ELECTRICITY TRANSFER CARRIER AND PROCESSING TECHNOLOGY THEREFOR, AND ENCLOSURE STRUCTURE

摘要

An electric power transmission carrier and a manufacturing method of the electric power transmission carrier and an enclosure are provided. The electric power transmission carrier includes an enclosure and an electric power transmission cable mounted on the enclosure. The electric power transmission cable is in direct or indirect surface contact with an inner wall of the enclosure, and the enclosure functions as a heat sink of the electric power transmission cable. In the present application, the electric power transmission cable or the conductor is mounted on the enclosure such as a tower barrel or a high tower, to perform electric power transmission and take the enclosure as a heat sink. The electric power transmission component takes the enclosure, the "heat sink" having a huge thermal capacity, as a "cold source", such that the electric energy transmission, the transmission power of the cables and conductors can be effectively improved compared with those having the same cross sectional area in the conventional technology, and the heat dissipation effect can be improved, so as to improve the elasticity, reduce the crispiness, improve the stability and safety of the enclosure in the cold region in winter. The power transmission conductor does not cause imbalance damage to the thermal environment inside the enclosure any more, thus improving the thermal balance capability of the enclosure.