A battery system for installation in a motor vehicle comprising a housing consisting of a housing shell (1) and a housing cover, at least two battery modules (2, 3) arranged in the housing, each comprising a cell carrier (4) and cells (5) arranged on the cell carrier (4), as well as an auxiliary…
A battery system comprising a plurality of cells (1), wherein each cell (1) has a first pole connector (2) made of aluminum and a second pole connector (3) made of copper, and at least one cell connector, wherein the cell connector is formed from a first section (4) and a second section (5)…
A battery system comprising a plurality of battery cells (V1,..,V6), a control electronic unit (1) with a control processor (2) for controlling the battery system, and at least one monitoring electronic unit (3) with a monitoring processor (4) for acquiring and influencing the voltage of at least…
Vehicle battery system comprising a vehicle battery with multiple battery cells and a cooling device for cooling the vehicle battery, wherein the cooling device comprises a heat sink (1) with at least one cooling channel (2) for flow-through with a coolant, wherein the heat sink (1) is in thermal…
Battery system, comprising a plurality of cells (1), a temperature sensor (3) which is configured to detect the temperature at a surface of at least one cell (1), an elastic holding element (4) which is configured to press the temperature sensor (3) against the surface of the at least one cell (1)…
Battery system comprising a plurality of cells (1) arranged in at least one stack, wherein a pole (1.1P) of a first cell (1.1) is electrically conductively connected to a pole (1.2P) of a second cell (1.2) by means of a cell connector (2), an electronics unit (4) which is configured to detect the…
Battery system, comprising at least a first and a second battery module (1.1, 1.2), wherein each battery module (1) is formed by a base plate (2) and a cell stack (7) fastened on a base surface (2.G) of the base plate (2), and at least one auxiliary frame (4), wherein a first shoulder (2.1) is…
Battery system comprising a plurality of cells (1.1, 1.2) which are arranged in at least one stack, wherein a first pole (1.1.P1) of a first cell (1.1) is electrically conductively connected to a second pole (1.2.P2) of a second cell (1.2) by means of a cell connector (3), an electronics unit (5)…
Battery system (1), comprising a plurality of cells (3), a load circuit (4) to which the voltage of the cells (3) is applied, a current sensor (5) which is configured to detect the current flowing in the load circuit (4), an electronic unit (6) which is configured to evaluate signals from the…
The system has a set of cells (7) arranged in a battery housing (5). An absorption device (10) is connected to the battery housing by a support element e.g. frame (4) that is configured to absorb fluid escaped in the battery housing. The absorption device comprises a first material ply (2.1) and a…
The battery system has several cells that are electrically conductively connected by cell connectors (2). An electronic unit (4) has contact elements (4.1) made ?[deg] f copper for detecting the voltage potentials of the cells. A bonding wire (3) made of aluminum electrically connects cell…
The system (1) has a housing (2), and cells (3) arranged in an inner area of the housing. A temperature control device is provided for supplying and/or dissipating heat from and/or to the cells by using a liquid heat carrier. The housing has a housing opening (7.1) for enabling gas exchange between…
The system has a set of covering plates (2) arranged over battery cells (1), where the covering plates include receiving regions comprising holding surface (4) at a face of the covering plate that is adjacent to the battery cells, and another holding surface (5) at a lower face of the covering…
The device (1) has an electronic unit (13) including a detection component for detecting an insulation resistance between components of a battery system and a reference potential, which components are connected in an electrically conductive manner to battery cells (8). A cooling body (9) supplies…
The system has an electronic unit (30) including a circuit board and a temperature measuring device with infrared temperature sensors (32) arranged on and operatively connected to the circuit board to measure temperature of a predetermined measurement region on a surface of battery cells (13). The…
The system has a temperature-control system (20) comprising a liquid temperature absorption control medium for cooling and heating battery cells (13) in a battery housing (10). An absorption element (30) is arranged between the battery cells and the battery housing and absorbs the liquid…
The apparatus has a temperature-control system (2) arranged in a energy storage housing (3) and provided with a liquid temperature-control medium that flows for cooling and/or heating multiple battery cells (1) that are arranged in the housing. An absorbent element (4) is arranged between the cells…
The device has a battery system (7) comprising multiple cells, and a communication link including an electric isolation part (5) and a communication line (3) that is partially provided with an electromagnetic shielding (4). The communication link operatively connects two electronic units (1, 2) to…