Should consumers pay more for renewable energy in order to promote a certain technology? That’s an interesting question raised by California regulators on Thursday, when they approved what they acknowledged to be a pricey contract for Abengoa Solar to sell power to Pacific Gas & Electric.

The California Public Utilities Commission voted 4-1 to approve the 25-year contract, which will allow Abengoa to build the 280-megawatt solar farm called Mojave Solar in southern California. The company already has secured construction permits from state and federal regulators, as well as a $1.2 billion loan guarantee from the U.S. Department of Energy to help pay up to 80 percent of the project’s cost.

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Householders who are in the process of having solar panels put on their roof have six weeks to complete the job or face seeing the predicted income they generate slashed after the government said it was cutting feed-in tariffs by 50%.

Despite pledging to be “the greenest government ever”, the Tory-led coalition last week shocked the renewables sector by announcing that only installations completed by 12 December would get the full payments they were promised. Hundreds of householders who had signed contracts to have panels fitted have now pulled out and others are expected to follow.

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Artificial leaf could grow a layer of ice in desert conditions

A Dutch artist is aiming to create an artificial leaf in the Sahara Desert that can grow a layer of ice on its underside.

‘Sunglacier’, as the project has been dubbed, will feature a 200m2 surface covered in photovoltaic solar cells, which will power cooling condensers on the underside of the elm leaf-shaped structure to soak up humidity from the desert air and turn it into ice.

Ap Verheggen, the artist behind the project, hopes it will encourage people to believe that the impossible is possible when it comes to dealing with climate change.

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Why we are asking this now?

Solar energy does not require any introduction as a potential source of renewable energy. Sunlight is plenty through out the year in tropical and subtropical regions. And these regions consist all most 50 percent of total land mass in the world. So, if solar energy is harnessed efficiently along these areas, energy generation would become lot greener in future.

However, today’s solar technology has too many problems starting from capturing sunlight to storage and distribution of generated electricity. For power generation, generally, two types of technologies are used – photovoltaic and solar thermal type. And both the technologies are expensive to install. Photovoltaic cells are made of expensive silicon compounds while the thermal type system requires huge parabolic structures to concentrate heat.

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Mass solar panel installation on Nottingham social housing – big picture

The mass installation on 600 homes in Broxtowe and Aspley is one of the largest to be carried out in the UK in a single domestic scheme. The energy savings are thought to total around £72,000 a year. The solar industry said the government’s plans to cut feed-in tariffs by over 50% in the next six weeks would devastate the number of installations on homes, schools and small businesses

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What’s Next Green solar panels made using eco friendly materials

As we know it

Solar energy is one of the most vital renewable sources of energy existing across the world. Till date, there are plenty of solar energy based machines invented. Every now and then, solar based machines are getting popular with a rapid rate. The successful growth of eco-friendly concept also supported the profound usage of solar based appliances. Solar panels are one of the very effective applications of solar energy. These are well suited for domestic placement.

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The Huge Promise of Local Solar (

As Americans, we’re conditioned to think big. Big houses, big cars, big screens. Big, centralized power plants that blast energy to our big cities and big suburbs. But there’s a compelling argument to be made for breaking with that paradigm, and starting to think smaller. Of course, that applies to all of the above, but let’s focus on power generation.

Most of us get our power from ginormous coal, gas, nuclear, or hydro plants that create a massive amount of power and transmit it far across the grid. So, as we shift to renewable power, many expected we’d follow that mold, with huge solar arrays and sprawling wind farms. While those are great, there’s reason to believe that seeking to stimulate the growth of a bevy of smaller, local solar projects would be faster, more cost effective, and create more jobs. This infographic/advertisement for local solar explains

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