DESIGN AND IMPLEMENTATION A PROTOTYPE OF SOLAR CAR PARKING FOR LIGHTING LOAD

Ali N.  Hamoodi

doi:10.30572/2018/KJE/170342

Authors

Ali N. Hamoodi Technical Engineering College/Mosul, Northern Technical University, Mosul, Iraq

DOI:

https://doi.org/10.30572/2018/KJE/170342

Keywords:

Smart inverter, solar PV plant, power generation, Mosul climate data, car parking

Abstract

This work described the on-grid strategy to provide energy for lighting loads. This technique included connecting a lighting lamp directly to the public utility grid shared with solar PV array in order to reduce the consumption of energy during peak hours in day. A solar car parking prototype model has been designed practically consisted of 66 W_P PV array included PV modules and smart inverter (700 W). Case study illustrated successful implementation of on-grid solar PV system across various lamp load. The results showed the on-line monitoring data on power generation in kW_h/kW_p for each lamp under different irradiance and constant temperature (25^oC). Finally, it has been concluded that the maximum power generated obtained by smart inverter was (18.7W) at irradiance (760W/m²)

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