As renewable energy becomes more popular and affordable, companies all around the world have begun to use it. The latest instance is the Arbor Brewing company, who has decided to make two of their locations run on renewable energy. Not only is the company decided to find a new way of creating energy, but they have implemented several different strategies to be more efficient with the energy as well.
Buildings in America consume nearly 40% of our energy each year along with emitting tons greenhouse gases and other forms of waste. Some people have looked to making buildings self-sustainable such as placing solar panels on the sides of the buildings, but this can be expensive and doesn’t always provide the amount of energy as planned. A group of Thai architects have submitted an idea at Evolo for a very interesting barnacle like apartment that would live off the waste of the rest of the building.
Renewable energy has been one of the most researched topics ever since gas and oil prices have begun to rise and people have paid attention to their effects on the environment. Making your home run on renewable energy can be quite challenging and in some instances (very) expensive, but a research team at Rice University has just discovered a way to make it a lot easier to create energy and even store it.
Imagine being able to take a bottle of substance and spray it on a wall of your house. Then the sprayed substance converts the sun’s energy into renewable solar energy and even stores it for you. Rice Universities researchers have come up with the designs to this and possibly many other types of spray-on batteries.
With x86 and a few high-powered RISC chips dominating the list of the most powerful computers on Earth, you might be wondering what’s the big deal with ARM and it’s push into the server space. Well, this is the big deal. The image above is of Jon Masters powering a Calxeda-server from HP with nothing more than a bicycle. OK, so there’s a bit more to the setup — including a 400 watt inverter, a 35 Ah battery, a UPS and a Pedal-a-Watt — but the gist of it is that Masters was able keep 32 ARM cores humming along just by pedaling his road bike at the Red Hat Summit. The demo was mostly meant as a proof of concept, but we can easily imagine our future robot overlords putting us to work keeping their network of servers running. On the plus side, pedaling to power the Internet might help solve our global obesity epidemic. For a quick tour of the rig, check out the video after the break.
This week saw some exciting new developments in the realm of renewable energy. First, a group of scientists in the UK developed a new energy-harvesting device that attaches to the joint between the thigh and shin. The device could be used to power monitors and mobile devices, to name a few possible applications. Meanwhile, scientists from Nanyang Technological University in Singapore have invented a new toilet that turns human waste into electricity while reducing the amount of water needed for flushing by up to 90 percent. That’s what we call, win-win!
Scientists from Singapore’s Nanyang Technological University aren’t keen on being wasteful — that’s why they’ve developed a toilet that uses 90% less water than other commodes and is capable of generating energy. Aptly named the No-Mix Vacuum Toilet, the porcelain pedestal’s pot divides waste between two partitions — one side for liquids, the other for solids — and uses vacuum tech reminiscent of airline lavatories. Flushing solid and fluid wastes with 1 and 0.2 liters of H2O, respectively, the can will be able to route refuse to external processing facilities. Fertilizer ingredients such as nitrogen, potassium and phosphorous would then be harvested from liquids. Similarly, methane can be coaxed from solids for conversion to electricity or as a replacement for other natural gasses. Two of the university’s restrooms are slated to have the toilets installed in the near future, and the team expects the thrones to roll out worldwide within three years.
Sustainability seems to be quite the buzzword these days, and Sony knows that one cannot make leaps and bounds in technological advancements while sacrificing the future. Four new concepts have been unveiled by Sony which hope to contribute to a more sustainable future, and you can get a better idea on what Sony is doing with the four concepts being presented in the video above. If you are one who watches videos later after reading the story, these concepts will involve a blend of ground-breaking ideas, inventions and models, and are the product of the FutureScapes project.
FutureScapes is run by Sony and Forum for the Future, where this open collaboration project is a magnet for futurologists, thinkers, authors, technologists, sustainability experts, vloggers and the public who want to set their imagination free to wonder just what life is like in the year 2025 – assuming we haven’t wiped ourselves out in a nuclear fallout beforehand, of course.
The next time you decide to lay a string of logs after a particular fiber-intensive meal, you might want to do your bit for the environment too with the No-Mix Vacuum Toilet. This particular toilet system was developed by a team of scientists and research assistants from Nanyang Technological University (NTU) in Singapore, where it will basically transform poo into electrical power – not to mention help you save 90% of the water that normally ends up flushed down in a standard issue toilet, too. According to associate professor Wang Jin-Yuan, “Waste is not waste, but a misplaced resource. With this new toilet system, 90 percent of water can be saved, so can you imagine how much water we waste every other day?” (more…)
We’ve seen more than a few energy monitors, but how many of them offer a pretty light show on the side? The EnergyBuddy — first unveiled as a prototype at CES but just now inching toward a full launch — is a complete home energy-tracking system brought to you by Cali-based startup FutureDash. Starting at $99, it keeps tabs on users’ energy consumption with a square-shaped gadget that connects to your network via WiFi or Ethernet. The square glows red, yellow or green depending on how much electricity you’re guzzling, and you have the ability to specify what qualifies as acceptable usage.
Naturally, the EnergyBuddy has a few peripherals in tow. A sensor installed at your electrical panel communicates with the rest of the system, and so-called Smart Plugs let you track the energy consumption of individual devices. The iPhone, iPad and desktop apps also offer some pretty in-depth stats, including dollars per hour spent on energy and a chart detailing consumption throughout the day. FutureDash is currently pushing the product on crowd-funding site Indiegogo, and though availability is TBD, you can take a peek at the system in our hands-on video below.
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