Abstract: A swappable battery pack system includes a casing and a battery pack. A first pair of rail elements, a first pair of guide elements and a first connector are positioned on an inner surface of at least one of a side plane of the casing. A battery pack adapted to be slidably disposed within the casing includes a second pair of guide elements, rail elements and a second connector coupled to the outer surface of the battery pack. In the event of sliding the battery pack within the casing, the first pair of rail elements engage with the second pair of guide elements, the first pair of guide elements engage with the second pair of rail elements and the first connector is received within the second connector to form a complete connection, thereby providing power to an entity affixed to the casing.

Abstract: A system and method for managing a battery pack is provided. The system includes a detection unit in communication with the battery pack. The detection unit includes a plurality of sensors configured to detect operational, mechanical and status parameters of the battery pack. A battery management unit (BMU) is configured to determine the operational, mechanical and status parameters of the battery pack based on the received data from the detection unit. A server in communication with the BMU is configured to compare the received data from the BMU with trained operational, mechanical and status parameters and instruct the BMU to perform at least one action in response to a determination of at least one of the received operational, mechanical and status parameters deviating from the trained operational, mechanical and status parameters of the battery pack.