Researches on Increasing the Performances of Renewable Energy Sources
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In the performance increase area of autonomous wind power stations I have worked on the modeling three-phase asynchronous generators used in their construction as well as the design and the implementation of the synchronous generators with permanent supermagnets that can be used in their construction. I have also developed control algorithms in real-time for priority and non priority loads connected to the output terminals of asynchronous generators in the componence of the low-power wind power stations. I have also developed an intelligent system for real time energy management of the energy ...
In the performance increase area of autonomous wind power stations I have worked on the modeling three-phase asynchronous generators used in their construction as well as the design and the implementation of the synchronous generators with permanent supermagnets that can be used in their construction. I have also developed control algorithms in real-time for priority and non priority loads connected to the output terminals of asynchronous generators in the componence of the low-power wind power stations. I have also developed an intelligent system for real time energy management of the energy produced by wind power stations. Concerning the performance increase in the area of photovoltaic systems for electricity production I worked for the photovoltaic systems modeling and the development of the control algorithms of fophotovoltaic systems with data acquisition and control board CompactRIO 9074. In this area I have developed control algorithms in the programming LabVIEW environment for tracking the maximum power transfer point (MPPT) between photovoltaic panels and batteries used to store electricity.
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