Certainly some risk exists with wind turbines; however, the risk from wind farms appears to be less than being struck by lightning and certainly less dangerous than fossil fuels. Still, wind developers have a responsibility to ensure projects are built to meet or exceed safety standards and to benefit the local communities.
We’re off to a great start this year at AWEA’s conference in New Orleans! This year’s conference is centered around the theme “Generation Wind.” With the renewal of the Production Tax Credit and policy stability in the industry, attendees are gearing up for the next phase of wind power to begin. But what does “Generation Wind” mean to our Southern region? Over the past five years, wind turbine technology has significantly improved. Taller turbines with longer blades are now better capable of harnessing the power of the wind. These new turbines operate more reliably, more predictably and at lower costs. Thus, we believe that the next generation of wind power is here in the South.
Last week, the North Carolina Department of Environmental Quality (DEQ) released new classifications for Duke Energy’s coal ash storage across the state. In the rankings, all sites are listed as high or intermediate priority, meaning the ash would be excavated by 2019 or 2024. Yet DEQ has asked to be able to revise the plan in 18 months, providing little security to the many North Carolinians whose communities, drinking water, and homes are threatened by this toxic ash.
We recently went down to New Orleans to finalize all the plans for AWEA WINDPOWER 2016 Conference & Exhibition, opening just two weeks from today. It’s the first time our annual conference has come to the Big Easy, and I wanted to show you firsthand how everything is shaping up to make for a tremendous event- more sessions, exhibitors, speakers, networking opportunities and attendees than last year. I hope you can all join us for the “refreshed” conference this year and experience what it means to be a part of #GenerationWind.
This is a guest post originally written by Robin W. Smith for the SmithEnvironment Blog. Smith is a lawyer with more than 25 years of experience in environmental law and policy. Before starting a private environmental law and consulting firm in 2013, Smith served as Assistant Secretary for Environment at the North Carolina Department of [...]
I find it sad that the North Carolina Department of Transportation would even consider making it difficult for Charlotte residents to purchase an American-built, Motor Trend Car of the Year that has sourced from over 30 manufacturers in North Carolina.
Free market economics is touted by conservatives, and yet almost routinely now we are seeing legislation being introduced across the United States designed solely to block the competition that Tesla is bringing to the old guard. Has everyone forgotten that it is unconstitutional to regulate interstate commerce?
2016 is the year to act on wind power in a big way and the clock is ticking. At the end of 2015, Congress passed a long-term phaseout of the federal Production Tax Credit (PTC) for wind energy – a key federal incentive for the industry that continues to drive down the cost of wind energy.
Finally, the WIND Toolkit helps eliminate any guesswork by wind energy advocates regarding newly proposed wind farm projects. Using the old 50 meter, 80 meter or 100 meter wind speed maps use to be the only way the public had any sense of what “good” wind resources looked like. However, those maps always proved too coarse for the average viewer to interpret accurately. Anti-wind activists frequently used outdated maps, some even dating back to the 1980s, to make a case against wind energy. The WIND Toolkit can now provide better analysis for stakeholders interested in learning more about wind energy. As a quick case study, the image below shows the results of the WIND Toolkit query compared to a 100 meter wind speed map in Northeastern North Carolina. The WIND Toolkit shows an average wind speed of approximately 7 meters-per-second (15.7 MPH), but the 100 meter wind map shows speeds of <6 m/s (13.4MPH). That 1 m/s difference results in the difference between a 30% capacity factor and a 40% capacity factor, based on the WIND Toolkit's power curve. In real terms, that is a 33% improvement in capacity factor. North Carolina's first wind farm recently broke ground in that region, and reports suggest average capacity factors of that wind farm to be near 40% – very similar to the results of the WIND Toolkit.
The following guest post is from Climate Feedback, a global network of scientists who analyze and critique articles about climate change in the mainstream media, holding publications accountable for accurately reporting on the issue. Last year was the hottest year in human history, and last week we learned that the Great Barrier Reef is already [...]
Because of the PTC phaseout, there is a real urgency for wind farm development to begin as soon as possible. Electric utilities that delay purchase of wind energy resources may end up losing hundreds of millions, if not billions of dollars in ratepayer savings due to a reduction in the federal PTC value.