Abstract: A power cable assembly includes a power cable core. The power cable core has a longitudinally extending cooling tube comprising a thermally conductive wall defining an interior channel for circulating, between a coolant inlet and a coolant outlet of the cooling tube, a coolant medium; a longitudinally extending electrical conductor configured to be coupled via first and second connectors to respective electrical connections of a power distribution system; and a first insulating layer surrounding the power cable core. The electrical conductor is arranged to surround the cooling tube at least partially such that at least a portion of an external surface of the thermally conductive wall is provided in direct contact with a corresponding portion of the electrical conductor over a heat exchange region so as to transfer heat from the electrical conductor to the coolant medium circulating in the interior channel of the cooling tube.

Abstract: A power cable assembly includes a power cable core. The power cable core has a longitudinally extending cooling tube comprising a thermally conductive wall defining an interior channel for circulating, between a coolant inlet and a coolant outlet of the cooling tube, a coolant medium; a longitudinally extending electrical conductor configured to be coupled via first and second connectors to respective electrical connections of a power distribution system; and a first insulating layer surrounding the power cable core. The electrical conductor is arranged to surround the cooling tube at least partially such that at least a portion of an external surface of the thermally conductive wall is provided in direct contact with a corresponding portion of the electrical conductor over a heat exchange region so as to transfer heat from the electrical conductor to the coolant medium circulating in the interior channel of the cooling tube.

Abstract: An electrical connector housing has a plurality of socket cavities configured to receive single terminal inserts or bus inserts introduced from a rearward section. At least one row of socket cavities is formed as cylindrical cavities extending in the housing in parallel manner along an insertion direction running from the rearward to the forward section. Adjacent cavities in the row are separated by a partition wall. First locking means are provided in the socket cavities for locking in place a single terminal insert arranged in a given cavity. Second locking means are provided for locking in place a bus insert inserted in a corresponding number of socket cavities. The partition walls comprise, in the rearward section, slots extending in the insertion direction to accommodate the bus plate of the bus insert.

Abstract: An electrical connector housing has a plurality of socket cavities configured to receive single terminal inserts or bus inserts introduced from a rearward section. At least one row of socket cavities is formed as cylindrical cavities extending in the housing in parallel manner along an insertion direction running from the rearward to the forward section. Adjacent cavities in the row are separated by a partition wall. First locking means are provided in the socket cavities for locking in place a single terminal insert arranged in a given cavity. Second locking means are provided for locking in place a bus insert inserted in a corresponding number of socket cavities. The partition walls comprise, in the rearward section, slots extending in the insertion direction to accommodate the bus plate of the bus insert.