The invention relates to the technical field of charge piles and especially relates to a convenient-to-move efficient heat dissipation charge pile used for a communication base station. The charge pile includes a housing. Heating conducting sheets are arranged on one side of a charge power source adjacent to a mounting rod in an equally spaced manner. The mounting rod is provided with through holes arranged in an equally spaced manner. The heat conducting sheets are connected with S-shaped heat dissipation tubes penetrating through through holes at the same time. The middle portion of the upper end of the housing is connected with a protection cover through a connection post. Two ends of the protection cover are connected with barrier boards flexibly through pin rolls. A humidity sensor isarranged on one side of the upper end of the protection cover. Compared with the prior art, the charge pile provided by the invention has great advantages of low cost, small size, movement convenience, low occupancy of inner space, zero noise, long service lifetime and good cooling effect and can be protected even by an outdoor device. Besides, device heat dissipation is not affected. Therefore,good practicability is achieved and the charge pile is worthy of popularization and use in the future.