| Title |
Comparative Analysis of Urban Electricity and Solar Power Generation for Energy Independence |
| Authors |
김강민(Kim, Kang-Min) ; 나욱정(Na, Wook-Jung) |
| DOI |
https://doi.org/10.5659/JAIK.2022.38.11.253 |
| Keywords |
Renewable Energy; Power Consumption; Solar Power System; Arcgis |
| Abstract |
Korea’s energy consumption is the 8th largest electricity consuming country in 2020, and it is necessary to diversify energy supply and
demand. Presently, the demand for Renewable Energy is a steadily increasing due to eco-friendly policies, and the solar power system among
Renewable Energy is increasing by more than 30% every year. However, due to the rapid increase in the supply of the solar power system
and the differences of the mandatory supply amount and weighting between the government and the power generation licensee by the
institutional change, we should prepare a realization plan. Also, environmental damage such as farmland damage, landslide, flood is
consecutively occurring due to the indiscriminate installation of the solar power system. Therefore, due to the variability in the electric power
supply of Renewable Energy, it is necessary to verify the efficiency and to conduct field empirical analysis research considering the
geographical and environmental aspects of the domestic. So, in this study, we preferentially select the target city where the solar power
system is actively installed and conduct the empirical analysis by comparing the power ratio between the city’s power consumption and the
amount of power generated by the solar power system and maximize the efficiency of the solar power system through optimal location
analysis by using ARCGis and will contribute to the stable use of electricity to the planned site of the solar power system. |