Global Industry Analysts (GIA) has released a new research report titled, “Wind Energy: A Global Strategic Business Report.” The report includes industry overview, product innovations, wind technology overview, growth drivers and profiles of key market players.
Juhl Renewable Energy Systems (JRES) is a new subsidiary that has been established by Juhl Wind, a wind power development and management company, to meet the growing demand for smaller-scale on-site solar and wind systems in the small or medium business market.
Energiekontor, a wind power project developer, has signed a wind turbine supply agreement with GE Energy for four wind projects in Germany.
CPFL Renováveis, an energy generation company, has signed an agreement with Fundo de Investimentos em Participações Brasil Energia (FIP Brasil Energia), Fundo de Investimento em Participações Progresso (FIP Progresso), Servtec Investimentos em Participações (Servtec), and other shareholders to acquire BVP, a Brazilian wind project developer.
Globeleq Generation, an operating power company, announced that it has celebrated the launch of Cerro de Hula (CdH), the first wind park in Honduras, on February 22, 2012. Globeleq Mesoamerica Energy (GME), a joint venture between Globeleq and Mesoamerica Power, has executed the 102 MW CdH wind project.
First Wind announced that it has celebrated the groundbreaking ceremony of its 69 MW Kawailoa Wind project in Hawaii. The wind facility is constructed on Kawailoa Plantation lands of Kamehameha Schools, located on the Northern Shore of Oahu.
Siemens Energy announced that it has secured two major contracts to supply 90 wind turbines for two wind power projects, Korat 1 and Korat 2, in Nakorn Rachasrima Province, Thailand.
MidAmerican Energy, based in Des Moines, Iowa, has awarded an additional wind turbine order to Siemens Energy, a supplier of a complete range of power generation products, solutions and services, for a 407.1 MW project expansion in Iowa in 2012.
Bayer MaterialScience has developed Baydur, a new polyurethane system, which helps in designing stronger wind turbine blades. Currently, wind turbine blades are manufactured in larger sizes due to increased demand for clean or renewable energy.
Current materials aren’t designed to withstand these increased demands. Lighter weight composite materials with increased stiffness and enhanced fatigue endurance properties offer a promising solution. Bayer MaterialScience LLC’s newly developed class of polyurethane systems offer stronger, tougher systems ideal for producing polyurethane composites materials suitable for manufacture of large parts by vacuum infusion.
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