Search for dissertations about: "2018 power system dissertation"
Showing result 1 - 5 of 15 swedish dissertations containing the words 2018 power system dissertation.
-
1. Artificial Intelligence-Based Characterization and Classification Methods for Power Quality Data Analytics
Abstract : One of the important developments in the electric power system is the fast increasing amount of data. An example of such data is formed by the voltages and currents coming from power-quality measurements. READ MORE
-
2. Metamodel Based Multi-Objective Optimization with Finite-Element Applications
Abstract : As a result of the increase in accessibility of computational resources and the increase of computer power during the last two decades, designers are able to create computer models to simulate the behavior of complex products. To address global competitiveness, companies are forced to optimize the design of their products and production processes. READ MORE
-
3. An interactive decision support system using simulation-based optimization and knowledge extraction
Abstract : The use of simulation to improve existing manufacturing systems is not new, but simulation can also be used increase the understanding of production systems that have not yet been built. The power of simulation models can be further enhanced by using simulation-based optimization, in which an optimization algorithm tries to find optimal solutions, given certain objectives. READ MORE
-
4. From Condition Monitoring to Maintenance Management in Electric Power System Generation with focus on Wind Turbines
Abstract : With increase in the number of sensors installed on sub-assemblies of industrial components, the amount of data collected is rapidly increasing. These data hold information in the areas of operation of the system and evolution of health condition of the components. READ MORE
-
5. An analysis of factors influencing renewable energy deployment in the EU’s electricity sector
Abstract : The EU has set itself ambitious short- and long-term decarbonisation targets: a reduction in greenhouse gas (GHG) emissions of 40% by 2030 and 80% by 2050, compared to 1990 levels. The power generation sector, currently responsible for around 55% of GHG emissions, is expected to contribute significantly to achieving the EU’s decarbonisation targets. READ MORE