Search for dissertations about: "Wind power distribution"
Showing result 1 - 5 of 67 swedish dissertations containing the words Wind power distribution.
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1. Wind power wake modelling : Development and application of an actuator disc method for industrial utilization
Abstract : As a wind turbine extracts energy from the wind it creates a region downstream where the wind velocity is decreased and the urbulence intensity is increased, this region is commonly called the wake region. Today’s wind farms include a large number of wind turbines position in tight layouts. READ MORE
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2. Where the Wind Blows : the socio-political geography of wind power development in Finland, Norway and Sweden
Abstract : This thesis analysis the planning process for large-scale wind power development in Finland, Norway and Sweden. The aim is to explore the emerging power relations and socio-economic dynamics of the negotiation, planning and realization of this new development. READ MORE
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3. Probabilistic security management for power system operations with large amounts of wind power
Abstract : Power systems are critical infrastructures for the society. They are therefore planned and operated to provide a reliable eletricity delivery. The set of tools and methods to do so are gathered under security management and are designed to ensure that all operating constraints are fulfilled at all times. READ MORE
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4. Dynamic Rating of Power Lines and Transformers for Wind Energy Integration
Abstract : Dynamic Rating (DR) is usually associated with unlocking the capacity of power lines and transformers using available information on weather conditions. Our studies show that Dynamic Rating is a broad concept that requires further study and development. READ MORE
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5. Maximizing the integration of wind power in distribution system
Abstract : The global installed capacity of wind power has shown a significant growth, from just 24 GW in 2001 to 283 GW in 2012. This trend is expected to continue for some years to come. Hence a significant amount of wind power needs to be connected to the electric power system. READ MORE