Analysis of Comparison Test and Measurement Error Factor for I - V Performance of Photovoltaic Module

PV모듈 발전성능 비교시험과 계측편차 요인 분석

  • Published : 2009.04.30

Abstract

In this experiment, we did sampling 6 kinds of photovoltaic modules and analyzed the discrepancy of measurement results between l laboratory and 4 PV makers to have performance repeatability at Standard Test Condition(STC) condition. From the KIER's results, Korea's standard test laboratory, other laboratory showed -10% measurement variation. The causes came from correction of reference cell, test condition and the state of skill. Form the comparison test, we analyzed the problems. But three PV maker reduced measurement variation, other one PV maker and one test laboratory didn't improve the problems of correction of reference cell, test condition and the state of skill. Also, High Efficiency Module had a big discrepancy of -10.0$\sim$-6.2% among 3 laboratories which have a less than 10msec light pulse duration time. This made low spectrum response speed so the Fill Factor decreased maximum output power under 10msec light pulse duration time

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References

  1. IEC 61215 2nd Edition, 'Crystalline Silicon Terrestrial Photovoltaic(PV) Modules -Design Qualification and Type Approval', International Standard. 2005
  2. S.Rummel et aI, Results From the Second International Module Inter-Comparison, 4th WCPEC Waikoloa Hawaii, May 7-12, 2006
  3. G.H.Kang et aI, Comparison Analysis of Performance at STC with Modules of Solar Simulator and Photovoltaic Module. 22nd European PVSEC, pp.2593-2597, Sep 3-7, 2007
  4. W.Herrmann et al, Results of European Performance Project on PV Module Testing, 17th Crystalline Silicon Solar Cells & Modules Workshop Proceeding, pp.5l1-156, August 5-8, 2007
  5. D.LKing, J.M.Gee et aI, Measurement Precautions for High-Resistivity Silicon Solar Cells, IEEE, pp.555-559, 1987
  6. Yoshihiro HISHIKAWA, Precise Performance Measurement of High-Efficiency Crystalline Silicon Solar Cells,IEEE,pp.2l79-1282, 2000