Abstract: A battery housing arrangement with a first housing unit for accommodating at least two prismatic battery cells, which has a side wall, a first outer wall with a first wall portion, and a second outer wall opposite the first outer wall with a second wall portion, which is opposite the first wall portion, the side wall connecting the first and second outer walls to one another. The first housing unit can be reversibly coupled to a second housing unit of the same design as the first housing unit, forming a cuboid receiving space, in such a way that the side wall of the first housing unit is opposite a side wall of the second housing unit, and in that the at least two prismatic battery cells can be arranged next to one another in the receiving space.

Abstract: An inter-cell cooling device for arrangement in an intermediate space between two battery cells arranged adjacent to one another in a stacking direction. The inter-cell cooling device has a first side wall with a first outer side for arrangement on a first cell side and a second side wall opposite the first side wall with respect to a first direction and with a second outer side for arrangement on a second cell side, as well as a heating device designed as a heating layer for heating the inter-cell cooling device. With respect to the first direction, at least one cooling channel through which a coolant can flow is formed between the first and second side wall as part of the central inter-cell cooling region of the inter-cell cooling device, and the heating layer is designed to heat a coolant located in the at least one cooling channel.

Abstract: An inter-cell cooling unit for arrangement a battery module for arrangement in an intermediate space between twin an intermediate space between two battery cells of a cell stack which are arranged adjacent to one another in a stacking direction. The inter-cell cooling unit has two cooling walls including a first cooling wall for arrangement on a first of the two battery cells and a second cooling wall for arrangement on a second of the two battery cells. At least one free space through which a coolant can flow is formed between the first and second cooling walls. At least one first opening is arranged in at least one of the two cooling walls, through which first opening a fluidic connection is provided between the at least one free space and an environment of the inter-cell cooling unit.

Abstract: A cooling device for an energy storage, which has multiple cooling channels through which a coolant can flow and an adjusting device which includes at least one temperature-dependently adjustable adjusting element, through the adjustment of which a flow characteristic of at least one of the cooling channels can be changed. The cooling device is designed as an inter-cell cooling element for arrangement in an intermediate space between a first and a second storage cell of the energy storage. Through the displacement of the at least one adjusting element the flow characteristic of at least one first of the cooling channels can be changed with respect to a second of the cooling channels.

Abstract: A cell separation element for arrangement in an intermediate space between two battery cells. The cell separation element is designed to be at least partially elastically compressible with respect to a first direction. The cell separation element has a first corrugated structural wall with a corrugated structure. When the cell separation element is arranged as intended in the intermediate space, a first side surface of the corrugated structural wall faces a first of the two battery cells and a second side surface of the corrugated structural wall faces a second of the two battery cells. The structural wall is designed to provide a restoring force when the cell separation element is compressed with respect to the first direction.

Abstract: An intercell cooling element for arrangement between two battery cells, which has a flexible outer shell which encloses an interior and which has a coolant supply connection and a coolant discharge connection. A first and opposite second outer side of the outer shell adjoin one another on outer edges of the outer shell. The intercell cooling element includes a spacer element arrangement which has at least two incompressible spacer element sections to provide a defined minimum distance between a first edge area of the first battery cell. and a second edge area of the second battery cell when the intercell cooling element is arranged between the first and second battery cells.

Abstract: A battery module for a motor vehicle, including a cell stack with a first stack side and with a plurality of battery cells, each of which has a first pole terminal on a first cell side which is part of the first stack side, and including a module housing in which the cell stack is arranged and which has a cooling cover. A space is formed between the first stack side and the cooling cover, which space is only partially filled with the heat-conducting compound, so that at least a contiguous first partial region of the space, which is located between the first pole terminals and the cooling cover, is completely filled with the heat-conducting compound, and a second partial region of the space.

Abstract: A cell cooling unit for multi-sided cooling of a prismatic battery cell of a battery module. The cell cooling unit has a first cooling wall for arrangement on a first side of the prismatic battery cell and a second cooling wall for arrangement on a second side of the battery cell. The second cooling wall connects at right angles to the first cooling wall. The first cooling wall has at least one first cooling channel portion through which a liquid coolant can flow, and the second cooling wall has at least one second cooling channel portion through which a liquid coolant can flow.

Abstract: A high-voltage battery for an electrically operated vehicle, the battery housing of which has a housing cover and a housing lower part which delimit a housing interior which is divided into at least one battery cell compartment equipped with battery cells and at least one component compartment for electronic components. A degassing space is formed between a battery cell top of the battery cells and the housing cover, into which space hot exhaust gas flows during a thermal event in one of the battery cells from an exhaust gas outlet of the damaged battery cell. The high-voltage battery has a partition wall which separates the degassing space from the component compartment.

Abstract: A cooling arrangement for cooling a cell assembly having multiple cell units of a motor vehicle battery. The cooling arrangement has multiple cooling units, and a respective one of the cooling units is associated with one of the cell units. The cooling arrangement includes a control device adapted to separately control a cooling capacity for a respective one of the cooling units. In this case, the control device is designed to control the cooling units differently in a specific first cooling mode than in a specific second cooling mode different from the first. The cooling arrangement is configured in such a way that, in the event of a fault case affecting a first cell unit of the multiple cell units, a switch is performed from the first cooling mode to the second cooling mode.

Abstract: A battery arrangement for a motor vehicle, with a first battery module including at least one first battery cell and a second battery module including at least one second battery cell. Here, the first battery module has a first module housing with a first interior space in which the at least one first battery cell is arranged, and the second battery module has a second module housing with a second interior space in which the at least one second battery cell is arranged. The first and second interior spaces are designed to be sealed with respect to one another.

Abstract: A housing assembly for a high-voltage energy accumulator of a motor vehicle, wherein the housing assembly comprises a housing for accommodating multiple accumulator modules, which housing comprises an outer side, which, in a state in which the multiple accumulator modules are accommodated in the housing, faces away from the multiple accumulator modules. In this case, the housing assembly includes an electrically insulating insulation element, which is arranged in at least one defined region of the outer side of the housing which, when the housing is located in its intended installation location in the motor vehicle, faces toward at least one vehicle electrical system component of a vehicle electrical system (comprised by the motor vehicle having a reduced voltage level in relation to the high-voltage energy accumulator.

Abstract: An energy storage device for storing electrical energy. The energy storage device has an energy storage housing for receiving at least one battery cell stack and a control device. The at least one battery cell stack has at least two battery cells and is arranged between at least two opposite housing walls of the energy storage housing. The energy storage device has at least one sensor device which is arranged between the at least one battery cell stack and one of the housing walls of the energy storage housing, and which is configured to detect a mechanical pressure exerted by the battery cell stack and the housing wall on one another, and provide this as measurement data to the control device.

Abstract: A high-voltage battery for an electrically operated vehicle, the battery housing of which has a housing cover and a housing lower part which delimit a housing interior which is divided into at least one battery cell compartment equipped with battery cells and at least one component compartment for electronic components. A degassing space is formed between a battery cell top of the battery cells and the housing cover, into which space hot exhaust gas flows during a thermal event in one of the battery cells from an exhaust gas outlet of the damaged battery cell. The high-voltage battery has a partition wall which separates the degassing space from the component compartment.

Abstract: A housing assembly for a high-voltage energy accumulator of a motor vehicle, wherein the housing assembly comprises a housing for accommodating multiple accumulator modules, which housing comprises an outer side, which, in a state in which the multiple accumulator modules are accommodated in the housing, faces away from the multiple accumulator modules. In this case, the housing assembly includes an electrically insulating insulation element, which is arranged in at least one defined region of the outer side of the housing which, when the housing is located in its intended installation location in the motor vehicle, faces toward at least one vehicle electrical system component of a vehicle electrical system (comprised by the motor vehicle having a reduced voltage level in relation to the high-voltage energy accumulator.

Abstract: A vehicle includes a heat exchanger which is disposed in a cooling system, and a fan unit which forms part of a radiator grille and is constructed to generate an air flow through the heat exchanger. The fan unit has at least one fan which is constructed to generate a primary air flow, and a ring element which is constructed to generate from the primary air flow an amplified secondary air flow to the heat exchanger.