Last week I attended the American Wind Energy Association’s (AWEA) annual offshore WINDPOWER conference in Atlantic City, New Jersey. Wind energy developers, government officials, non-profit advocates, and academia came together to discuss exciting developments in the U.S. offshore wind energy industry.
Advanced turbine technology is a game changer for wind energy in the Southeast. In just five years, wind turbine technology has greatly evolved to be more suitable for lower wind speeds areas like the Southeast.
The Audubon Society’s findings are shocking: Nearly half of all bird species in North America are at great risk of extinction due to climate change .314 bird species in North America could lose more than 50% of their current climate range by 2080 if no action is taken to combat climate change. The Brown Pelican, Eastern Whip-poor-will, and Orchard Oriole and are just a few of the many bird species greatly impacted by climate change here in the Southeast.
Could the U.S. go from being nowhere on offshore wind power to having over a dozen projects built over the next five to seven years? That’s a very real possibility, according to a report just released by the U.S. Department of Energy (DOE). The report, prepared by Navigant Consulting, is DOE’s third annual Offshore Wind Market and Economic Analysis. And it assesses the progress the country has made in building the offshore wind power industry that holds out a whole host of benefits for us all.
A recent non-peer reviewed study evaluated the frequency of wind turbine fires around the world. The study found that every year there are approximately 11.7 wind turbine fires that are reported. Based on extremely limited data from an anti-wind farm activist group, the study went on to suggest that wind turbine fires could be ten times higher than what is reported, for a potential total of 117 fires globally every year. As of 2012, there were over 225,000 wind turbines installed globally; thus the chance of a single wind turbine catching on fire is 0.0052% – 0.052%. Stated another way, there’s a 1 in 1,923 to 19,230 chance that a single turbine may catch on fire.
The American Wind Energy Association is hosting its annual Offshore Wind Expo in Atlantic City, New Jersey this year. This is the second time the expo has made its way to the Garden State. If you live in the south, here are five reasons to make the trip north of the Mason Dixon line. Early [...]
Officials are confirming that two wind farm proposals in Alabama will not be moving forward. As such, Cherokee and Etowah counties will forego about $27-$43 million in combined new tax revenues – revenue that could have been used to build a new park near Weiss Lake or improve the quality of the lake, provide education scholarships for high school graduates, create a new tourism niche, or reduce local taxes.
Lawrence Berkeley National Laboratory (LBNL) has released its 2013 Wind Technologies Market Report. This annual report notes important achievements for the wind industry. Overall, wind turbine innovation increasingly makes wind energy development across the country a winning proposition. Wind turbine costs and the price for wind energy continues to drop.
Iselle (2014) now joins likes of Irene (2011) and Sandy (2012), as a case study showing that wind turbines can withstand tropical storms and hurricanes. It’s been a while since the United States has been hit by a Category 3 hurricane, or higher. Let’s hope that trend continues.
North Carolina is one step closer to developing an offshore wind farm. Yesterday, August 11, the Bureau of Ocean Energy Management (BOEM) announced three Wind Energy Areas (WEAs) off the coast of North Carolina. The three wind WEAs, totaling 307,590 acres, have been identified as areas suitable for potential offshore wind energy development.