World Energy Use Will Grow by 53%, Led by China and India

The world’s energy consumption is expected to grow 53% by 2035, according to the International Energy Outlook 2011 by the US Energy Information Administration (EIA).

Fully half of that growth will come from China and India, where energy use is expected to more than double by 2035. EIA expects the two countries combined to consume  31% of the world’s energy, up from 21% today.

The good news is that renewable energy will be the fastest growing primary energy source during that time. Renewables, which accounted for 10% of demand in 2008, will grow by 2.8% a year and supply 15% of the world’s energy in 2035. (more…)

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5 Curtains that help to save and generate renewable energy

The concept of renewable energy is fast catching up. People are no more afraid of investing in these sources due to practical reasons. Manufacturers are also devising newer ways of keeping abreast with green technologies. The solar energy harnessing curtains are the new one on the block.

Though it’s a high cost technology but it serves a great purpose by providing for the power consumption of the house with no extra space required for it. The ever increasing prices and erratic supply of electricity will see a solution with the solar curtains concept.

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5 Concept products designed to be powered by piezoelectricity

Piezoelectricity is the electric charge which is generated in certain solid materials due to the application of pressure or mechanical stress. In the current epoch, where there are lot of conscious efforts and research directed toward finding an alternative of fast disappearing nonrenewable resources, the concept of piezoelectricty seems promising to deliver a substitute, to fuel the world of future.

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5 Auto plants that are powered by renewable energy

Factories and power plants are two of the major contributors to pollution. Despite their necessity for production of much-needed goods, we can’t deny their emission of high levels of pollutants. Power plants are also huge consumers of non-renewable natural resources like coal, used to power their vast furnaces and machinery.

This dependence on our earth’s natural resources, particularly those that cannot be renewed, is currently posing grave questions. How do we sustain ourselves unless we find alternative means of generating energy? And what contributions can factories themselves make to ensure that the manufacturing machinery continues without exhausting the earth’s supply of energy-giving fuel materials?

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If ready-set-jet is your motto, selecting which of your cache of gadgets to bring on board is not always an easy task – you want to pack light, but you also want to pack right. We’ve flown far and wide to uncover the top 6 hottest travel accessories for the jet setter that not only reduce your carbon footprint, but will also keep your luggage load light.

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5 green products designed to monitor energy use in your house

The increase in demand of energy globally has resulted in development of devices and home appliances that are more energy-efficient. This green technology is being adopted to save the fossil fuels and other non-renewable resources.

The best energy-efficient devices are being produced for daily use as they can save energy to a large extent. People across the world believe that the energy dissipated in excess needs to be monitored in order to reduce the use of fossil fuels for producing power. Here is a list of 5 green products that are designed to monitor energy use in your house.

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Our indiscriminate and ruthless use of exhaustible resources today is spelling out disasters which we witness in the form of natural calamities around us with a frequency much higher than ever seen in the past. However, nature is benevolent and still giving us a chance to mend our ways and rectify our follies by way of turning back to her for our needs; her bounty in the form of wind, water and solar energy being most revered blessings for us! Scientists of our times have been smart enough to take the cue and advance in the field of harnessing electricity, which is one of the essentials in our developed world, through the power of the sun- “Solar Energy”.

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Watch as NASA’s Solar-Powered Twin GRAIL Spacecrafts Launch For the Moon This Morning!

T-minus ten minutes and counting! NASA is scheduled to launch its newest mission, The Gravity Recovery and Interior Laboratory, or GRAIL this morning at 8:37 9:16AM EDT. Two twin spacecrafts will be launched into orbit to get up close and personal with an old friend we still have much to learn about: the moon. GRAIL A and GRAIL B are nearly identical crafts about the size of a washing machine and we’re excited about the fact that unlike many past spacecrafts, they’ll be equipped with solar arrays to power their mission with the rays of the sun. Watch the launch after the jump!

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10 eco friendly outdoor gadget charging systems

Spending time outdoors comes coated with a lot of fun but also has its negative sides. If we are using our beloved gadgets outside home, it becomes difficult at times to charge them in case they run low on battery. But, why not use eco-friendly way of juicing up the gadgets when spending time with nature. Below is a list of eco-friendly outdoor gadget charging systems, which will make gadget freaks jump with utmost joy.

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Full-Scale Solar-Turbine Testing Completed by Southwest Solar Technologies, Inc.

Southwest Solar Technologies Inc. announced today the successful on-sun testing and proof of concept of a highly advanced solar-turbine power system being developed by the Company. The full-scale prototype test was the first operational validation of the integrated system, which uses a large parabolic solar dish with mirrors to concentrate the sun’s energy to power an air-based open cycle turbine to produce electricity.

This milestone field test was conducted in Phoenix using the Company’s 320-square-meter solar concentrating dish, the largest solar dish in North America. The dish delivered thermal energy in the form of 2000 “suns” of concentrated sunlight into its advanced high-temperature solar thermal receiver. Inside this receiver compressed air was superheated, and that superheated air was used to power a high-speed turbine alternator and produce electrical power.

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