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11.2 Joshua Stein EUPVSEC T131.2 Joshua Stein EUPVSEC T132017/10/05Joshua S. Stein, Sandia National Laboratories  /  
21.3 David Moser EUPVSEC T131.3 David Moser EUPVSEC T132017/10/05David Moser, EURAC  /  
31.4 Jan Vedde EUPVSEC T131.4 Jan Vedde EUPVSEC T132017/10/05Jan Vedde, SiCon  /  
42.1 Gabi Friesen EUPVSEC T132.1 Gabi Friesen EUPVSEC T132017/10/05Gabi Frieses, Fraunhofer ISE  /  
52.2 Ulrike Jahn EUPVSEC T132.2 Ulrike Jahn EUPVSEC T132017/10/05Ulrike Jahn, TUV  /  
62.3 Mike Green EUPVSEC T132.3 Mike Green EUPVSEC T132017/10/05Mike Green, M.G. Lightning Ltd.  /  
72.4 Closing Speech  EUPVSEC T132.4 Closing Speech EUPVSEC T132017/10/05Ulrike Jahn, Boris Farnung  /  
81.1 Boris Farnung EUPVSEC T131.1 Boris Farnung EUPVSEC T132017/10/05Boris Farnung, Fraunhofer ISE  /  
9Guidelines for EL Outdoor Qualification of PV SystemsGuidelines for EL Outdoor Qualification of PV Systems2017/06/16Marco Paggi  /  
10PV Module Energy Yield Benchmarking - Existing Approaches and Best Practice PV Module Energy Yield Benchmarking - Existing Approaches and Best Practice 2017/06/16Gabi Friesen, Christian Reise  /  
11Classification and Mitigation of Technical Risks in PV ProjectsClassification and Mitigation of Technical Risks in PV Projects2017/06/16Magnus Herz, Ulrike Jahn  /  
12Mitigating Financial Risks of a PV InvestmentMitigating Financial Risks of a PV Investment2017/06/16Mike Green  /  
13Outlook – Future Work of IEA PVPS Task 13Outlook – Future Work of IEA PVPS Task 132017/06/16Ulrike Jahn  /  
14Review and Analysis of Technical Assumptions Used in PV Financial Models Review and Analysis of Technical Assumptions Used in PV Financial Models 2017/06/16Mauricio Richter  /  
15PV Reliability & Assessment of Technical Risks in PV Investments - IntroPV Reliability & Assessment of Technical Risks in PV Investments - Intro2017/06/16Ulrike Jahn  /  

Total number of rows in list: 367

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Title:Performance analysis of grid-connected PV systems slides
Issue date:2006/08/31
Description:Performance, quality and reliability issues are becoming more and more important for the emerging photovoltaic markets worldwide. The purpose of this work is comparing and presenting operational performance results of grid-connected PV systems, as collected and elaborated for Task 2 of the Photovoltaic Power Systems Programme (PVPS) of the International Energy Agency (IEA). The data analyzed here are derived from analytical monitoring data, hourly values and 5-minute-values of 21 selected PV systems installed in five countries in Europe and Japan. Graphical analysis methods are used to identify the energy frequency distribution and to explain the operational system behaviour, of the inverter in particular. The performance ratio is analysed at identical climatic conditions by extracting data with identical module temperatures and irradiances to detect small shifts of system performance. This contribution describes and displays different approaches and methods of PV system performance analysis to understand and improve the operational behaviour of PV system
Creator / Publisher:S. Mau, U. Jahn  /  IEA PVPS
Copyright:IEA PVPS
Filesize:433 Kilobyte
Filetype:pdf
Category:Paper
Conference
Public
Link:  
pap2_061_task 2_Sept._2006_slides.pdf