35results about How to "Quick battery swap" patented technology

The invention provides an UAV(unmanned aerial vehicle) accommodation and battery replacement device and method, belongs to the technical field of UAV accommodation and battery replacement and is to solve the problems that a battery cannot be replaced in an unmanned manner and work efficiency is low in the prior art. The device comprises a housing, a lift device, a homing device and a battery replacement device. The housing comprises a housing body and a sliding table arranged at a relative position of the upper end of the housing body; the lift device is arranged in the housing, and comprises a lift platform and a lift drive mechanism for driving the lift platform to lift; the lift platform is provided with a cross sliding groove; the homing device is arranged on the lift platform, and comprises four homing rods arranged on the upper end surface of the lift platform and a homing drive mechanism arranged on the lower end surface of the lift platform; the homing drive mechanism drives the four homing rods to move inward or outward synchronously; and the battery replacement device is arranged on the lift platform, and comprises a mechanical arm carrying platform in sliding fit with the sliding table on the housing body, a mechanical arm fixedly arranged at the lower end of the mechanical arm carrying platform, and a battery manager arranged on the upper end surface of the lift platform through an electric revolving platform.

The invention provides a control system and method for battery change. The system for cell change comprises a quick change device, multiple position sensors arranged on a battery, a subordinate inductive sensor, a subordinate controller, a main inductive sensor, a main controller, wherein the subordinate controller is used for acquiring a battery state signal, a latching-off signal of the battery and battery position signals detected by the multiple position sensors after a vehicle is electrified and transmitting the battery state signal, the latching-off signal and the battery position signals through the subordinate inductive sensor, and the main controller is arranged on the quick change device, connected with the main inductive sensor and used for receiving the battery state signal, the latching-off signal and the battery position signals sent by the subordinate controller and controlling the quick change device to move the battery according to the battery state signal, the latching-off signal and the battery position signals so as to change the battery. The control system can quickly and automatically achieve battery change and has the advantages of high safety and reliability.

The invention discloses a modular quick-replacement power battery unit of an electromobile. The main body is provided with a plurality of same battery cells, the middle parts of the two opposite sides of each battery cell outwards extend and protrude to form a positive tab and a negative tab, the two ends of each battery cell are fixed on two vertical support plates by the positive tab and the negative tab, the battery cells are connected in series to form a battery module with the support plates, the battery module is arranged in a rectangular battery box, a gap between the battery box and the battery module is filled with a heat conduction material, and a positive electrode and a negative electrode of the battery module are jointly led out from a surface of the battery box and are arranged to be a positive connection plug and a negative connection plug. The power battery unit adopts a modular design, can be configured on different vehicles and is high in universality; during configuration, different configuration modes can be achieved according to actual conditions of a consumer; and through a battery replacement mode, the problems of long charging time and high charging requirement are solved.

The invention discloses a power battery of an electric automobile. The power battery is composed of a plurality of modularized battery units which are in serial, parallel or serial-parallel connection; and all the battery units are completely the same. The power battery is of modularized design, can be configured on different vehicle types, has good universality, has different configuration forms according to the actual conditions of consumers when the power battery is configured; and the problems of long charging time and high charging demand are solved through a power changing mode.

The invention provides a changeable battery control system for an electric automobile and belongs to the technical field of electric automobile battery changing. The problems that the power capacity of a fixedly arranged battery pack is hard to guarantee and the battery life cannot be rapidly prolonged in the prior art are solved. The changeable battery control system for the electric automobile comprises a controller, an electronic switch module, a detachable first battery pack, a fixed second battery pack, a first charging module, a charging port and a discharging port; and through the electronic switch module, the discharging port is supplied with power by using the first battery pack and / or the second battery pack. The changeable battery control system for the electric automobile further comprises a second charging module; the second charging module is supplied with power by using the first battery pack and used for charging the second battery pack; and the controller is used for controlling the second charging module and the electronic switch module. According to the changeable battery control system for the electric automobile, the power capacity in the fixedly arranged battery pack is preferentially kept.

The invention discloses an intelligent charging control method for a charging station. The automobile type is identified; a charging monitoring system sets the intelligent charging control mode; a charging robot calls charging parameters in a servo mode to control the charging process, and therefore rapid charging of an electric automobile is achieved. According to the method, the automobile type identifying mode of the charging station is improved, an operator can determine the automobile type without an interphone or other manual modes and can determine the automobile type only by issuing charging control instructions according to the charging parameters intelligently recommended by a charging monitoring system; the charging strategy that the operator checks content, operation steps and the like is optimized, and the technological process of charging positioning by the robot is simplified; for the charging station serving automobiles of multiple types, charging time is saved, and charging efficiency is improved; automobile running is ensured, and the service efficiency of the charging station is improved; the technological support for extending of an intelligent charging facility network and accelerating of the electric automobile commercialization progress is provided.

The invention relates to a mobile battery replacing station and a mobile battery replacing system. The mobile battery replacing system comprises an energy storage station which comprises a frame bodywhich is provided with a plurality of storage grids for placing battery units, and a stacking machine which comprises a machine body and a telescopic fork, and the telescopic fork is telescopically connected with the machine body in the direction close to or away from the battery units of the energy storage station so as to transfer the battery units, and the mobile battery replacing station whichtransfers the battery units to the side, close to a vehicle body, of the stacking machine; and after the mechanical arm of the vehicle body transfers the battery units to the vehicle body and carriesthe battery units, the mechanical arm is used for replacing the battery for the vehicle. According to the mobile battery replacing station and the mobile battery replacing system, after the mobile battery replacing station carries the battery units, the mobile battery replacing station is moved to the vehicle to be replaced to replace the battery units to the vehicle, so that the battery replacing operation can be completed quickly and conveniently, continuous work of the engineering vehicle is ensured to the greatest extent, and the economic benefit of the engineering vehicle is increased.

The invention provides a secondary battery replacement assembly and replacement method for an electric vehicle. The secondary battery replacement assembly comprises a pair of guide rails which are arranged on the body of the electric vehicle along the length direction of the electric vehicle, and a drawer-type secondary battery pack, wherein a first side of the drawer-type secondary battery pack slides along a guide rail to drive a secondary battery pack in the drawer-type secondary battery pack into and out of the vehicle body, and a second side of the drawer-type secondary battery pack opposite to the first side forms a partial housing of the vehicle body. The auxiliary battery pack of the invention can slide out and then exit from the bottom, can avoid the subframe at the bottom, does not need to open the back-up tire box when changing power, does not interfere with the power changing process and the rear storage space of the vehicle owner, does not need to be lifted, greatly reduces the power changing difficulty of the electric vehicle, and improves the power changing efficiency.

The invention provides a lifting power battery bin. A battery bin body is fixed to the inner side of an automobile skirt in the connecting mode of hooks and plug-pins and is higher than the skirt, andthe good passing ability of a whole automobile is kept while rapid battery replacing is achieved. The lifting power battery bin is mounted at the bottom of an automobile, the battery bin body is movably connected with an automobile chassis through the hooks and the plug-pins, the plug-pins are fixed to the two sides of the front side wall and the rear side wall of the battery bin body, the hooksare fixedly connected to the automobile chassis and correspond to the plug-pins, the plug-pins are provided with opening devices and springs, and bin doors are arranged on the two sides of the batterybin body.

The embodiment of the invention provides a position information obtaining method, device, vehicle and system. The position information obtaining method comprises the steps of obtaining state information of a battery pack of the vehicle; under the condition that the state information meets a preset condition, generating target addressing data according to the state information; sending the target addressing data in a preset communication mode to obtain position information of a target battery replacement cabinet, wherein the target battery replacement cabinet is located within the preset distance range of the vehicle and comprises a replacement battery pack matched with the battery pack, and the corresponding charge state of the replacement battery pack is not smaller than a first preset threshold value. According to the method, the user can accurately obtain the position information of the target charging cabinet so as to quickly and accurately complete the operation of replacing the battery.

The invention provides a fast current-charging-alternating system. The fast current-charging-alternating system comprises a charging area, a solar power generating device, an OPV organic photovoltaic power generating device, a charging battery and a battery data managing platform, wherein the charging area is arranged on a highway, the solar power generating device supplies power for the charging area, the charging battery supplies power for a new energy vehicle, and the battery data managing platform manages the data of the charging battery. According to the fast current-charging-alternating system, fast current-charging-alternating for a new energy vehicle can be achieved, and using and popularizing of the new energy vehicle are facilitated; the highway are combined, current-charging-alternating for the new energy vehicle on the highway is convenient, and increasing of traffic flow of the highway is facilitated, and the benefit of the highway is increased; solar energy are adopted as power source of charging, good environmental benefit is achieved, and the surplus electric energy can be transferred to electric supply power grid to realize the revenue of electric energy; and the using information data of the charging battery is shared, and carbon emission trading of the new energy vehicle is facilitated.

The invention discloses an emergency fire-fighting water tank for a battery swap station, and belongs to the technical field of energy storage systems. The water tank comprise a box body, an opening is formed in the upper portion of the box body, a reinforcing frame is arranged on the outer surface of the box body, and a thickened lining plate is arranged on a bottom plate in the box body; a water outlet is formed in the upper portion of the box body and connected with a water outlet pipeline, and a water suction pump is arranged on the water outlet pipeline; and a water inlet is formed in the lower portion of the box body and connected with a water inlet pipeline, and a water inlet pump is arranged on the water inlet pipeline. When a battery box is on fire, the battery box is put into the emergency fire-fighting water tank, so that the effects of quickly cooling and extinguishing fire are achieved. The thickened lining plate at the bottom of the box body can prevent the heavy battery box from smashing the bottom plate of the water tank. The reinforcing frame can reinforce the box body, and plays a role in protecting huge pressure generated when the battery box is put into the water tank and explosion impact force of the battery box. Meanwhile, cold water is continuously pumped into the water inlet, hot water is continuously pumped out of the water outlet, efficient heat exchange between the emergency fire-fighting water tank and the battery box is guaranteed, and the purpose of rapidly cooling the battery box is achieved.

The invention provides a battery replacing device and a battery replacing station. The battery replacing device comprises a first seat body, a first grabbing mechanism and a second grabbing mechanism arranged on the first seat body side by side, a first driving mechanism and a rotating mechanism; the first grabbing mechanism and the second grabbing mechanism are each provided with a butt joint structure used for being in butt joint with a battery module, and the grabbing directions of the first grabbing mechanism and the second grabbing mechanism are opposite; the first driving mechanism is used for driving the first grabbing mechanism and the second grabbing mechanism to move along a first track and a second track respectively, and the first track is parallel to the second track; and the rotating mechanism is used for driving the first seat body to rotate. According to the battery replacing device and the battery replacing station provided by the invention, the occupied area of the battery replacing station can be effectively reduced on the basis of realizing rapid battery replacing.

The invention discloses a hoisting type locomotive battery swap station which comprises a traveling track used for traveling and stopping of a locomotive; the battery placing area is arranged on the side of the traveling track; comprising at least one replacement battery box for replacing a to-be-replaced battery box of the locomotive; and the battery replacing equipment is arranged above the battery placing area and the driving track and is used for taking down the battery box to be replaced of the locomotive, transferring the battery box to be replaced to the outside of the locomotive and the driving track and grabbing and transferring the battery box to be replaced into the locomotive. According to the hoisting type locomotive battery replacing station, the battery replacing equipment is used for taking down a to-be-replaced battery box with insufficient electricity in a locomotive, a replacement battery box pre-stored in the battery replacing station is replaced into the locomotive, and rapid battery replacing of the locomotive is achieved; the basic construction investment and maintenance cost of the battery replacing station are low, and the application range is wide; the hoisting type locomotive battery swap station can be widely applied to energy upgrading and reconstruction of existing locomotive stations. The invention further discloses a battery replacing method based on the hoisting type locomotive battery replacing station. The invention discloses a hoisting type locomotive battery replacing method.

The invention provides a control system and method for battery change. The system for cell change comprises a quick change device, multiple position sensors arranged on a battery, a subordinate inductive sensor, a subordinate controller, a main inductive sensor, a main controller, wherein the subordinate controller is used for acquiring a battery state signal, a latching-off signal of the battery and battery position signals detected by the multiple position sensors after a vehicle is electrified and transmitting the battery state signal, the latching-off signal and the battery position signals through the subordinate inductive sensor, and the main controller is arranged on the quick change device, connected with the main inductive sensor and used for receiving the battery state signal, the latching-off signal and the battery position signals sent by the subordinate controller and controlling the quick change device to move the battery according to the battery state signal, the latching-off signal and the battery position signals so as to change the battery. The control system can quickly and automatically achieve battery change and has the advantages of high safety and reliability.

The device and method for containing and replacing drones belong to the technical field of containing and replacing drones, and aim to solve the problems existing in the existing technology of being unable to replace batteries unmanned and having low work efficiency. The invention includes: a shell, which includes a shell and a sliding platform arranged at a relative position at the upper end of the shell; a lifting device arranged in the shell, the lifting device includes a lifting platform and a lifting driving mechanism that drives the lifting platform to lift, and the lifting platform is provided with a Cross-shaped chute; a return device provided on the lifting platform. The return device includes four return rods provided on the upper end surface of the lifting platform and a return driving mechanism provided on the lower end surface of the lifting platform; through the return driving mechanism It drives the four return rods to move inward or outward synchronously; and a battery changing device installed on the lifting platform. The battery changing device includes a manipulator carrying platform that is slidingly matched with the sliding table on the shell, and is fixedly installed at the lower end of the manipulator carrying platform. The manipulator and the battery steward are set on the upper end of the lifting platform through an electric rotating platform.

The invention relates to the technical field of battery replacement, in particular to a locking device for battery replacement, including a battery pack bracket, a locking device, a driving device and a battery swapping platform; the battery pack bracket is used to fix the battery pack; the locking device It includes a locking pin and a locking bar, one end of the locking pin is connected to the battery pack bracket, and the other end of the locking pin is engaged with the locking bar; the driving device includes a transmission member and a rotating shaft, and the The transmission member is used to control the movement of the locking pin, and the transmission member is fixed on the rotating shaft, and the rotating shaft is fixed on the battery pack bracket; the power exchange platform is used to control the lifting of the battery pack. The battery replacement locking device of the present invention adopts a pin-type fixing method, avoids the failure risk of the locking method, improves the reliability of the locking device, has a simple structure, low cost, can realize quick battery replacement, and saves battery replacement time.

The invention provides a system for charging and swapping a new energy vehicle through wind-light-electricity energy storage. The system comprises a solar cell panel assembly, a small wind generating set, a large wind generating set, a large lithium battery power storage assembly, a new energy vehicle three-dimensional battery pack charging area, a new energy vehicle charging area, a rectifier set, a boosting device set and a power conversion assembly. The method has the beneficial effects that on the basis of more fully utilizing clean energy, the generated electric power can be applied to two modes of rapid battery replacement and rapid battery charging of the new energy vehicle, the generated electric energy can be smoothly and complementarily utilized to the maximum extent, electric quantity waste cannot be caused, and the energy consumption is reduced. According to the method, the energy-saving and sustainable development requirements of new energy vehicles are greatly met, namely, rapid charging and rapid battery replacement are achieved, the endurance range is wider, the environment can be protected to a great extent, the carbon emission can be reduced to a great extent, and the concept that carbon reaches the peak and is neutralized is met.

The invention discloses automatic battery replacing equipment for the end of a truck and a method of the automatic battery replacing equipment, and relates to the technical field of battery replacing equipment. The device comprises a bottom base, a battery replacing platform, a lifting device, a rotating seat and dragging equipment, wherein a first electric wheel is fixedly mounted on the bottom surface of the bottom base; the battery replacing platform is used for placing a power battery on a truck; a lifting device and a rotating seat are fixedly mounted between the battery replacing platform and the bottom base; the lifting device is used for controlling the lifting height of the battery replacing platform, and the rotating seat is used for controlling the rotating angle of the battery replacing platform; the dragging device is fixedly installed on the battery replacing platform and used for being matched with a dragging hole in the power battery, and the power battery is disassembled and dragged to the battery replacing platform. Through the action of the bottom base, the battery replacing platform, the lifting device, the rotating seat and the dragging equipment, the battery replacing efficiency is improved, the operation cost is reduced, and the advantages of a full-automatic battery replacing mode and a semi-automatic battery replacing mode can be achieved.

The invention provides a battery replacing device, a battery replacing station and a battery replacing method. The battery replacing device comprises a first seat body; a first gripper device, a second gripper device, wherein the first gripper device and the second gripper device are arranged on the first seat body side by side; a first driving mechanism, a second driving mechanism, a rotating mechanism used for driving the first seat body to rotate; a rotating mechanism arranged on the second seat body; a walking mechanism arranged at the lower part of the second seat body; wherein each of the first gripper device and the second gripper device comprises a cantilever seat; each cantilever seat comprises a seat body part and a cantilever part connected with the seat body part; a floating hanging bracket arranged corresponding to the cantilever part; a connecting assembly arranged on the floating hanging bracket; the first end of the flexible part is connected with a floating hanging bracket; and a hoisting mechanism arranged on the seat body part, and the hoisting mechanism connected with the second end of a flexible piece. According to the battery replacing device, the battery replacing station and the battery replacing method provided by the invention, the occupied area of the battery replacing station can be effectively reduced on the basis of realizing rapid battery replacing.

The invention discloses an automobile side box-division battery replacing device. The device comprises a plurality of box bodies; the multiple box bodies are arranged on the two sides of the central axis of an automobile body; the bottom of each box body is connected with an automobile bottom cross beam; a box cover is arranged on the side surface, close to the side skirt, of each box body; one end of each box cover is rotationally connected with the corresponding box body, and the other end of each box cover is connected with the box body through a locking mechanism; a plurality of first limiting blocks are arranged on the side surface of each box cover, the first limiting blocks are used for fixing the end surfaces of single batteries; and at least one first limiting plate is arranged inthe bottom surface of each box body and used for separating and fixing the single batteries. The automobile side box-division battery replacing device is simple in structure, light, handy and convenient, can meet the requirements of quick battery replacement under special equipment and bare-handed quick battery replacement without equipment, can place a battery at a safe position by bare hands when an automobile is parked for a long time, reduces the risk of spontaneous combustion and spontaneous explosion of the automobile, and improves the safety.

The invention discloses an automobile battery quick-changing system. The system comprises a station vehicle, a charging device, a positioning device for positioning an automobile and a clamping deviceused for clamping an automobile battery and placing the automobile battery on the automobile, wherein the station vehicle comprises a guide rail fixedly arranged on the ground, a station vehicle bodyand rolling wheels fixedly arranged at the bottom of the station vehicle body and matched with the guide rail, the positioning device and the clamping device are fixedly arranged on the upper surfaceof the station vehicle body, and the charging device comprises a plurality of storage frames arranged in the extending direction of the guide rail. The clamping device and the positioning device of the system are jointly mounted on the station vehicle, the station vehicle can translate in the extending direction of the plurality of battery storage frames, the station vehicle can move the automobile, the positioning device and the clamping device to fully-charged batteries to clamp the batteries into the automobile, so that the rapid switching of the batteries of the automobile is completed.

A battery changing bracket for an electric automobile relates to the technology of quickly changing power batteries in the field of energy complementation of the electric automobile, and is mainly structurally characterized in that the bracket is a square or rectangular bracket formed by combining two (more than two) longitudinal beams and two (more than two) cross beams; wherein the longitudinal beam is provided with a bearing roller, a positioning mounting hole for arranging a power battery box and a reinforcing vertical plate, the reinforcing vertical plate is provided with a fixed battery box, one end of the bracket is provided with a longitudinal positioning pin and an electric appliance connector, and the other end of the bracket is provided with a transverse positioning pin hole and a handle for pushing and pulling a force applying point of the bracket. According to the battery replacing bracket for the electric vehicle, through the structural design that the longitudinal positioning pin is installed at one end of the bracket and the reinforcing vertical plate is installed on the longitudinal beam, two sets of methods capable of compositely relieving the damage influence of the stress of a chassis of the whole vehicle on a battery box are achieved, and the whole-box type quick battery replacing of the small electric vehicle can be achieved; and a large-scale electric vehicle can also realize whole-box type rapid battery replacement.

The invention provides a changeable battery control system for an electric automobile and belongs to the technical field of electric automobile battery changing. The problems that the power capacity of a fixedly arranged battery pack is hard to guarantee and the battery life cannot be rapidly prolonged in the prior art are solved. The changeable battery control system for the electric automobile comprises a controller, an electronic switch module, a detachable first battery pack, a fixed second battery pack, a first charging module, a charging port and a discharging port; and through the electronic switch module, the discharging port is supplied with power by using the first battery pack and / or the second battery pack. The changeable battery control system for the electric automobile further comprises a second charging module; the second charging module is supplied with power by using the first battery pack and used for charging the second battery pack; and the controller is used for controlling the second charging module and the electronic switch module. According to the changeable battery control system for the electric automobile, the power capacity in the fixedly arranged battery pack is preferentially kept.

The invention belongs to the technical field of new energy vehicles, and particularly discloses an intelligent new energy vehicle shared battery replacing device and a battery replacing method. The intelligent new energy vehicle shared battery replacing device comprises a battery box arranged below a vehicle body, and the battery box is slidably connected with the vehicle body; a first driving mechanism is arranged between the vehicle body and the battery box, the first driving mechanism drives the battery box to move up and down, a second driving mechanism is arranged at the bottom of the vehicle body, the second driving mechanism drives the battery box to move laterally along the bottom of the vehicle body, a row of battery bins are arranged on the front face of the battery box, the battery bins are arranged on the front face of the vehicle body, and an opening of the battery bin points to the side face of the vehicle body. According to the intelligent new energy vehicle shared battery replacing device, the battery box sinks and moves outwards, so that the single batteries are rapidly replaced, integrated faults and long-time charging of the single batteries are avoided, and the applicability of the electric vehicle is improved.

The invention discloses a power battery for an electric vehicle, which is formed by connecting several modularized battery units in series, in parallel or in combination with series and parallel, and all the battery units are identical. The power battery adopts a modular design, which can be configured on different models, and has good versatility; when configuring, it can have different configuration forms according to the actual situation of consumers. By changing the battery, the problem of long charging time and high charging requirements is solved.

The invention relates to a platform for intelligent battery charging and swapping. The platform includes: a cabinet and a server; the cabinet includes a main cabinet and an auxiliary cabinet, the main cabinet has control capabilities and communication capabilities, and the main cabinet can The server and the smart battery exchange data wirelessly, and the main cabinet can actively control the on-off of battery charging according to the state of the battery in the warehouse; the auxiliary cabinet is equipped with a charger to charge the battery, and one main cabinet controls multiple auxiliary cabinets; The auxiliary cabinet includes a plurality of independent battery compartments for storing the batteries; the platform is based on the Mesh mqtt communication architecture, and the information transmission is fast and efficient. The invention can solve the problem that the electric vehicle batteries in the prior art are inconsistent in model and quality; the battery is easy to lose and cannot be insured for property insurance, resulting in property loss; the battery life of the electric vehicle is short and requires frequent charging and battery replacement.