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Cryogenic cooling aspects of hts power cables - A review


Affiliations
1 Cryogenic Engineering Centre, Indian Institute of Technology, Kharagpur, West Bengal - 721302, India
2 Central Power Reseach Institute, Bangalore - 560080, India
     

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HTS (High Temperature Superconducting) cable has the ability of transmitting electrical power over long distances in an economical way, with improved stability and reliability. HTS Cable also provides a compact and low-loss transmission power line, in comparison with the conventional cable made out of copper or aluminium. The use of HTS tapes facilitates the cable operations with liquid nitrogen cooling system. A wide variety of HTS Cables with various cooling arrangements have been designed and developed. Their performance has been tested to obtain various thermo-hydaraulic and electrical data by installing the cables of different lengths in transmission and distribution networks. This paper reviews the cryogenic cooling aspects of previous and ongoing projects on superconducting cables for electrical power transmission around the world.

Keywords

Cryogenic cooling system, HTS cable, liquid nitrogen, termination
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  • Cryogenic cooling aspects of hts power cables - A review

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Authors

Ipsita Das
Cryogenic Engineering Centre, Indian Institute of Technology, Kharagpur, West Bengal - 721302, India
B. Nageshwar Rao
Central Power Reseach Institute, Bangalore - 560080, India
J. Sundara Rajan
Central Power Reseach Institute, Bangalore - 560080, India
S. Seetharamu
Central Power Reseach Institute, Bangalore - 560080, India
V. V. Rao
Cryogenic Engineering Centre, Indian Institute of Technology, Kharagpur, West Bengal - 721302, India

Abstract


HTS (High Temperature Superconducting) cable has the ability of transmitting electrical power over long distances in an economical way, with improved stability and reliability. HTS Cable also provides a compact and low-loss transmission power line, in comparison with the conventional cable made out of copper or aluminium. The use of HTS tapes facilitates the cable operations with liquid nitrogen cooling system. A wide variety of HTS Cables with various cooling arrangements have been designed and developed. Their performance has been tested to obtain various thermo-hydaraulic and electrical data by installing the cables of different lengths in transmission and distribution networks. This paper reviews the cryogenic cooling aspects of previous and ongoing projects on superconducting cables for electrical power transmission around the world.

Keywords


Cryogenic cooling system, HTS cable, liquid nitrogen, termination



DOI: https://doi.org/10.33686/prj.v11i2.189427