Athousandgreatideas


Airnergy
June 24, 2010, 12:09 pm
Filed under: energy, technology | Tags: ,

The RCA_airnergy is a USB-connected device that converts Wi-Fi antenna signals into usable power for your gadgets. The device is completely self-sustaining — it automatically charges whenever a Wi-Fi signal is close by and stores the power in a lithium-ion battery. While it may not be practical for emergency charging in the woods, the Airnergy could be invaluable in on-the-go situations when your cell phone’s power is petering out.

via:: inhabitat



Coke Phone
June 24, 2010, 12:02 pm
Filed under: biomimicry & Ecology, energy, Product Design | Tags: , , ,

As a general rule, cell phone batteries are costly, resource-intensive, and difficult to dispose of properly. So why not ditch them and run our cell phones on soda? That’s the thinking behind designer Daizi Zheng’s concept phone for Nokia. Instead of running on traditional batteries, the concept phone uses a bio battery that generates electricity from carbohydrates. Fuel cells powered by sugar are nothing new — they’ve been in use for years — but Zheng’s point seems to be that we shouldn’t overlook innovative uses for the products we consume everyday. And of course, maybe Coke does belong in a battery more than it belongs in our bodies. It doesn’t hurt that the bio battery can operate for three to four times longer than a lithium-ion battery on a single charge, either.

via:: inhabitat



The human powered energy revolving door
June 24, 2010, 10:29 am
Filed under: Architecture, energy, technology | Tags: , ,

This revolving door is equipped with a special generator that is driven by the human energy applied to the door whilst the generator controls the rotating speed of the door and makes it safer. The ceiling of the revolving door is made of safety class and gives a clear view of the technology. A set of super capacitors stores the generated energy as a buffer and provides a consistent supply for the low energy LED lights in the ceiling.

via:: Boon Edam



Wind to light

this experimental site-specific installation illustrates alternative, sustainable ways of harnessing energy that will explore the power of the wind in the city, visualising it as an ephemeral cloud of light. the installation is custom built, using 500 mini wind turbines to generate power, which illuminates hundreds of mounted leds, creating firefly-like fields of light, with wind visually interpreted as electronic patterns across the installation. wind around the southbank generates the power, creating a unique and thought-provoking light art piece that will delight all ages.

via:: coolhunting



A True Solar lighter
December 18, 2009, 2:01 pm
Filed under: biomimicry & Ecology, energy, Product Design, technology | Tags: , ,

This Solar Spark Lighter is said to be the only pocket-sized solar lighter. It is actually a stainless steel parabolic mirror, which is designed to focus the sun’s energy to a precise focal point. Recommended for backpacking, boating, hiking and as a survival tool. It’s priced at $9.95 and is available from Sundance Solar.

via:: sundance solar



helios car concept
November 28, 2009, 8:09 pm
Filed under: automotive, biomimicry & Ecology, energy | Tags: , , , ,

The Helios Concept is a design study of a solar energy-powered off-road sporty vehicle. The body integrates a system of large photovoltaic panels that increases the energy charging capacity.  It was designed by Kim Gu-Han from Universität Duisburg-Essen – Germany. The Helios is an electric off-road vehicle use powered by solar energy. To increase the surface area of the photovoltaic panels, when not in motion the upper surface of the car transform into a large “fan” with four wings to store more energy or to serve as an energy station. This transformable design was inspired by natural evolution – some animals have developed a stretchable skin to absorb more sunlight.

via:: carbodydesign

 



solar batteries
October 28, 2009, 6:04 pm
Filed under: energy, Product Design | Tags: ,

solar_batteries

By simply wrapping a flexible solar panel around standard rechargeable batteries (cheap on ebay) you can create your own solar powered batteries (literally). Simply set them by a window and you’re now creating DIY Green energy to power your electronics. The efficiency would not be that great of course, but having a bunch of batteries lying in the sun for some days could not hurt anyone.

via:: hacknmod



Sun Jar
October 27, 2009, 10:33 pm
Filed under: energy, Product Design | Tags: , , , ,

sunjar-bild8

Made with a traditional Mason jar and high tech energy efficient lighting! Captured inside the jar are a highly efficient solar cell, rechargeable battery and low energy LED lamps. When the jar is placed in sunlight the solar cell creates an electrical current that charges the battery over a few hours. This energy is then used at night to power the three LED lamps inside the jar.

via:: suck uk



Wind1.000000
October 27, 2009, 9:07 pm
Filed under: energy, technology | Tags: , ,

wind1000000

WIND1.000000 has been designed to increase public acceptance of wind power plants which are often considered as spoiling the scenery. WIND1.000000 fully integrates into its surrounding by making use of existing power cables, thus also strengthening the coherence between windmills and electricity production. In addition, it counters the energy losses in long-distance power-cable energy supply. WIND1.000000 rotates around the power cable to which it is attached generating energy through electromagnetic induction; the energy is then transmitted directly into the grid.

via:: pforzheim



parasite
October 27, 2009, 8:17 pm
Filed under: energy, Product Design | Tags: , ,

parasite

American artist Michael Rakowitz’s paraSITE project proposed to take advantage of the exterior ventilation systems on existing architecture to give the homeless a temporary shelter. The deflated structure have handles to be easily transported or can be carried on one’s back. Once he has found the outtake ducts of a building’s HVAC (Heating, Ventilation, Air Conditioning) system, the user attach the intake tube of the structure to the vent. The warm air leaving the building inflates and heats the membrane structure.

via:: we-make-money-not-art




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