Abstract: A rechargeable battery module is disclosed in the present invention. The rechargeable battery module includes a number of rechargeable battery cells, each having identical appearance, arranged in the same direction and fixed to on another by at least one fixing element, wherein the rechargeable battery cells are linked in series and/or in parallel to store and provide power; at least one anode end conductive sheet, electrically connected to anodes of at least two rechargeable battery cells; at least one cathode end conductive sheet, electrically connected to cathodes of at least two rechargeable battery cells; and a number of silicone thermal conducting structures.

Abstract: A rechargeable battery module is disclosed. The rechargeable battery module includes a number of rechargeable battery cells, two end portion fixing structures, a middle fixing structure, a number of thermal bars, a bolt and a nut. The two end portion fixing structures are positioned in opposite directions. The bolt passes one end portion fixing tube, middle fixing structure and the other end portion fixing tube and fixes the rechargeable battery module by linking with the nut.

Abstract: A rechargeable battery module is disclosed. The rechargeable battery module includes a number of rechargeable battery cells, two end portion fixing structures, a middle fixing structure, a number of thermal bars, a bolt and a nut. The two end portion fixing structures are positioned in opposite directions. The bolt passes one end portion fixing tube, middle fixing structure and the other end portion fixing tube and fixes the rechargeable battery module by linking with the nut.