Wind power generation is the natural source energy without pollution, and is the method of power generation without environmental impact such as the thermal pollution caused by heating, air pollution, radioactive leakage, etc, unlike the power generat...
Wind power generation is the natural source energy without pollution, and is the method of power generation without environmental impact such as the thermal pollution caused by heating, air pollution, radioactive leakage, etc, unlike the power generation which uses fossil fuel, uranium, and others, as it uses the wind, the clean energy with the highest economic efficiency among renewable energies.
Amid the recent development of small wind power generation, wind power generation facilities can be installed in the super high-rise buildings or complexes.
It is necessary to conduct analyses on appropriate locations in a bid to promote efficient power generation in those locations.
In this study, relative weight of the elements required for the wind power generation were estimated by using the Analytic Hierarchy Process in Busan City, and the characteristics of wind velocity and wind direction in Busan City were expressed. As a result, 'Dadae 1-dong, Cheolma-myeon, Noksan-dong' was selected as the optimal candidate region inside Gangseo-gu, Gijang-gun, Saha-gu by using the Geo-Spatial Information System.