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A spherical glass solar energy generator, which even has potential to harvest lunar energy for producing electricity is center of attraction these days. This innovation by Barcelona-based German Architect André Broessel is called ß.torics system. This device looks like a giant transparent marble, has a fully rotational weatherproof device with ability to track sun, concentrates sunlight or moonlight up to 10000 times. The ball lens and specific geometrical structure is 35% more efficient than existing photo-voltaic designs.
Rawlemon’s ultratransmission Ball lens concept of optical tracking with low-cost industrial white glass and a refractive index of 1.53 provides a very small focal point, concentrating diffuse light.
The researchers found a way to make an “optical battery,” and in the process, they overturned a century-old tenet of physics.
You could stare at the equations of motion all day and you will not see this possibility. We’ve all been taught that this doesn’t happen,” said Rand, an author of a paper on the work published in the Journal of Applied Physics. “It’s a very odd interaction. That’s why it’s been overlooked for more than 100 years.”
As we searched for the ideal location of our first commercial production facility, we identified a number of key factors that were critical to delivering maximum value from our high-tech farming process," said Matt Caspari. "The combination of a perfect climate and the right blend of resources-including abundant seawater, industrial CO2 and skilled labor-made Northwestern Australia an ideal location for our initial, high-yield commercial facility. These elements combined with the outstanding support of the Australian government at all levels, makes Perth a perfect launching point for commercializing our technology."
With algae widely recognized as the most productive source of biomass, Aurora Algae has optimized salt-water algae strains that thrive in open ponds, utilizing seawater rather than fresh water to conserve resources. Aurora Algae has also pioneered a unique, energy-efficient method for harvesting, using technology commonly used in the waste-water treatment industry rather than using a traditional centrifuge approach. These process improvements over traditional algae production, harvesting and extraction methods, combined with the company's ability to take excess carbon dioxide from third-party industrial plants, will result in premium, low-cost and carbon-neutral to carbon-negative products.
Oil in Alaska is nothing compared to what you'd get from the moon," said Criswell, a physicist at the University of Houston Institute for Space Systems, who has been promoting his idea steadily for about 20 years. "This kind of energy would be available as long as the sun shines and the moon is up there."
Then, he says, the world would have access to a limitless power supply. The moon receives 13,000 terrawatts of power from the sun. Harnessing 1 percent of that energy, he calculates, could replace all fossil fuel power plants on Earth.
Moon elixirs are like liquid lunar energy. They can be taken internally or used to bless sacred objects and people as well as to enhance magic rites.
Eh???
Originally posted by AussieAmandaC
Goodness! I just had a thought! If we 'plugged' those middle east joes into such a thing, we could have unlimited free energy for eternity! (forget I mentioned it)
Originally posted by LightAssassin
Eh???
Originally posted by AussieAmandaC
Goodness! I just had a thought! If we 'plugged' those middle east joes into such a thing, we could have unlimited free energy for eternity! (forget I mentioned it)
Racism.
Efforts to capture energy from the human body usually focus on harnessing the kinetic energy of the body’s movement. However the human body is also generating energy in the form of heat that could also be used to run low power electronic devices. New energy-scavenging systems under development at MIT could generate electricity just from differences in temperature between the body (or other warm object) and the surrounding air.
The researchers, MIT Prof. Anantha Chandrakasan and alumnus Yogesh Ramadass PhD ’09, point out that as a result of research over the last decade, the power consumption of various electronic sensors, processors and communications devices has been greatly reduced, making it feasible to power such devices from very low-power energy harvesting systems such as their wearable thermoelectric system.
originally posted by: Starcrossd Do you know if the 180 cm model is capable of powering the standard home? [Capacity Per Day: 3.4 kWh max. Battery Capacity: 5.4 kWh]