Peru has initiated a program that will provide more than 2 million of its poorest residents with electricity — for free.
‘The National Photovoltaic Household Electrification Program’ began on July 8, when 1,601 solar panels were installed in the Contumaza province of the country, CleanTechnica.com reported. Those panels, part of the program’s first phase, will reportedly power 126 impoverished communities.
Jorge Merino, Energy and Mining Minister, told the Latin American Herald that the entire program will allow 95 percent of Peru to have access to electricity by the end of 2016. That will be done by installing a planned 12,500 solar (photovoltaic) systems, reaching 500,000 households, according to PlanetSave.com.
Currently, only about 66 percent of Peru’s population has access to electricity.
Written by Huffington Post. To read the full article, click here.
Ben Kunz wanted to do “the green thing” and save on his electric bill without paying a lot of money up front. So instead of buying a solar system for his house in Cheshire, Connecticut, he leased one.
“I thought it was a pretty good deal,” he said. “I lean a little environmentalist so I’m concerned about global warming.”
Increasing numbers of U.S. homeowners are relying on the sun to meet much of their hot water and electricity needs. In fact, residential electricity produced by solar in the first quarter of 2013 was almost 10 times higher than that generated in 2008, according to the Solar Energy Industries Association.
But the potential for more is huge.
Consider this: “The amount of solar energy falling on the United States in one hour of noontime summer sun is about equal to the annual U.S. electricity demand,” the Energy Department says in its SunShot Vision Study.
Written by Carole Feldman. To read the full article, click here.
A new type of solar cell, made from a material that is dramatically cheaper to obtain and use than silicon, could generate as much power as today’s commodity solar cells.
Although the potential of the material is just starting to be understood, it has caught the attention of the world’s leading solar researchers, and several companies are already working to commercialize it.
Researchers developing the technology say that it could lead to solar panels that cost just 10 to 20 cents per watt. Solar panels now typically cost about 75 cents a watt, and the U.S. Department of Energy says 50 cents per watt will allow solar power to compete with fossil fuel.
In the past, solar researchers have been divided into two camps in their pursuit of cheaper solar power. Some have sought solar cells that can be made very cheaply but that have the downside of being relatively inefficient. Lately, more researchers have focused on developing very high efficiency cells, even if they require more expensive manufacturing techniques.
Written by Kevin Bullis. To read the full article, click here.
If solar were fashion, we’d say it was having a moment. Over the past few years we’ve gone from near zero solar photovoltaic panels to 2.5GW of capacity. Of this 1.9GW is installed on rooftops and 0.6GW on giant solar farms, with planning secured for a further 0.9GW of utility scale projects.
Ordinarily, I’d greet these farms supplying renewable energy with a cheery, “Welcome to the grid!” Unfortunately, my real response on seeing one on a beloved rolling south Devon hillside was more profane. Developers tend to say they’re of “low visual impact”. Actually they’re positively industrial, guaranteed to bring out your inner Nimby.
Why now? Solar panels (produced in the Far East) cost a third of what they did three years ago. And there’s been a change with Renewable Obligation Certificates (ROCs), too. Generators used to get two ROCs for every MWh of solar-produced electricity. They can be bought and traded among energy suppliers. But in March 2013 these were scaled down to 1.6 ROCs per MWh. Cue a scramble to generate more capacity.
Written by Lucy Siegle. To read the full article, click here.