Fakulta elektrotechniky a informatiky / Faculty of Electrical Engineering and Informatics
Stálý URI pro tuto komunituhttps://hdl.handle.net/10195/3847
Práce obhájené před rokem 2008 jsou uloženy pouze v kolekci Vysokoškolské kvalifikační práce
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Konferenční objektpeer-reviewedpostprint Otevřený přístup The Analysis of Wind Farm Impact in Primary Radar System(University of Indonesia, 2017) Pidanič, Jan; Juryca, Karel; Suhartanto, HeruThe paper deals with problematic of the influence of the wind turbines on the Primary Radar System. A real scenario that includes two wind turbines was chosen for the analysis. A simulator of reflected signals from the wind turbines was developed. In the start of paper, the principle of the developed simulator is described followed by the own analysis. The results from the work will be used for developing of the mitigation techniques for suppression of this influence.Konferenční objektpeer-reviewedpostprint Otevřený přístup The Wind Farm Simulator of Reflected Signals in Primary Radar System(University of Indonesia, 2017) Pidanič, Jan; Juryca, Karel; Suhartanto, HeruThe spreading of the renewable energy especially wind farms, increases possibilities of negative influence on the detection capabilities of primary radar systems. The paper deals with modelling of a simulator for reflected signals from wind farms. The developed simulator enables echo simulation from wind farms, with many variable input parameters, that helps with analysis of influence. The simulator simplifies and speeds up the development of wind farm mitigation techniques, on primary radar systems. The paper describes characterization of the model of the simulator that includes multipath reflection and a brief analysisKonferenční objektpeer-reviewedpostprint Otevřený přístup The Modelling of Wind Turbine Influcence in the Primary Radar Systems(University of Indonesia, 2017) Pidanič, Jan; Juryca, Karel; Suhartanto, HeruWind turbines or wind farms present a major source of renewable energy. The expansion of wind turbines across the world rapidly increases. Unfortunately, for radar systems, wind turbines are a big source of clutter that can negatively influence the behavior of the detection capabilities of radar systems, or even totally “blind” radar systems. The problematic of mitigation of the influence of the wind turbines on radar systems is highly variable and depends on parameters of the wind turbines and radar systems. The main negative parameters of wind turbines are large Radar Cross Sections and Doppler shift spread of reflected signals. For the determination of general mitigation techniques, it is important to make a deep analysis of the different types of scenarios using a developed simulator of reflected signals from a wind turbine. This paper describes developed simulator and wind turbine parameter analysis