Austin Energy has dropped the cost for residential solar installations from $2.50 per watt to $2 due to changing market conditions, officials said Monday.
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SEIA is the solar energy industry’s go-to source for the latest coverage on solar power, including U.S. and international policy, research and polls, business and financing trends, and more. Our staff strives to support the media covering solar energy issues and guide our members on effective media outreach with clear statements, background materials, news and multimedia resources.
SEIA is committed to informing policymakers, the media, and the American public about the benefits of solar energy for today’s communities, our economy, and our country.
Learn more from our statements and industry news below.
Last year, the U.S. solar industry enjoyed its most successful year ever. Falling prices, consumer awareness and innovative policies are creating living-wage green jobs, improving energy productivity and expanding our domestic energy portfolio at an unprecedented rate. Solar energy is working for America, and it can work better for Georgia.
How about solar picks up the costs of net metering and utilities deliver accurate data, not sob stories?
According to recent research by Sunrun and PV Solar Report, the California home solar market has grown by 80 percent this year. The report identifies increased solar adoption in more cities as one of the major reasons for the spike in statewide solar projects.
As summer beckons, it seems Americans are thinking more about the stifling cost of energy than about making tracks to the beach.
Tennessee's Solar Sector: The Latest Numbers In A Thriving Value Chain
The country's top solar industry trade association announced Tuesday it is merging with an organization that advocates for solar energy at the state level.
These technologies save homes and businesses money by offsetting the use of electricity, natural gas and home heating fuels.
Concentrating photovoltaic technology is attracting buyers, and that’s going to spark competition between CPV and CSP for optimal project sites.
MIT Technology Review
The most efficient solar cells typically have several layers of semiconductor materials, each tuned to convert different colors of light into electricity. Researchers at Lawrence Berkeley National Lab have now made a single semiconductor that performs almost the same job. More importantly, they made the material using a common manufacturing technique, suggesting it could be made relatively inexpensively.