HAKKINDA

  • ISSN: 2149-4916
  • E-ISSN: 2149-9373
  • Yayın Periyodu:
    Nisan - Ağustos - Aralık
  • Editör:İsmail ŞAHİN
  • Yıl: 2015
  • Cilt: 1
  • No: 3

NUMERICAL ANALYSIS OF THE INDUSTRIAL TYPE PHOTOVOLTAIC PANEL SYSTEM PERFORMANCE WITH SOLAR TRACKING AND CALCULATING OF SUNSHINE FACTOR

Selçuk KEÇEL,  Murat ÖNDER,  Güçlü YAVUZCAN, 

In this study, investigations of 5 kWh of solar PV systems which are installed in the climatic conditions of Ankara are made both the help of Computational Fluid Dynamics (CFD) program and the measurement data obtained from the installation system by comparison. According to the comparison data, depending on the performance figures revealed by the panel surface temperature is examined by the CFD program. Temperature by February, radiation values and climatic values which are obtained from the CFD program is defined as the comparison of the boundary conditions. The average monthly radiation values were determined according to the defined boundary conditions. Photovoltaic panel efficiency of the system is examined according to obtained these values. Total 32 pieces 170 W panels with a surface area 2x10m2 which are located on 39°46'53.9"N 32°48'43.2”E are performed. Results of the analysis according to average February climate data, panel surface temperatures and radiation from the surface of the panel intensity is calculated by Fluent program. According to the obtained results, computational fluid dynamics and result of applications are showed compliance and sunshine factor is found to be 0.8

Anahtar Kelime: Photovoltaic Panel System,  Computational Fluid Dynamics,  Industrial System Design

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