slot cars as a kid, this idea may resonate. An inventive couple has reimagined the world’s roads as the source of solar/electric power for vehicles. Think the idea is out there?  Read on to find out what they’ve envisioned. With global warming in mind, Scott Brusaw (right, driving a tractor on a prototype parking lot built using the technology) and his wife Julie started working on the idea of replacing petroleum-based asphalt and concrete surfaces with a material that would capture solar energy. The hope was to find a way to reduce and eliminate coal-fired power plants.  The result of their efforts is the Solar Roadways project. The focus was on building solar panels that could be walked upon and driven on, essentially producing solar-powered cases containing photovoltaic cells, with an exterior strong enough to protect the sensitive electronics inside. These unique panes would also store the collected solar energy. They’d be used to re-pave the roads, or any surface that soaks in the sun all day long,  and would need to have some fantastic features: –          to withstand the weight of an 18-wheeler; –          to melt ice and snow; –          to capture and send the extra energy to the cities. The answer? Perhaps surprisingly: Glass. Tempered and laminated glass with textured surface to avoid sliding. Furthermore, these cases would have LEDs to illuminate road signage and to advice the driver to slow down on the portions with increased risks, as well as heating elements to withstand snow and ice. Solar Roadways | Michéle Ohayon from Focus Forward Films on Vimeo. This might seem unrealistic, but the idea has been taken seriously. It received awards and nominations from GE, the World Technology Award, Google and the IEEE Ace...

Art + Tech = Future Jun20

Art + Tech = Future

Dutch artist Daan Roosegaarde has been called “a hippie with a business plan” by the New York Times The Dutch are known for their love of nature – all those bicycles and parks are solid proof. Daan has taken this even further. “I made a decision not to stay in the white cube of the MoMa, with all due respect,” he says. “You need to make it public. You need to make it for everyone.” And that’s what he’s aiming for. At SXSW this year, Daan took the audience on a “safari tour” of what our future world could look like. His expertise as dreamer reveals a future that has a natural glow, due to plants that produce their own light, smart highways that focus on road safety, smog rings that turn pollution into diamonds, and sustainable dance floors that capture the energy of dancers and use it to generate power for the surrounding building. Luminous trees – the future public lighting turns into poetic landscapes Swap streetlights with luminous trees – Daan Roosegaarde at SXSW from Dezeen on Vimeo. Roosegaarde’s fondness for biomimicry (the imitation of the models, systems, and elements of nature for the purpose of solving complex human problems), combined with his attraction to marine life, especially the jelly fish, gave him the idea to try and use the same biological system to recreate trees into energy-neutral ones. In collaboration with BioGlow founder Dr. Alexander Krichevsky and the State University of New York, the first plants of the kind were created and presented in Austin during the SXSW conference. This location was chosen because of the strict regulations within the EU regarding the use of genetically modified plants which forbid him to use them in his Netherlands studio. For Europe, the company currently employs a “biological paint” made of luciferin (the light-emitting compound found in organisms that generate luminescence, such as fireflies or jelly fish); both methods, he says, are harmless to the plant. The Smart Highway Futuristic highways glow in the dark by Daan Roosegaarde and Heijmans from Studio Roosegaarde on Vimeo. The luminous trees idea led to an even brighter dream: the development of a smart highway that comes with some amazing features. It is covered with temperature-sensitive paints that change color as the temperature drops – when the road is icy, snowflakes would pop up as warning for the drivers, lined by the above-mentioned glowing trees, and marked with luminescent road lines that charge at daylight and give light at night to replace all these energy consuming street lights; they remain visible for 10 hours after nightfall. The first highway to test out the paint is in the Netherlands. Interactive lights help save energy by lighting up as a car approaches and turning off as it departs. An electric vehicle priority lane allows you to charge as you drive. The Sustainable Dance Floor Sustainable Dance Floor_ Daan Roosegaarde from Studio Roosegaarde on Vimeo. It is known that movement produces energy. The simple action of walking can generate power, the only thing lacking being the ability to capture it and put it to good use. Roosegaarde designed an interactive dance floor which generates electricity through the simple act of dancing. Using the right materials that produce energy when mechanical stress is inflicted on them, known as the ‘piezoelectric effect’, can turn the dance floor into a big generator, transforming each movement into power. On a larger scale, this can be used throughout the cities, using every vibration to create clean energy. The Smog Ring Smog by Studio Roosegaarde from Dezeen on Vimeo. Perhaps the most amazing project he’s designed, and which is tentatively scheduled to be implemented in the near future, is SMOG. It is the result of ion technology which cleans the air by creating a weak electromagnetic field that vacuums smog from the sky. Using the basic principles of physics – buried coils...