Pedro Rodriguez Remus Teodorescu He received the M.Sc. and Ph.D. degrees He received the Dipl. Ing. degree in in electrical engineering from the electrical engineering from Polytechnical Technical University of Catalonia (UPC), University of Bucharest, Romania in 1989, Spain, in 1994 and 2004, respectively. He and Ph.D. degree in power electronics from was a Postdoctoral Researcher at the University of Galati, Romania, in 1994. In Center for Power Electronics Systems 1998, he joined Aalborg University, Department of (CPES), Virginia Tech, Blacksburg in 2005, and at the Energy Technology, power electronics section where he Department of Energy Technology, Aalborg University currently works as a professor. Since 2003, he is a (AAU) in 2006. He joined the faculty of UPC as an visiting professor at Chalmers University of Technology, Assistant Professor in 1990, where he became the Gothenburg, Sweden. Industrial/Ph.D. Course in Director of the research center on Renewable Electrical He has co-authored the book “Grid Converters for Energy Systems (SEER) in the Department of Electrical Photovoltaic and Wind Power Systems”, ISBN-10: 0- Engineering. He was also a Visiting Professor at the Power Electronics for 470-05751-3 – Wiley and over 200 IEEE journals and AAU from 2007 to 2011, acting as a co-supervisor of the conference papers. His areas of interests includes: Vestas Power Program. He still lectures Ph.D. courses design and control of power converters for photovoltaics at the AAU every year. From 2011, he is the Principal Renewable Energy and wind power systems, grid integration with wind Research Scientist on Electrical Engineering and a power, HVDC/FACTS based on MMC, SiC-based member of the Scientific Director Board of Abengoa Systems converters, storage systems for utility based on Li-ion Research, although he is still joined to the UPC as a part battery technology. He was the coordinator of the Vestas time Professor. He has coauthored one book and more - in theory and practice Power Program, 2008 – 2013. than 100 papers in technical journals and conference proceedings. He is the holder of seven licensed patents. His research interests include integration of distributed generation systems, smart grids, and design and control Tamas Kerekes of power converters. Dr. Rodriguez is a senior member of the IEEE, a member of the administrate committee of 08 – 10 September, 2014 He obtained his Electrical Engineer the IEEE Industrial Electronics Society (IES), the general diploma in 2002 from Technical chair of IEEE-IES Gold and Student Activities, the vice- University of Cluj, Romania, with PERES chair of the Sustainability and Renewable Energy specialization in Electric Drives and Committee of the IEEE Industry Application Society and Robots. In 2005, he graduated the a member of the IEEE-IES Technical Committee on Master of Science program at Aalborg University, Renewable Energy Systems. He is an Associate Editor Department of Energy Technology in the field of Power of the IEEE Transaction on Power Electronics. Electronics and Drives. In 2009 he received his PhD degree from Aalborg University. Currently he is working as an Assistant Professor at the same Department. Since he started his PhD at the Department of Energy Prerequisites Technology his main interest is on PV inverter modeling, A degree in electrical engineering or control engineering control and topologies as well as modulation techniques and Matlab/Simulink, as well PLECS knowledge is Industrial/PhD course on Power with focus on transformerless PV inverter systems. strongly recommended. Electronics for Renewable Systems in Theory and Practice

www.et.aau.dk

Background of the course Course Program Course Location Aalborg University The “Power Electronics for Renewable Day 1, 08.30-16.30 Energy Systems” – PERES course has Department of Energy Technology been successfully given to over 200 L1 PV and WT Systems Overview Pontoppidanstræde 101 people from academia and industry L2 PV Grid Inverters Structure and Control DK-9220 Aalborg East since 2006. L3 WT Grid Inverters Structure and Control Denmark The main reference for the course is L4 Grid Requirements for PV Power Systems the book ‘’Grid Converters for L5 Grid Requirements for Wind Power Systems Photovoltaic and Wind Power Organisation Systems’’, ISBN-10: 0-470-05751-3, Lab I Topologies and Modulation for PV Grid Wiley, published in January 2011. Inverters Further Hotel and Transport Lab II Topologies and Modulation for WT Grid Inverters The main objective of this course is to learn about the information For hotel, transport grid converters topology and control in the areas of Remus Teodorescu information and booking Photovoltaic and Wind Power Systems which account Day 2, 08.30-16.30 Professor please check: for the vast majority of renewable energy grid integration Aalborg University L6 Current and Voltage Control of Grid Converter www.et.aau.dk/phd/phd- worldwide. Department of Energy courses The new grid requirements for connecting Photovoltaic L7 Harmonic Compensation Technology and Wind Power Systems are calling for more L8 Grid Filter Design and Stability of the Current Phone +45 9940 9249 controllability and grid support during faults and Control Email: [email protected] therefore in this course we are explaining how L9 Active Damping Methods for LCL Filter Inverters synchronization, current control and power injection Lab III Design and Simulation of Current Control and Fee have to be adapted in order to act in both positive and Harmonic Compensation for Three-Phase Grid The fee is 10.000 DKK for Industry people, 7.000 DKK negative sequence components. Inverter for PhD students/ Academics outside of Denmark and Synchronization and monitoring in both single-phase Lab IV Experimentation of Current Control and Harmonic 2000 DKK for PhD students in Denmark. and three-phase systems will be covered in details and Compensation for Three-Phase Grid Inverter The fee includes coffee, lunch for all days, gala dinner, advanced methods able to deal with distorted grid or grid Lab V Design of Active Damping Methods copy of slides and the book: ‘’Grid Converters for faults are introduced. Photovoltaic and Wind Power Systems’’ published by Lab VI Experimentation of Active Damping Methods Many original developments are introduced in areas like: Wiley. topologies for PV inverters, current control and harmonic compensation using resonant controllers, grid filter Day 3, 08.30-15.40 Credits 3.0 ECTS design and stability impact, robust monitoring and L10 Grid Monitoring and Synchronization in Single- synchronization methods able to accurately track the Phase Systems Registration positive sequence, control structures in synchronous To register, you must create an account by filling out the and stationary coordinate frames able to control both L11 Grid Monitoring and Synchronization in Three- Phase Systems form available at: positive and negative current sequence and finally power injection strategies during faults L12 Control of Grid Converters under Grid Faults https://phd.moodle.aau.dk/ Maybe the strongest feature of the course is its Lab VII Design and Simulation of Single Phase PLL You will be ready to register for course participation, after practicality. Real control design including current control Lab VIII Design and Simulation of Three-Phase PLL you will receive an email and confirm your registration. with PI and PRES controllers, harmonic compensation, Lab IX Control of Three-phase Inverter under Registrations close on August 18, 2014. active damping and control under faults is done first Unbalanced Grid using MATLAB-SISO Tool and later implemented and Lab X Current Reference Strategies under tested in real grid converters controlled by dSPACE in Unbalanced Grid Faults Green Power Laboratory where participants will spend no less than 40% of the course time. Language Keep yourself updated at www.pv-systems.et.aau.dk English See more of Pedro Rodriguez on Facebook. Log In. or. Create New Account. See more of Pedro Rodriguez on Facebook. Log In. Forgot account? Government Organization. Pedro RodrÃg​ uez López. Politician. SobreNatural. For the footballer Pedro RodrÃg​ uez, see Pedro (footballer, born July 1987). This name uses Portuguese naming customs: the first or maternal family name is Figueiredo and the second or paternal family name is Rodrigues. Pedro Rodrigues. Personal information. Full name. Pedro Filipe Figueiredo Rodrigues. Date of birth. * Senior club appearances and goals counted for the domestic league only and correct as of 31 August 2018 ‡ National team caps and goals correct as of 16 October 2018. Pedro Eliezer RodrÃg​ uez Ledesma (Spanish pronunciation: [ˈpeðɾo roˈðɾiÉ£eθ leˈðezma]; born 28 July 1987), known as Pedro, is a Spanish professional footballer who plays as a forward or winger for club Roma. He is known for his pace, dribbling and ability to convert from counter chances. Pedro scored 99 goals in 320 appearances across all competitions for Barcelona from 2008 to 2015, before joining Chelsea in 2015 where he scored 43 goals in 201 games and helped them win the Premier League in Pedro statistics – 33 years_old Roma Midfielder (Centre, Left, Right). Check out his latest detailed stats including goals, assists, strengths & weaknesses and match ratings. - D(R) - D(LR) - D(CL) - DMC - Defender - M(CLR),FW Lorenzo Pedro Eliezer RodrÃg​ uez Ledesma. Date of birth: Jul 28, 1987.