Review on HVDC cable terminations

• DOI: 10.1049/hve.2017.0144
• Publication Date: 2018-03-24T02:18:51Z
• Authors: Hanyu Ye; Tobias Fechner; Xianzhang Lei; Yi Luo; Mingyu Zhou; Zhengyi Han; Haitian Wang; Qikai Zhuang; Ruoyu Xu; Duo Li
• Keywords: power cables; QC501-721; high-voltage direct current technologies; utilising renewable energy technologies; cable termination; smart power grid; 02 engineering and technology; offshore renewable energy integration; 7. Clean energy; Electricity; 0202 electrical engineering, electronic engineering, information engineering; modern power utilities; renewable energy sources; undersea power transmission; HVDC cable systems; energy transmission; HVDC power transmission; power grids; HVDC cable terminations; TK1-9971; high-voltage direct current technologies; utilising renewable energy technologies; complete HVDC cable system; undersea power transmission; modern power utilities; cable termination; HVDC cable terminations; smart power grid; offshore renewable energy integration; energy transmission; HVDC cable systems; complete HVDC cable system; offshore installations; smart power grids; Electrical engineering. Electronics. Nuclear engineering

With modern power utilities going green by utilising renewable energy technologies and the development of smart grid, high-voltage direct current (HVDC) become more important in transmission. In particular, HVDC cable systems play a prominent role undersea transmission offshore integration. As an essential part complete system, termination is one most critical components. The mathematical physical background discussed various types terminations reviewed. Regarding non-uniform field distribution, influence temperature on non-linear conductivity briefly discussed. Furthermore, faults caused inappropriate installation testing are