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.
North Carolina’s Senate Bill 843 was introduced recently, and if implemented, would flush the entire renewable energy industry down the toilet.
How can clean energy advocates best prepare for wind energy development in the South? During the beginning stages of a proposed wind farm, there may be some general information on the project, but not all details are made publicly available. Or, a proposed project is in such early stages of development that it has not yet been reported or announced. Without this information, advocates can struggle to prepare and answer key questions, concerns, and benefits of a project. Luckily, there is a simple online tool you can use to locate a proposed wind farm near you.
U.S. wind farms now pay $222 million dollars a year to farming families and other rural landowners, according to new data released by the American Wind Energy Association (AWEA) today, with more than $156 million dollars going to landowners in counties with below average incomes.
This week, March Madness kicks off as college basketball teams across the country prepare for the biggest tournament of the year. 64 teams will compete, but only one will take down the net. As you make your picks and finalize your bracket, we have another March Madness competition to bring to your attention: Megawatt Madness! Iberdrola Renewables launched the second annual Megawatt Madness tournament, which highlights 64 of their renewable energy sites across the county.
NREL developed the JEDI model to enable stakeholders and decision makers an easy way to ground-truth jobs and economic development potential associated with many sources of new generation construction and operation. The JEDI model is available for for wind energy, biofuels, solar energy, natural gas power plants, coal-fired power plants, hydroelectric dams, geothermal, petroleum power plants and transmission line construction. Construction impacts, cost estimates and potential tax revenue are all calculated based off of recent real-world examples. Users can tailor inputs of a proposed project by changing the project megawatt size, location and by other variables.
Georgia Tech’s Center for Geographic Information Systems and Strategic Energy Institute has partnered with the Georgia DNR Coastal Resources Division to launch a new marine planning application called the Georgia Coastal and Marine Planner (GCAMP). GCAMP provides online access to data regarding coastal and ocean resources, which can help facilitate Georgia’s management of these resources in regards to offshore wind energy.
A team of experts in the United Kingdom evaluated the risk of a wind turbine accident. Because actual, real-world wind turbine accidents are extremely rare events (once every 10,000 years per turbine per year), the experts ran millions of simulations of virtually all the possible ways a wind turbine blade can become detached and how far blade pieces could travel. The experts for the United Kingdom Health and Safety Executive summed up their research like this: “The risk of fatality from wind turbines (at 2 hub heights or greater from the turbine) is low in comparison to other societal risks. It is roughly equivalent to the risk of fatality from taking two aircraft flights per annum.” The experts also noted you’re also more likely to die by taking four fairground rides per year than from a wind turbine blade/fragment.
Wind turbine technology has advanced significantly in the past few years, enabling wind farms to sprout up in new areas, particularly in the Southeast. Taller turbines and longer blades are capable of capturing more wind, which results in harnessing more electricity and reducing costs. Even as new wind development promises sustainable economic development in rural counties, in some cases new wind farm proposals are being met with hostility and resistance. North Carolina is a recent example of new turbine technology creating opportunities and opposition, as anti-wind activists use confusion and misinformation to press for wind farm bans that are disguised as regulation.
Construction began this summer on the first utility-scale wind farm in North Carolina, and one of the first in the southeastern U.S., the Amazon Wind Farm US East, powered by Iberdrola Renewables. This exciting development in rural northeastern North Carolina will deliver significant local economic benefits over the life of the project, starting with a huge boost for local companies and workers during construction. It will soon be the largest taxpayer in each of the two counties where it’s located, and combined with landowner lease payments, will inject more than $1.1 million into the local economy each year.