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This study performed an assessment of wind power potential at abandoned mines in the Kangwon province by analyzing gross energy production, greenhouse gas emission reduction and economic effects estimated from a 600 kW wind turbine. Wind resources maps collected from the renewable energy data center in Korea Institute of Energy Research (KIER) were used to determine the average wind speed, temperature and atmospheric pressure at hub height (50 m) for each abandoned mine. RETScreen software developed by Natural Resources Canada (NRC) was utilized for the energy, emission and financial analyses of wind power systems. Based on the results from 5 representative mining sites, we could know that the average wind speed at hub height is the most critical factor for assessing the wind power potential. Finally, 47 abandoned mines that have the average wind speed faster than 6.5 m/s were analyzed, and top 10 mines were suggested as relatively favorable sites with high wind power potential in the Kangwon province. It should be noted that the results can be considered as an alternative for promotion policy of abandoned mining areas, however they are not really relevant to mine hazard protection.

Assessment of Wind Power Potential at Abandoned Mines in Kangwon Province, Korea