This paper presents in summary the varieties of HV cable termination.

Variety of HV cable termination products at home and abroad is summarized and the development in the design of HV cable termination is reviewed.

Influnce of stucture shape and rubber property on 220 kV cable terminal stress cone;

Optimization of material and structure parameters in cable terminal based on response surface methodology;

Numerical simulation analysis of 220 kV cable terminal stress cone in force field;

Development in the design of HV cable termination;

The use of prefabricated rubber stress cone in high voltage cross-linking power cable termination was presented.

Further simulation was conducted for examining the effects of a replacement of linear SCT by nonlinear one in an optimized cable termination e.

Electric-thermal field analysis in cable terminations equipped with nonlinear stress control tubes;

Nonlinear electric field numerical analysis in cable terminations under impulse voltage;

The result reveals that the stress control tube comˉprising a composite structure of the nonlinear resistive and capacitive material shows the best performance in improving electric field distributions in cable terminations.

HTS power cable terminations are afflux units of the superconducting cable core under low temperature transiting to high voltage bus bar under room temperature and input/output of the refrigerant.