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MODELING AND SIMULATION OF A COMBINED SYSTEM OF MULTIPLE ROOFTOP PV SYSTEMS AND A CENTRAL ENERGY STORAGE SYSTEM FOR METU ANKARA CAMPUS
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Date
2022-9-01
Author
Köker, Nesrin Irmak
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Climate change, increasing energy demand, and natural resource depletion lead to a rapid trend in the adaptation of renewable energy technologies. Especially solar energy as the most abundant source, accompanied by decreasing system prices and increasing social acceptance, rooftop photovoltaic systems became one of the most common small-scale energy generation practices. However, renewable energy resources, solar energy exclusively, create imbalanced energy production throughout the day and year. Energy storage systems are considered to be the solution to this problem. This study aims to investigate the effects of a combined system consisting of distributed rooftop photovoltaic systems and a central energy storage system on the main grid demand. The combined system is considered to be a grid-connected distributed energy system with the purpose of satisfying the energy demand of the Middle East Technical University, Ankara Campus. Modeling of the systems and analysis was run and the results were compared with the usual electricity demand of the campus. Additionally, potential adverse environmental impact reduction created by the systems was also included in the study.
Subject Keywords
renewable energy systems
,
rooftop PV
,
green campus
URI
https://hdl.handle.net/11511/99743
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Graduate School of Natural and Applied Sciences, Thesis
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N. I. Köker, “MODELING AND SIMULATION OF A COMBINED SYSTEM OF MULTIPLE ROOFTOP PV SYSTEMS AND A CENTRAL ENERGY STORAGE SYSTEM FOR METU ANKARA CAMPUS,” M.S. - Master of Science, Middle East Technical University, 2022.
