Clean Energy Project Analysis Software / Google Earth / Fluid Mechanics Laboratory / VESTAS / Siemens / /
Country
Saudi Arabia / Canada / Venezuela / / /
Facility
Prince Sault Ste. Marie Airport / Nazarbayev University / Port Alma II Erieau / Measuring station Distance / Port Alma Kingsbridge Gosfield Dillon / Port Alma Erieau / Port Alma Wind Farm Measurement station / Port Burwell / /
IndustryTerm
measured energy / predicted energy / wind energy production / respective measured energy / wind energy / predicted and measured electricity production / given site / software prediction capability / measured energy production / annual energy production / oil / software database / wind-based electricity / wind energy calculations / actual energy / energy / energy production / energy resources / electricity / wind energy generation projects / electricity generation / exponential law / wind energy power / measured and predicted electricity generation / electricity production / project site / free-to-use software / satellite view / energy technologies / /
MarketIndex
case 10 / /
NaturalFeature
Gosfield Belle River / Wolf Island / Wolfe Island / /
Organization
School of Engineering / Nazarbayev University / Canadian government / Canadian Wind Energy Association / Cities Development Initiative for Asia / New York State Energy Research and Development Authority / United Nations / National Aeronautics and Space Administration / Environmental Protection Agency / /
Person
Spence Port Alma / Prince / Luis R. Rojas-Solórzano / Amaranth / Port Burwell / Port Alma II / Spence Erieau / Dillon Erieau / Ripley South / Farm Installed Capacity / Sault Ste / Simón Bolívar / / /
Position
engineer / Prince / Academic Editor / representative / /
Research Article Assessment of the Prediction Capacity of a Wind-Electric Generation Model María N. Romero, Fluid Mechanics Laboratory, Universidad Simón Bolívar, Venezuela,