A lift apparatus for a vehicle includes a frame that provides an entry space that the vehicle required to be lifted enters and a lifting and lowering module that raises and lowers the vehicle in the entry space relative to the frame. The lifting and lowering module includes a wheel support portion that supports a wheel of the vehicle and a pusher that presses the wheel supported on the wheel support portion so that a lateral center portion of the entry space and a lateral center portion of the vehicle are aligned with each other.

A battery swapping robot, including a lifting device (5) and a telescopic device (1) mounted on the lifting device (5). The lifting device (5) includes a bottom frame (51) and a top frame (52) which are arranged in parallel to each other. The telescopic device (1) includes a mounting arm (11) rotatably connected below the top frame (52) and a lifting arm (13) slidably connected to the mounting arm (11), with the lifting arm (13) provided with a battery gripper (14). An adjustable angle of the telescopic device of the battery swapping robot enables more accurate and efficient battery swapping.

A battery swapping robot, including a lifting device (5) and a telescopic device (1) mounted on the lifting device (5). The lifting device (5) includes a bottom frame (51) and a top frame (52) which are arranged in parallel to each other. The telescopic device (1) includes a mounting arm (11) rotatably connected below the top frame (52) and a lifting arm (13) slidably connected to the mounting arm (11), with the lifting arm (13) provided with a battery gripper (14). An adjustable angle of the telescopic device of the battery swapping robot enables more accurate and efficient battery swapping.

The present disclosure provides a battery swapping robot and a lifting device thereof. The lifting device includes a base (1). The base (1) is provided with at least two vertical posts (3), each post (3) is vertically provided with a guide rail (13), the guide rail (13) is movably provided with a lifting support arm (5), and the lifting support arm (5) is connected to a lifting driving mechanism (4). The upper limit of the lifting height of the lifting device is increased in such a way that the post and the lifting support arm slide against each other, which breaks the limitation that a battery cannot be lifted beyond a crossbeam in the prior art, and the power swapping mode is safer, and more reliable and efficient. The structural space of the power swapping robot adopting the lifting device is more compact and effective.

The present disclosure provides a battery swapping robot and a lifting device thereof. The lifting device includes a base (1). The base (1) is provided with at least two vertical posts (3), each post (3) is vertically provided with a guide rail (13), the guide rail (13) is movably provided with a lifting support arm (5), and the lifting support arm (5) is connected to a lifting driving mechanism (4). The upper limit of the lifting height of the lifting device is increased in such a way that the post and the lifting support arm slide against each other, which breaks the limitation that a battery cannot be lifted beyond a crossbeam in the prior art, and the power swapping mode is safer, and more reliable and efficient. The structural space of the power swapping robot adopting the lifting device is more compact and effective.

A battery swapping system, a battery swapping method and a battery pack for an electric vehicle are used for providing electric energy to an electric vehicle by means of battery swapping, wherein the electric vehicle comprises a plurality of battery cells, and the battery swapping system comprises a system manager and a battery swapping station. The system manager formulates a battery swapping plan on the basis of a purchase instruction and the remaining power of the electric vehicle, wherein the system manager sends the battery swapping plan to the battery swapping station, and on the basis of the battery swapping plan, the battery swapping station removes depleted battery cells of the electric vehicle and installs a corresponding number of fully-charged battery cells instead.

A battery swapping system, a battery swapping method and a battery pack for an electric vehicle are used for providing electric energy to an electric vehicle by means of battery swapping, wherein the electric vehicle comprises a plurality of battery cells, and the battery swapping system comprises a system manager and a battery swapping station. The system manager formulates a battery swapping plan on the basis of a purchase instruction and the remaining power of the electric vehicle, wherein the system manager sends the battery swapping plan to the battery swapping station, and on the basis of the battery swapping plan, the battery swapping station removes depleted battery cells of the electric vehicle and installs a corresponding number of fully-charged battery cells instead.

An automotive battery lifting device is used for assembling a battery unit to the vehicle body from a bottom surface side of the vehicle body, including: a battery carrier tray having a carrier surface for mounting the battery unit; a lifting mechanism, the lifting mechanism being used for moving the battery carrier tray along a lifting direction; and a plurality of cylinders for adjusting a horizontal inclination of the carrier surface of the battery carrier tray, when the lifting mechanism raises the battery carrier tray and the battery unit or the battery carrier tray contacts the vehicle body at a first position, air in at least the cylinder close to the first position is discharged.

An automotive battery lifting device is used for assembling a battery unit to the vehicle body from a bottom surface side of the vehicle body, including: a battery carrier tray having a carrier surface for mounting the battery unit; a lifting mechanism, the lifting mechanism being used for moving the battery carrier tray along a lifting direction; and a plurality of cylinders for adjusting a horizontal inclination of the carrier surface of the battery carrier tray, when the lifting mechanism raises the battery carrier tray and the battery unit or the battery carrier tray contacts the vehicle body at a first position, air in at least the cylinder close to the first position is discharged.

A temperature of a power device to which a power storage device is attached is estimated on the basis of a temperature detected by a temperature detector provided in a power storage device detachably held in the power device.