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PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY

Year 2016, Volume: 1 Issue: 1, 0 - 0, 08.04.2016

İbrahim Üçgül Ramazan Şenol

Abstract

This paper describes a simple photo-voltaic (PV) tracking system which has been designed and manufactured using a mobile stand as a base. In the design of a sun-tracking system, the movement of two photo-voltaic modules was controlled by programmable interrupt controller to follow the sun’s radiation using a microcontroller unit (PIC). The photo-voltaic (PV) tracking system has a charge control unit which consists of a DC-DC (12 V-5 V) converter, DC-AC (12 V-220 V) inverter and two batteries. The modules are able to provide a maximum power of ~ 240 W, which feeds the converter, inverter and actuators. PV modules supply energy to sensors of meteorology systems and illumination of measurement area. The total area of the two modules is 1,527696 m². The system can track solar motion with an error of ± 5º. A micro control unit is employed to control and monitor the mechanical movement of the PV modules and to collect data related to the sun’s radiation. It was found that the daily output power of the PV was increased by more than 28% in comparison with that of a fixed module.

References

  • Istar Solar Product catalog, 2005.
  • Karimov Kh.S, Saqib M.A, Akhter P, Ahmed M.M, Chattha J.A, Yousafzai S.A., 2005. A simple photo-voltaic tracking system. Solar Energy Materials & Solar Cells; 87:49-59.
  • Maycock P., 2005. PV market update. Renewable Energy World July-August; V8.N4:86-99.
  • Mohamad A.A., 2004. Efficiency improvements of photo-voltaic panels using a sun tracking system. Applied Energy; 79:345-354.

Year 2016, Volume: 1 Issue: 1, 0 - 0, 08.04.2016

İbrahim Üçgül Ramazan Şenol

Abstract

References

  • Istar Solar Product catalog, 2005.
  • Karimov Kh.S, Saqib M.A, Akhter P, Ahmed M.M, Chattha J.A, Yousafzai S.A., 2005. A simple photo-voltaic tracking system. Solar Energy Materials & Solar Cells; 87:49-59.
  • Maycock P., 2005. PV market update. Renewable Energy World July-August; V8.N4:86-99.
  • Mohamad A.A., 2004. Efficiency improvements of photo-voltaic panels using a sun tracking system. Applied Energy; 79:345-354.
There are 4 citations in total.

Details

Journal Section TEKNİK BİLİMLER
Authors

İbrahim Üçgül

Ramazan Şenol

Publication Date April 8, 2016
Published in Issue Year 2016 Volume: 1 Issue: 1

Cite

APA Üçgül, İ., & Şenol, R. (2016). PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY. Anka E-Dergi, 1(1).
AMA Üçgül İ, Şenol R. PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY. Anka E-Dergi. April 2016;1(1).
Chicago Üçgül, İbrahim, and Ramazan Şenol. “PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY”. Anka E-Dergi 1, no. 1 (April 2016).
EndNote Üçgül İ, Şenol R (April 1, 2016) PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY. Anka E-Dergi 1 1
IEEE İ. Üçgül and R. Şenol, “PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY”, Anka E-Dergi, vol. 1, no. 1, 2016.
ISNAD Üçgül, İbrahim - Şenol, Ramazan. “PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY”. Anka E-Dergi 1/1 (April 2016).
JAMA Üçgül İ, Şenol R. PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY. Anka E-Dergi. 2016;1.
MLA Üçgül, İbrahim and Ramazan Şenol. “PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY”. Anka E-Dergi, vol. 1, no. 1, 2016.
Vancouver Üçgül İ, Şenol R. PV AND SOLAR-TRACKING SYSTEM FOR METEOROLOGY STATION IN ISPARTA/TURKEY. Anka E-Dergi. 2016;1(1).