The world’s first solar panel road has officially opened in a small village in Normandy, France.
Built in the small village of Tourouvre-au-Perche, the 1 kilometer route, dubbed the “Wattway,” is covered in 2,800 square meters of photovoltaic panels. It is designed to be used by up to 2,000 motorists per day, while providing an average of 767 kilowatt-hours (kWh) per day, enough energy to power all of the street lighting in the 3,400-resident village.
Elon Musk has revealed his company Tesla’s latest world-changing innovation: a solar roof system so fully integrated into a home’s architecture as to be indistinguishable from a traditional roof.
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Tap a button on your phone and hop into the shower; walk downstairs 15 minutes later, and you have a fresh pot of coffee waiting for you. That’s a ritual that is no longer just a fantasy for many people. The rise of the internet of things has allowed us to control remote appliances with just a tap of the touchscreen. Until now, the scale of these processes has largely been limited to personal devices: anything from brewing a pot of coffee to warming up your car on a frosty morning. But what if we could grow food for thousands of people, with that same tap of a button? That is the goal of Forward Thinking Architecture’s “Smart Floating Farms” project.
Solar energy is considered by many to be the future of electricity worldwide. Cities from Houston to Mumbai are embracing massive rooftop and rural solar infrastructure, a largely standardized system of fixed panels positioned to optimize sun intake at peak times. Only the most sophisticated adjustable panels which track the sun, however, are capable of absorbing the maximum amount of daylight allowed by the technology, meaning that the average immovable panel loses a significant amount of available energy.
Researchers at the University of Michigan sought to develop a solar energy system that could absorb the most daylight possible while reducing the carbon footprint from production of the panels themselves. The results are surprisingly beautiful: through the application of the ancient Japanese art of Kirigami, a variation of Origami, the researchers were able to capture up to 40 percent more sunlight than traditional panels.
Texas and clean energy are hardly considered synonymous. However, as uncovered by a recent article in the Wall Street Journal, Texas has emerged as an unexpected leader in solar power, with $1 billion now being invested in solar energy infrastructure with an aim to produce up to 12,500 megawatts of solar electricity by 2029. To mark this important moment in US energy production, the New Jersey Institute of Technology has produced this infographic revealing the benefits (and drawbacks) of solar energy for the average American consumer, including everything from the history of solar energy to incentives available for solar systems nationwide. Read on to view the infographic in full.
Google is in the unique position to truly understand what people want. As millions key in their questions, the search giant is actively working to provide better answers. When it comes to questions about solar energy, Google wondered, “If people are lost trying to get answers about solar, why don’t we give them a map?” And so, the tech company announced the beta launch of Project Sunroof: a tool “to make installing solar panels easy and understandable for anyone.”
In a post on Google’s Green Blog, engineer Carl Elkin addressed common misconceptions about the viability of solar energy for the average owner by saying “many of them are missing out on a chance to save money and be green.” Sunroof hopes to be the answer that gives people clear, easy to understand answers.
