A while back I wrote a post on the need to get India’s solar boom right. I wrote it because it was obvious that solar energy was primed to take off in India and it was clear there were two paths the country could take — distribute that boom to benefit the 300 million people still waiting for the grid, or forcibly centralize a resource that is most effective when distributed

One of the leading solar energy companies in the world, Yingli Green Energy, recently announced that the company is supplying 40 MW of photovoltaic modules for a new solar power plant that will be the largest in Latin America when completed.

Scientists from Vietnam’s Academy for Water Resources have succeeded in designing equipment that turns saltwater into freshwater, using the sun’s energy.

Ambitious multi-billion-dollar projects to harness the power of the region's year-round blazing sun have already been announced by Saudi Arabia, Qatar and the UAE.

Getting energy from the sun is a great idea. However, installing solar panels house-by-house is slow, costly and cumbersome, and downright inefficient if the goal is to bring solar to the masses.

Morocco's ambitious and expensive plan to draw 40 percent of its energy needs from the limitless power of its blazing sun by 2020 received a publicity boost this week as the first solar powered plane to make an intercontinental flight landed in the North African kingdom.

New York City has big plans to make a name for itself in the sustainable energy sector: It wants to become a solar energy hub and export the solar market analysis tools it is developing throughout the world.

"We have just prepared a proposal for 10,000 solar based water systems which supply drinking water to communities in rural areas," Rural development minister Jairam Ramesh said while addressing a conference here.

Scientists from the University of Southern California have been working on a way to make solar energy more efficient, affordable, and convenient. As with other forms of alternative energy, solar energy is often criticized as having numerous flaws. Researchers from USC believe that some of the problems that are inherent in solar energy systems can be remedied through the development of new solar cells.

On May 3rd, 2012, representatives of leading international companies in the solar photovoltaic industry announced the founding of the Global Solar Council, a CEO‐level industry coalition whose aim is to expand the global deployment of solar energy in a sustainable and cost‐competitive way.

This rather novel solar collector draws inspiration from the lotus flower to provide small-scale solar energy - both electric and thermal - to domestic and small business users.

Butterfly wings are not just beautiful. They are also sophisticated collectors of solar energy that help butterflies stay warm, and researchers say that their shinglelike structure could provide valuable clues into developing better solar technology.

While we’ve looked at the development of solar cell technologies that employ nanoscale 3D structures to trap light and increase the amount of solar energy absorbed, MIT researchers have now used 3D on the macro scale to achieve power output that is up to 20 times greater than traditional fixed flat solar panels with the same base area.

A researcher from Adelaide's Flinders University has developed a prototype solar cell that uses a layer of transparent carbon nanotubes sandwiched between conductive glass to collect solar energy

In an attempt to become environment-friendly, the Indian Railways plans to set up renewable energy generation capacities—such as wind power, solar energy and bio-diesel plants—for its own use, railway minister Dinesh Trivedi said in his budget speech on Wednesday.

Pyrite, better known as "fool's gold," was familiar to the ancient Romans and has fooled prospectors for centuries - but has now helped researchers at Oregon State University discover related compounds that offer new, cheap and promising options for solar energy.

The ambassador said that Denmark has many advantages in using energy effectively, particularly recycled and clean energies like solar energy, energy produced from rubbish and biogas.

After 18 months of construction, the largest solar energy plant in Taiwan’s history is now fully operational in the southern city of Kaohsiung, according to the Ministry of Economic Affairs Oct. 1.

The solar energy system will generate around 2,450,000kWh of electricity over the 25-years period. A total income of £1.25m will be generated from the feed-in tariff and save around £250,000 in electricity purchase costs, based on current energy prices. The system will also save 55,000 kg in CO2 emissions each year.