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References

1 
Lee J.B., Kim D.K., 1988, Research Trend : Thermal Characteristics of Soil for Constructing the Underground Transmission System, World of Electricity, Vol. 37, No. 10, pp. 18-24Google Search
2 
Jeong S.H., Kim D.K., Choi S.B., et al. , 2001, Development of the Permissible Current-Carrying Capability Calculation Program for Transmission Power Cables in Ducts, KIEE Conference, pp. 340-342Google Search
3 
, http://www.lscns.co.kr/
4 
J.H. Lee, Lee J. H., Son C. M., Myung Y. J., Kim and J. H., 2017, Dynamic Rating System Development for Underground Transmission Cable Based on Scenario, KIEE Conference, pp. 441-442Google Search
5 
Kim J. H., Son C. M., Lee J. H., Ham W. K., Yeon J. H., Nam and Y. H., 2017, Study on Developing a New Practical Dynamic Rating System Based on Permissible Current Formula of IEC 60287, KIEE Conference, pp. 227-228Google Search
6 
2009, DS-6210, Korea Electric Power CorporationGoogle Search
7 
Lee J. C., Kim K. H., Lee and Y. C., 2012, Study on the Applying to Soil Thermal Resistivity of Low-Voltage Underground Power Cables, Journal of the Korean Institute of Illuminating and Electrical Installation Engineers, Vol. 26, No. 5, pp. 65-70Google Search
8 
Kang Y. W., Kim M. J., Jang T. I., Park J. W., Park H. S., Kang and J. W., 2016, A Review Method of Calculation Results on Cable Ampacity Using the Transformation to Electric Equivalent Circuit from Cable Thermal Circuit, The Transactions of The Korean Institute of Electrical Engineers, Vol. 65, No. 5, pp. 738-744DOI