Abstract: . . .  results and experimental verification Aim: After the tutorial the participants should: • have a deep knowledge . . .
. . . Tutorial Title: Power electronics for photovoltaic applications . . .
. . .  in the fields of modeling, simulation and control of power converters and holds a US patent on dual voltage . . .
. . .  where he is in charge of the Research Group in Industrial Electronics and Automatic Control (GAEI) and served as . . .
. . .  control of converters and drives, and power conditioning for renewable energy. He is coauthor of more than 50 papers . . .
. . .  in modelling and design of a switching regulator for photovoltaic application • have a deep knowledge in concept . . .
. . . Tutorial Title: Power electronics for photovoltaic applications Tutorial lenght: 6 hours Tutorial Abstract: . . .
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