An underwater power cable termination arrangement, comprising a power cable comprising a conductor inside a cable insulation; a receptor; an electrically conductive closed-end sleeve configured to be inserted on an end of the power cable, wherein a closed end of the sleeve forming a head by which the sleeve is anchorable in the receptor, the sleeve being internally formed with a constriction that separates a forward sleeve section from a rearward sleeve section, wherein the forward sleeve section is configured to establish, by radial crimping, electrical and mechanical connection between the sleeve and a bare end of the power cable conductor, the rearward sleeve section reaching from said constriction towards an insert end configured to receive the power cable in sealing contact between the sleeve and the cable insulation of the power cable, the sleeve in a region of its insert end being internally formed to establish continuous sealing contact about the power cable; and wherein the rearward section of the sleeve is internally formed with a seat which runs continuously about the inside wall of the sleeve, in the region of its insert end, the seat accommodating an elastomeric sealing ring inserted on the cable insulation of the power cable, the sealing ring establishing a sealing contact between the sleeve inserted onto the power cable and the cable insulation of the power cable preventing passage of fluid or particles in both directions; characterized in that an axial, internally threaded blind bore for an anchoring bolt opens centrally in the closed end of the sleeve, the sleeve in a region of its closed end is externally formed with a second seat configured to receive a contact element to be supported on the outer periphery of the sleeve, and the arrangement comprising the contact element which is a lamella contact arranged circumferentially about the sleeve in the second seat. a power cable comprising a conductor inside a cable insulation; a receptor; an electrically conductive closed-end sleeve configured to be inserted on an end of the power cable, wherein a closed end of the sleeve forming a head by which the sleeve is anchorable in the receptor, the sleeve being internally formed with a constriction that separates a forward sleeve section from a rearward sleeve section, wherein the forward sleeve section is configured to establish, by radial crimping, electrical and mechanical connection between the sleeve and a bare end of the power cable conductor, the rearward sleeve section reaching from said constriction towards an insert end configured to receive the power cable in sealing contact between the sleeve and the cable insulation of the power cable, the sleeve in a region of its insert end being internally formed to establish continuous sealing contact about the power cable; and wherein the rearward section of the sleeve is internally formed with a seat which runs continuously about the inside wall of the sleeve, in the region of its insert end, the seat accommodating an elastomeric sealing ring inserted on the cable insulation of the power cable, the sealing ring establishing a sealing contact between the sleeve inserted onto the power cable and the cable insulation of the power cable preventing passage of fluid or particles in both directions; characterized in that an axial, internally threaded blind bore for an anchoring bolt opens centrally in the closed end of the sleeve, the sleeve in a region of its closed end is externally formed with a second seat configured to receive a contact element to be supported on the outer periphery of the sleeve, and the arrangement comprising the contact element which is a lamella contact arranged circumferentially about the sleeve in the second seat.