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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:Problems related to appliances in autonomous PV applications
Issue date:2001/09/30
Description:This paper describes the work undertaken as part of IEA’s Task 3 (Use of Photovoltaic Power Systems in Stand-Alone and Island Applications) PVPS Implementing Agreement. The long term objective of this work is to facilitate large scale dissemination of stand alone PV systems by addressing technical issues concerning load management, and by exploring cost efficient appliances management strategies, that can contribute to cost reduction through standardization and modularity. One of the activities of this task is related to technical issues in load management and new applications; In a stand alone PV system, the characteristic of the load and its distribution on both a daily and a seasonal basis is important. A well matched load together with a carefully selected choice of appliances can lead to significant savings in terms of reduced need for PV and electricity storage capacity. Conversely, inefficient appliances and processes, standby loads and inappropriate loads such as electric stoves, will increase the requirement for expensive PV and storage capacity. Inappropriate loads are very often the origin of PV system malfunction or failure. Start-up power peaks, or reactive power and harmonic distortion can cause system signal instability and protective devices will close the system down. This paper presents a survey of real cases with load related problems in world wide applications, their effect on quality and cost of the service and the solutions that were adopted. One of the main conclusions of the work is the importance to integrate the choice of the appliance as much as possible to the PV rural electrification programs.
Creator / Publisher:X. Vallvé, G. Gafas, P. Jacquin, u.a.  /  IEA PVPS
Copyright:IEA PVPS
Filesize:490 Kilobyte
Filetype:pdf
Category:Paper
Conference
2001
Task 3
Public
Link:  
pap3_011_task 3_Oct._2001.pdf