Fotovoltaik güç Sistemlerinin Stadyumlara Entegre Edilmesi
[Thesis]
Arslan Tuncar, Ezgi
Oral, Bülent
Marmara Universitesi (Turkey)
2019
102
Master's
Marmara Universitesi (Turkey)
2019
Energy consumption in the world is increasing regularly and the energy needed is supplied mostly from fossil fuels. Fossil fuel reserves are limited and most importantly, considering their damages has been given to the environment, as a renewable energy, solar energy is an important alternative. Residential areas are places where energy consumption is high and carbon dioxide emissions are high. Creating power generation centers in such areas, most of the time is not possible with difficulties that not in finding sufficient areas. Stadiums, cover large areas and stand out as an alternative area by not used outside the game days. Turkey is a country rich in solar energy potential, in 2013, it adopted 1MW as the upper limit for unlicensed production under Article 14 of the Electricity Market Law No. 6.446 published in the official gazette. In addition, the number of football stadiums in residential areas in country is increasing day by day. In this scope of study, that for the assessment of solar energy potential in urban areas that has been conducted analysis of the photovoltaic systems that will be installed on the roofs of the stadium. Considering the investment cost of the system, energy production, self-pay period and its performance, has been analyzed their feasibility of such projects in Turkey. In this scope detailed technical analysis has been done, the systems has been analyzed in two different simulation programs. The results of the analyzes in PVsol and PVsyst programs have been compared and photovoltaic systems have been analyzed economically. In today's increasing rapidly energy demand, it is important because of its contribution to the energy economy as well as being environmentally friendly and sustainable. Overview and with this study in the context of analyzes are made that the use of stadiums remaining outside the play times and the production of renewable energy has been targeted.