Title :
Offshore wind power planning in Korea
Author :
Chul Soo Seo ; Sang Ho Park ; Jun Shin Lee ; Seung Tae Cha
Author_Institution :
KEPCO Res. Inst., Seoul, South Korea
Abstract :
Wind power generation is globally recognized as the most universal and reliable form of renewable energy. Korea is currently depending mostly on coal and petroleum to generate electrical power and is now trying to replace them with renewable energy such as offshore wind power generation. To make this possible, Korea has announced the National offshore power roadmap and is now in pursuit. However, large scale offshore wind farms can incur many problems, such as power quality problems, when connecting to a power system. [1][2] Thus, KEPCO is on the process of a research study to evaluate the effects that connecting offshore wind power generation to a power system has on the power system. This paper looks over offshore wind power planning in Korea and describes the development of impact assessment technology of offshore wind farms.
Keywords :
offshore installations; power generation planning; wind power; wind power plants; KEPCO; Korean wind power generation; National offshore power roadmap; electrical power generation; impact assessment technology; large scale offshore wind farms; offshore wind power generation; offshore wind power planning; power system planning; renewable energy; Power quality; Renewable energy sources; Substations; Underwater cables; Wind farms; Wind power generation; Grid code; Offshore substation; Offshore wind power; Power quality; Wind farm control;
Conference_Titel :
Power Electronics and Applications (EPE), 2013 15th European Conference on
Conference_Location :
Lille
DOI :
10.1109/EPE.2013.6634744