Essays about: "wind turbine stability"
Showing result 16 - 20 of 25 essays containing the words wind turbine stability.
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16. Impact of Large Amounts of Wind Power on Primary Frequency Control : A technical and economic study
University essay from KTH/Elektriska energisystemAbstract : Renewable energy sources help reaching the environmental, social and economic goals of producing electrical energy in a clean and sustainable matter. Among the various renewable resources, wind power is assumed to have the most favorable technical and economic prospects and offers signicant potential for reducing greenhouse gas (GHG) emissions. READ MORE
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17. Park optimization and wake interaction study at Bockstigen offshore wind power plant
University essay from Uppsala universitet/Institutionen för geovetenskaperAbstract : Losses for wake effects in offshore wind farms represent about 10% to 20% of the park annual energy production. Several analytical wake models have been developed and implemented to predict the power deficit of a wake-affected wind turbine. READ MORE
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18. Wind turbine dynamic - application to foundations
University essay from KTH/Bro- och stålbyggnadAbstract : These latest years, the green energy is highlighted and new technologies appeared. It is the case for wind turbines. The aim of latest developments has been to increase the power output. The use of new material enables the design of wind turbine with an impressive height, more and more flexible, inducing significant dynamic forces. READ MORE
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19. Numerical Simulation of Wind Turbine Wakes based on Actuator Line Method in NEK5000
University essay from KTH/MekanikAbstract : Nowadays wind turbines are clustered in wind farms and the wake development plays an important role in energy production and blade fatigue load of tubines. The actuator line method is an effective modeling approach that gives improtant wake flow characterstics of a wind turbine. READ MORE
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20. Fluttering Analysis in Wind Turbine Blade
University essay from Blekinge Tekniska Högskola/Sektionen för ingenjörsvetenskapAbstract : The wind turbine blades often subjected by a phenomenon fluttering which leads to a structural damage. Therefore, it is necessary for design engineers to predict the fluttering behavior while designing the blades. READ MORE