As a paradox of our century the poverty is growing in the emergent countries and nearly half of the world’s population has no access to electricity and relies on dangerous sources of lighting. Now the guys from MPOWERD -Micro Power Design- a technology incubator invented Luci, a solar powered lantern. Luci, this solar powered lantern [...]
According to IBM photovoltaic scientists, copper, zinc, tin and selenium – CZTS, will yield efficient thin-film solar cells made from abundant materials. Photovoltaic scientists from IBM Teodor Todorov and David Mitzi detailed the findings of a paper that describes the highest efficiency for solar cells made from CZTS. The technical paper published in Advanced Energy [...]
Continue reading …Yet another electric tricycle that is able to capture solar energy. Called Sun Bike this cargo bike has own solar panels that cover of its corp. During the day all solar panels can produce enough energy to power the cargo bike. On the middle of handlebar is mounted a battery level indicator which gives information [...]
Continue reading …EPFL physicists studying magnetic materials have discovered that they have some unexpected properties. Their research could lead to the development of even tinier magnets in the future.
Continue reading …The already known Swiss-made high tech aircraft has landed in the Maroccan capital. With its wingspan of a jumbo jet the aircraft weights no more than a medium sized car. The solar powered aircraft is fitted with 12,000 solar cells that feed four electric motors driving propellers. On June 22 the aircraft made a journey [...]
Continue reading …Street lamp has a futuristic design and is dubbed as solar tree being crafted by Ross Lovegrove. The urban design will totally transform the look of the future streets and cities. Solar panels as well as LED lights have been outfitted together in it. The street lamp can illuminate for three days nonstop using only [...]
Continue reading …About 40 percent of the solar energy reaching Earth’s surface lies in the near-infrared region of the spectrum — energy that conventional silicon-based solar cells are unable to harness.
Continue reading …Physicists at University of Utah developed an inexpensive, highly accurate magnetic field sensor. This new magnetic field sensor, good for scientific or consumer uses is based on “spinotronic” organic thin film semiconductor which basically is a plastic paint resistent at heat and degradation. This plastic paint is only about 5 by 5 mm (one fifth [...]
Continue reading …A team from US Naval Research Laboratory leaded by Philip Jenkins recently demonstrated a method for harvesting solar power underwater at depths of 30 feet. Due to this source of renewable energy underwater, long term installations of autonomous systems will have enough power to work properly. As Jenkins says, this technology is meant to be [...]
Continue reading …All in one: A new electricity generating building component is being developed at EPFL
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