Abstract: An electric public transport land vehicle, in particular of the bus, coach or tyred tram type, including at least one rechargeable electrical energy storage module arranged in a peripheral panel of the vehicle, and having, for at least one electrical energy storage module, a protective cover equipped with at least one evacuation opening allowing smoke and/or flame and/or gas to escape in a direction away from the vehicle in the event of fire in the module.

Abstract: The invention concerns an interconnection system (100) of an energy storage assembly (200), with an electronic support for controlling (300) the health status of the energy storage assembly (200), the interconnection system (101) being characterized in that it comprises an interconnection support (101) including a conductive circuit (800) formed on electrically conductive surface, said circuit (800) forming an electrical connection between the electronic control support (300) and the pole terminals (500) of the cells to which it is connected, respectively, through connecting means and through retaining means (110, 120, 150), said retaining means (110, 120, 150) being adapted to urged into contact, on the pole terminals (500), with support means (510) so as to arrange the pole terminals (500) on the interconnection support (101) and adapted to provide a direct electrical connection of the pole terminals (500) with the conductive circuit (800).

Abstract: The application relates to a power battery module, including rechargeable cells having a nominal operating charging temperature, greater than 20° C. According to the application, the module includes a circuit for managing charging of the cells which further includes: two external charging terminals for charging of the cells, wherein at least one, called second charging terminal, of the two external charging terminals is distinct from the external use terminals, first interruption/connector between the second charging terminal and one of the use terminals, second device between the charging terminals and the heating element to connect, at least in the first interruption position, the charging terminals to a heating element of the cells.

Abstract: An electric power storage cell including several electrochemical elements connected in series and/or in parallel, arranged inside a sealed casing. The casing electrically connects the electrochemical elements to a power connecting device outside the casing. The electrical connection is configured so that the casing can be traversed without affecting adversely the tightness thereof and without transmitting stresses to the casing. The storage cell has applications in the field of lithium polymer technologies with high power storage assemblies.

Abstract: The application relates to a power battery module, comprising rechargeable cells having a nominal operating charging temperature, greater than 20° C. According to the application, the module comprises a circuit for managing charging of the cells which comprises: two external charging terminals for charging of the cells, wherein at least one, called second charging terminal, of the two external charging terminals is distinct from the external use terminals, first interruption/connection means between said second charging terminal and one of the use terminals, second linking means between the charging terminals and the heating element to connect, at least in the first interruption position, the charging terminals to a heating element of the cells.

Abstract: The invention concerns an electric power storage cell (100) comprising several electrochemical elements (110) connected in series and/or in parallel, arranged inside a sealed casing (400), said casing (400) comprising means for electrically connecting the electrochemical elements (110) to a power connecting device outside the casing (400). The invention is characterized in that the electrical connecting means comprise means (901, 902, 200, 300) for enabling said casing (400) to be traversed without affecting adversely the tightness thereof and without transmitting thereto maintaining loads. The invention is particularly applicable in the field of lithium polymer technologies with high power storage assemblies.

Abstract: The invention concerns a battery module comprising at least one element consisting of stacked layers, some layers having edges extending beyond the edges of other layers, thus forming projecting parts, and a tightening member maintaining the projecting parts of the layers tightly close together. The invention is characterized in that the tightening member is a self-contained elastic member which by itself, without external aid, provides for the tightening of said projecting parts and its own grip thereon, and is adapted to provide an electrical connection of said layers to a circuit.

Abstract: The invention concerns an interconnection system (100) of an energy storage assembly (200), with an electronic support for controlling (300) the health status of the energy storage assembly (200), the interconnection system (101) being characterized in that it comprises an interconnection support (101) including a conductive circuit (800) formed on electrically conductive surface, said circuit (800) forming an electrical connection between the electronic control support (300) and the pole terminals (500) of the cells to which it is connected, respectively, through connecting means and through retaining means (110, 120, 150), said retaining means (110, 120, 150) being adapted to urged into contact, on the pole terminals (500), with support means (510) so as to arrange the pole terminals (500) on the interconnection support (101) and adapted to provide a direct electrical connection of the pole terminals (500) with the conductive circuit (800).