Abstract: A battery module and a battery pack are provided. A battery module, includes a housing, comprising a bottom plate, side plates, a top plate, and end plates, wherein the top plate is fixedly connected to the bottom plate, the side plates, and the end plates sequentially to enclose and form a containing cavity; a fixing bracket located in the containing cavity and mounted on the bottom plate; a battery cell stack, comprising cylindrical battery cells arranged in a plurality of rows, wherein a top portion of each of the cylindrical battery cells is provided with an electrode terminalcell; a cell contact system (CCS) component, disposed on a side of the battery cell stack close to the top plate, and electrically connected to the electrode terminals of the cylindrical battery cells; and a serpentine cooling plate disposed between two rows of cylindrical battery cells.

Abstract: A battery module and a battery pack are provided. The battery module includes a casing including a bottom plate, side plates, end plates, and a top plate fixedly connected to the side plates and the end plates to enclose and form an accommodating cavity; a fixed bracket located in the accommodation cavity, mounted on the bottom plate, and provided with a plurality of rows of positioning slots; a cell stack including cylindrical cells arranged in a plurality of rows, where a top portion of each of the cylindrical cells is provided with an electrode terminal; a cell contact system (CCS) component mounted on one side of the cell stack close to the top plate and electrically connected to the electrode terminals of the cylindrical cells; and a cooling plate arranged on one side of the CCS component away from the cell stack.

Abstract: The disclosure relates to the field of batteries and specifically provides a battery pack including a box body, a cell stack, an adhesive blocking portion, and at least two adhesive structures. The box body has an installation space. The cell stack includes a plurality of soft-pack cells and is arranged in the installation space. The adhesive structures are arranged in the installation space and directly connected between the cell stack and the box body. The adhesive blocking portion is arranged between the at least two adhesive structures to isolate the at least two adhesive structures. In the battery pack, the adhesive structures may be used to provide more comprehensive support for the cell stack, and mutual interference between different adhesive structures may be prevented.

Abstract: The disclosure relates to the field of batteries, and specifically provides a battery pack and an electric vehicle. The battery pack has a casing including a lower case base plate and a beam structure, a cell stack formed by stacking multiple pouch cells in the casing, an electrode tabs extending from an end of the pouch battery cell toward the beam structure along a length direction of the pouch battery cell, a thermally conductive structural adhesive disposed between the battery cell stack and the lower case base plate, and a foaming adhesive filling a space between the electrode tabs and the beam structure. The solution can construct a pouch CTP battery pack based on the pouch cells, which has a good protective effect on the battery cell stack formed by stacking pouch battery cells and is easy to assemble, so as to improve the overall stability of the battery pack.

Abstract: Disclosed is a battery pack that includes: a casing, which includes a lower housing; a battery cell stack, which includes multiple pouch battery cells, and includes two opposite tab sides and side surfaces adjacent to the tab sides, the battery cell stack is disposed in the lower housing; a foaming adhesive, which is filled and connected between the tab side of the battery cell stack and the lower housing; side plates, which are fixed on the side surface of the battery cell stack; a flexible circuit board assembly, which includes: a flexible printed circuit board and an insulating connecting sheet, the flexible printed circuit board is fixedly connected to the battery cell stack through the insulating connecting sheet; a battery management system; a connecting assembly, which is communicatively connected between the battery management system and the flexible printed circuit board, and the connecting assembly is fixedly connected to the side plates.

Abstract: Disclosed is a battery pack, including a casing, one or more battery cell stacks, and an electrode fixing component. The battery cell stack is formed by stacking a plurality of pouch battery cells along the thickness direction of the pouch battery cells. The electrode fixing component includes bus bars and a bus bar bracket supporting the bus bars. The bus bar bracket is cooperatively connected with a fixing structure on the casing, and the bus bars are cooperatively connected with an electrode of the battery cell stack.

Abstract: Provided is a battery pack, including: a casing, the casing includes a lower housing; a battery cell stack, the battery cell stack includes multiple pouch battery cells, and the battery cell stack is configured in the lower housing; a thermal conductive structural adhesive, the battery cell stack and the bottom plate of the lower housing are directly bonded and fixed through the thermal conductive structural adhesive; a foaming adhesive, the foaming adhesive is filled and connected between the tab side of the battery cell stack and the lower housing; a flexible printed circuit board assembly, the flexible printed circuit board assembly includes: a flexible printed circuit board and an insulating connecting sheet, the flexible printed circuit board is fixedly connected to the battery cell stack through the insulating connecting sheet.

Abstract: Disclosed is a battery pack including: a casing including a lower case; a battery cell stack including multiple pouch battery cells, including two opposite electrode tab sides and side surfaces adjacent to electrode tab sides, and disposed in the lower case; a thermally conductive structural adhesive directly bonding and fixing the battery cell stack and a base plate of the lower case; a foaming adhesive filling and connecting between the electrode tab side and the lower case; a battery management system; a flexible circuit board assembly including a flexible printed circuit board; a side plate fixed to the side surface; a connecting assembly including a flexible flat cable and an adapter, in which the flexible flat cable is disposed on the side surface and connected and fixed to the side plate through the adapter, and the battery management system and the flexible printed circuit board are communicatively connected through the connecting assembly.

Abstract: The disclosure relates to the technical field of batteries and specifically provides a battery pack and an electric vehicle. The battery pack includes a box body having a lower casing bottom plate, a cell stack formed by stacking a plurality of soft-pack cells, a thermally conductive structural adhesive arranged between the cell stack and the lower casing bottom plate, side plates arranged at both ends of the cell stack in a stacking direction and adhered to main body surfaces of the soft-pack cells at both ends, and fixture fitting portions arranged on surfaces of the side plates opposite to the soft-pack cells. In the solution, a soft-pack cell to pack (CTP) battery pack is constructed based on the soft-pack cells, the cell stack formed by stacking the soft-pack cells can be well protected, and assembly can be easily performed.

Abstract: Provided are a gravure coating device for preparing a large-width ultrathin metal lithium strip and the preparation method, relating to the technical field of preparation of metal lithium materials.

Abstract: A battery module and a battery pack is provided. The battery module includes an outer frame and a plurality of cells. The plurality of cells are stacked to form a cell assembly. The outer frame includes a bottom plate, a top cover, and an outer surrounding plate, wherein the bottom plate and the top cover are respectively disposed at a bottom portion and a top portion of the outer surrounding plate. The outer surrounding plate includes two opposite side plates and two opposite end plates, wherein the two end plates are arranged at intervals in a length direction of the side plates. The two end plates, the two side plates, the bottom plate, and the top cover surround and form an accommodating cavity together. The cell assembly is disposed in the accommodating cavity, and the top cover is provided with heat dissipation holes.

Abstract: A battery pack including a case and cell assemblies disposed in the case. The case includes a heat exchange plate and a bottom protection plate disposed below the heat exchange plate. Each cell assembly includes a plurality of cells, and an explosion-proof valve is provided on a side of each cell facing the heat exchange plate. The heat exchange plate is provided with pressure relief through holes corresponding to the explosion-proof valves. Reinforcing members are provided between the heat exchange plate and the bottom protection plate, and each reinforcing member includes a base portion disposed on the bottom protection plate and supporting portions connected to the base portion and supported between the bottom protection plate and the heat exchange plate. In a height direction of the battery pack, projection of the pressure relief through holes at least partially overlap projection of the base portions.

Abstract: An energy storage rack and an energy storage container are provided. The energy storage rack includes a frame provided with a plurality of layers of accommodation spaces stacked in a first direction. The frame includes four vertical beams arranged in the first direction, and a flow channel is arranged in each of the four vertical beams. Each of the accommodation spaces is provided with two battery packs, a first battery pack has a first inlet and a first outlet, and a second battery pack has a second inlet and a second outlet. The first inlet communicates with the flow channel of the first vertical beam, and the first outlet communicates with the flow channel of the second vertical beam. The second inlet communicates with the flow channel of the third vertical beam, and the second outlet communicates with the flow channel of the fourth vertical beam.

Abstract: Provided are an asynchronous heating and calendering device, a large wide ultra-thin lithium metal foil, and preparation method and use thereof, wherein the asynchronous heating and calendering device comprises: a pulling-substrate unwinding unit (E) for unwinding a pulling-substrate (P); a lithium strip unwinding unit (D) for unwinding a lithium strip (S); an asynchronous heating and calendering unit (H) which comprises: a first calendering roller (B), a second calendering roller (A) and a heating box (C), wherein the heating box (C) is used to heat the first calendering roller (B), the first calendering roller (B) heats the pulling-substrate (P), and the first calendering roller (B) and the second calendering roller (A) have parallel axes and are arranged opposite to each other, so that the pulling-substrate (P) and the lithium strip (S) are combined into a composite strip (Z); and a winding unit (G) for winding the composite strip (Z).

Abstract: The disclosure belongs to the technical field of power batteries, and in particular, relates to a battery pack. A box body and an upper cover are included, and box body has a cell installation compartment and an exhaust compartment. The upper cover covers the box body and has a gas-solid separation flow channel adapted to centrifugally separate gas from particulate matter in flue gas flowing through the gas-solid separation flow channel. A gas inlet of the gas-solid separation flow channel communicates with the cell installation compartment, and a gas outlet of the gas-solid separation flow channel communicates with the exhaust compartment.

Abstract: Disclosed are a battery module and an electrical device including the battery module. The battery module includes: a battery cell array, a side plate and an insulation barrier. The side plate is arranged corresponding to at least one surface on the outer side of the battery cell array in the circumferential direction; the insulation barrier is arranged between the side plate and the side wall of the battery cell array, and protrudes above the battery cell array. The battery module may overcome the problem of the existing battery module, that is, the short electrical safety distance between the housing of the battery cell and the side plate of the battery module.

Abstract: A bus bar assembly and a battery module are provided. The bus bar assembly includes a bus bar support, an output terminal bus bar and a fireproof sleeve. The output terminal bus bar is disposed on the bus bar support, wherein the output terminal bus bar includes a cell connection portion, an output connection portion and a fuse portion. The cell connection portion is connected to the output connection portion through the fuse portion. The fireproof sleeve is sleeved on the output terminal bus bar and at least covers the fuse portion, and is located at one side of the bus bar support facing away from the cell.

Abstract: The disclosure relates to a battery module and a battery pack. A casing and a plurality of cylindrical batteries are included. First ends of the cylindrical batteries are provided with terminals. The cylindrical batteries are received in the casing, and in each of the cylindrical batteries, the terminal is configured to form heat conduction with the casing. In the disclosure, the heat conduction between the terminals and the casing is used to achieve the heat dissipation of the cylindrical batteries, so the heat dissipation efficiency may be effectively improved. Further, in the disclosure, by establishing heat conduction between the terminals and the cold plate on the bottom of the tray, the heat dissipation structure of the battery pack may be modified without changing the existing process of the tray, so that the design, development, and manufacturing costs of the battery pack are effectively reduced.

Abstract: A battery pack, a manual service disconnect thereof, and a battery protection method are provided. The manual service disconnect includes a base assembly and an upper cover assembly. The base assembly includes a base body, two first high-voltage terminals that are insulated and fixed on the base body, and two second high-voltage terminals that are insulated and fixed on the base body. The upper cover assembly includes an upper cover body and two third high-voltage terminals fixed on the upper cover body and corresponding to the two first high-voltage terminals, and two fourth high-voltage terminals fixed on the upper cover body and corresponding to the two second high-voltage terminals. The two third high-voltage terminals are electrically connected, and the two fourth high-voltage terminals are electrically connected.

Abstract: The disclosure provides a battery module and a battery pack. The battery module includes a frame, a plurality of cells, and an output terminal base. The frame includes side plates opposite to each other and a first end plate and a second end plate opposite to each other. The plurality of cells are stacked and installed in the frame. The output terminal base includes a high-voltage and a low-voltage output terminal installation portions arranged side by side, and a limiting portion formed by extending from a bottom portion of the low-voltage output terminal installation portion. A top portion of the first end plate is provided with a limiting groove and an installation groove. The high-voltage output terminal installation portion is installed in the installation groove, and the limiting portion is installed in the limiting groove to connect the output terminal base to the first end plate.