Abstract: A battery assembly includes a battery module stack in which at least one battery module is stacked and formed, a cover portion coupled to a side of the battery module stack, and a substrate portion coupled to an external surface of the cover portion, wherein the cover portion includes a cover member coupled to the battery module stack, and a protrusion member protruding in an outward direction from the cover member and in contact with an internal surface of the substrate portion, the substrate portion includes an overlapping region which is a region overlapping the protrusion member when viewed in the outward direction, a through-hole passing through the overlapping region in the outward direction is formed in the overlapping region, and a pad region having electrically conductive properties is formed in a region surrounding the through-hole in the substrate portion.

Abstract: A method of and an apparatus for controlling a vehicle for convenient trunk use . The method, performed by a device of a vehicle, for controlling the vehicle, includes recognizing a request to use a trunk, obtaining parking status information of the vehicle, controlling the vehicle to secure a trunk working space for trunk use based on the parking status information of the vehicle, and opening a door of the trunk in response to securing the trunk working space.

Abstract: An apparatus of measuring a state of charge (SOC) value of a vehicle battery is provided. The apparatus includes a first SOC value determination device that determines a first SOC value of a battery included in a vehicle, in response to that the vehicle is turned on, and a second SOC value measurement device that measures a second SOC value of the battery included in the vehicle, in response to that the vehicle is turned off. The first SOC value is a value determined based on the second SOC value.

Abstract: A vehicle system includes a first battery that supplies main power, when a vehicle is turned on, a second battery that supplies power in an auxiliary manner to an electric load of the vehicle and a video data recorder in the vehicle during parking, and a dual power controller that classifies a discharge region of the second battery as a first discharge interval or a second discharge interval, supplies power to the electric load and the video data recorder in the vehicle using the second battery in the first discharge interval, and supplies power to the video data recorder using the second battery in the second discharge interval.

Abstract: A device and a method for managing a battery of a vehicle, may include a first battery configured for supplying main power to the vehicle, a second battery configured for supplying auxiliary power to the vehicle, a receiver configured for receiving a bonnet open signal of the vehicle, and a controller that cuts off power from the second battery in a response to the bonnet open signal, improving a maintenance efficiency of a vehicle to which a dual power system is applied.

Abstract: An apparatus and a method for controlling a vehicle door are provided to automatically unlock a door locked in vehicle crash. The apparatus includes a main battery, a sub-battery, a door actuator to lock or unlock the vehicle door, and a door controller to unlock the vehicle door which is locked by supplying electric power to the door actuator through the sub-battery, when the door controller determines that supply of electric power from the main battery is failed in the vehicle crash.

Abstract: An autonomous un-parking system and method of a vehicle that identify a user when un-parking a parked vehicle to propose a user-based boarding location, and control user-customized autonomous un-parking, may include a communication terminal of a user, a communication device disposed in a vehicle to receive an un-parking request of the vehicle from the communication terminal, and a controller disposed in the vehicle to determine a boarding location based on the user in a response to the un-parking request, and to control un-parking of the vehicle to the determined boarding location.

Abstract: An automotive battery mounting structure may include a battery tray connected to one of a pair of front side members disposed on a lower side of an engine compartment, and a battery secured to the battery tray. A transmission mount and a leg bracket may be coupled to the front side member, and the battery tray may be coupled to the transmission mount and the leg bracket by a plurality of fasteners.

Abstract: An automotive battery mounting structure may include a battery tray connected to one of a pair of front side members disposed on a lower side of an engine compartment, and a battery secured to the battery tray. A transmission mount and a leg bracket may be coupled to the front side member, and the battery tray may be coupled to the transmission mount and the leg bracket by a plurality of fasteners.