Abstract

The paper presents some monitoring results of the stand-alone PV system over a two-year period of operation. The structure and basic principles of the experimental PV plant monitoring system as well as a list of registered parameters are described. The verification results of solar radiation data from the NASA SSE database and the values of total solar radiation incident on the PV module’s surface are shown. These results were obtained in the PV experimental operation on the basis of the Renewable Energy Research Laboratory of theLomonosovMoscowStateUniversityduring 2013–2014. The characteristics of the engineering methodology for assessing performance of the PV system, used in the work, were described. The comparison of the calculated and experimental results confirms the adequacy of the methodology. The paper shows a number of aspects found during the PV system trial operation, which are essential for the PV system and monitoring system operation.

Highlights

  • The paper presents some monitoring results of the stand-alone PV system over a two-year period of operation

  • The verification results of solar radiation data from the NASA SSE database and the values of total solar radiation incident on the PV module’s surface are shown. These results were obtained in the PV experimental operation on the basis of the Renewable Energy Research Laboratory of the Lomonosov Moscow State University during 2013–2014

  • The comparison of the calculated and experimental results confirms the adequacy of the methodology

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Summary

Introduction

The paper presents some monitoring results of the stand-alone PV system over a two-year period of operation. USE OF SOLAR PHOTOVOLTAIC SYSTEMS: MONITORING AND PERFORMANCE EVALUATION RESULTS T.S. Gabderakhmanova1, S.V. Kiseleva2, S.I. Zaytsev2, A.B. Tarasenko1, V.P. Shakun2 These results were obtained in the PV experimental operation on the basis of the Renewable Energy Research Laboratory of the Lomonosov Moscow State University during 2013–2014.

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