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196Example of a programme approach, Mini grid and connected PVExample of a programme approach, Mini grid and connected PV2011/06/01A. Shanker, Board Member - ARE  /  IEA PVPS Task 9
197Intro:  Mode de compatibilite Intro: Mode de compatibilite 2011/06/01A. Shanker, Board Member - ARE  /  IEA PVPS Task 9
198Abstract Workshop Hamburg 2011Abstract Workshop Hamburg 20112011/05/12IEA PVPS Task 1/ Pius Huesser  /  IEA PVPS Task 1
199Workshop Istanbul 2011 17 New forms of organisation for grid connected PV in the NetherlandsWorkshop Istanbul 2011 17 New forms of organisation for grid connected PV in the Netherlands2011/02/21Otto Bernsen, Senior project advisor  /  UFTP & IEA PVPS
200Workshop Istanbul 2011 16 Eco Grid EU - A Prototype for European Smart GridsWorkshop Istanbul 2011 16 Eco Grid EU - A Prototype for European Smart Grids2011/02/21Peter Ahm, PA Energy Ltd.  /  UFTP & IEA PVPS
201Workshop Istanbul 2011 15 PV inverters in a High PC Penetration scenario Workshop Istanbul 2011 15 PV inverters in a High PC Penetration scenario 2011/02/21Roland Bruendlinger, Operating Agent Task 14  /  UFTP & IEA PVPS
202Workshop Istanbul 2011 14 Utility Solar Business Models: Expanding New Solar MarketsWorkshop Istanbul 2011 14 Utility Solar Business Models: Expanding New Solar Markets2011/02/21Tom Nicholas, Central Regional Direktor, SEPA  /  UFTP & IEA PVPS
203Workshop Istanbul 2011 13 An Unconventinal and Innovative Solar Power Conversion Approach for Low FiT and Low Quality GridsWorkshop Istanbul 2011 13 An Unconventinal and Innovative Solar Power Conversion Approach for Low FiT and Low Quality Grids2011/02/21Faith Kavaslar, Mavisis Teknoloji  /  UFTP & IEA PVPS
204Workshop Istanbul 2011 12 The photovoltaic in Spain: stop-and-goWorkshop Istanbul 2011 12 The photovoltaic in Spain: stop-and-go2011/02/21Dr. Vincente Salas, Universidad Carlos III de  /  UFTP & IEA PVPS
205Workshop Istanbul 2011 11 The United States: Approaching Grid-Connected PV One State at a TimeWorkshop Istanbul 2011 11 The United States: Approaching Grid-Connected PV One State at a Time2011/02/21Carol Anna, National Renewable Energy Lab.  /  UFTP & IEA PVPS
206Workshop Istanbul 2011 10 Investment strategies for various national markets and global investment outlookWorkshop Istanbul 2011 10 Investment strategies for various national markets and global investment outlook2011/02/21Pius Huesser, Nova Energie GmbH  /  UFTP & IEA PVPS
207Workshop Istanbul 2011 08 Current status and future prospects of Grid Connected PV systems in JapanWorkshop Istanbul 2011 08 Current status and future prospects of Grid Connected PV systems in Japan2011/02/21Izumi Kaizuka, RTS Corporation  /  UFTP & IEA PVPS
208Workshop Istanbul 2011 07 Effects of the Renewable Energy Source Act (EEG) on the development of the Photovoltaic Market in GermanyWorkshop Istanbul 2011 07 Effects of the Renewable Energy Source Act (EEG) on the development of the Photovoltaic Market in Germany2011/02/21Dr. Lothar Wissing, PTJ-EEN  /  UFTP & IEA PVPS
209Workshop Istanbul 2011 06 Trends in grid-connected PV applications: observations from 15 years of IEA PVPS international surveysWorkshop Istanbul 2011 06 Trends in grid-connected PV applications: observations from 15 years of IEA PVPS international surveys2011/02/21Greg Watt, Operating Agent Task 1  /  UFTP & IEA PVPS
210Workshop Istanbul 2011 04 Current Status of PV Market, Grid Parity Workshop Istanbul 2011 04 Current Status of PV Market, Grid Parity 2011/02/21Gaeton Masson, EPIA  /  UFTP & IEA PVPS

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Title:Performance analysis of grid-connected PV systems
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 systems.
Creator / Publisher:S. Mau, U. Jahn  /  IEA PVPS
Copyright:IEA PVPS
Filesize:267 Kilobyte
Filetype:pdf
Category:Paper
Conference
2006
Task 2
Public
Link:  
pap2_061_task 2_Sept._2006.pdf