Building energy infrastructure that keeps wildlife safe is a key concern at the U.S. Department of Energy, which is why we have funded six teams to improve technologies that will protect eagles sharing airspace with wind turbines.
Since 2014, passionate college students from across the country have learned the ins and outs of the wind industry by participating in the Energy Department’s Collegiate Wind Competition, which challenges undergraduates to design and build a wind turbine and develop a business plan to market their project.
As detailed in the recently released 2016 Revolution…Now report, the U.S. wind energy industry has forged a trajectory of sustained growth thanks to rapidly decreasing costs and increasing market demand. Let’s take a deeper dive to better understand where we’ve been, where we are now, and where we’re headed in the near future.
A new report evaluating the potential for offshore wind energy development across U.S. coasts found that even if only 1% of the technical resource potential is recovered, nearly 6.5 million homes could be powered by offshore wind energy.
The United States got its first-ever offshore wind farm -- and that’s just the beginning. Announcing a new national strategy to tap into offshore wind's huge potential to power America with clean energy.
Here are five things you likely didn't know about the Department of Energy’s Wind for Schools program, which helps to develop a wind energy workforce by educating students across the country on the value of wind energy and the bright future accessible through careers in wind.
The Pennsylvania State University took top honors at the Collegiate Wind Competition back in May, and this past week the winning team came to Washington, D.C., to display its prize-winning wind turbine at the Energy Department's headquarters.
The U.S. Department of Energy Collegiate Wind Competition 2016 starts May 24—less than a week away—at the annual American Wind Energy Association (AWEA) WINDPOWER Conference and Exhibition in New Orleans. Whether you’re coming from near or far, it’s time to plan your visit to check out the next generation of wind-industry professionals.
Deep in the heart of the Columbia River Gorge in Washington and Oregon, an extensive data collection effort is underway. It’s all part of the Wind Forecasting Improvement Project in Complex Terrain’s (WFIP 2) effort to improve wind forecasts. From October 2015 through mid-2017, scientists will collect and analyze meteorological data in order to improve wind forecasts in regions of complex terrain, such as mountains, valleys, and river gorges. Our aim is to generate better forecasts that will help make wind power more reliable, efficient, and easier to integrate into the power grid.
A team at DOE's National Renewable Energy Laboratory is exploring the capability of wind energy to stabilize the nation's electrical grid when conventional power plants shut down. A 1.5 megawatt wind turbine, connected to a cutting edge grid simulator, is being tested at the National Wind Technology Center.
The Energy Department supported wind turbine innovation with Pika Energy—developing a process that cut the cost of making a small turbine blade from $1,000 to $50—and now features one of the company's turbines in the lobby of the department's headquarters in Washington, D.C.
Renewable energy from wind and water had a big year in 2015. As the year comes to a close, we celebrate the milestones of renewable electricity generation in wind and water power with a list of some of our largest accomplishments.
The Biodiversity Research Institute's (BRI) new report on a three year research project gives offshore wind developers new information on environmental impacts, including migration patterns of birds and whales. This will help accelerate progress on responsible, sustainable implementation of offshore wind technologies.