52 results about "Battery (electricity)" patented technology

This invention discloses a method for reconstructing battery swapping station operation data based on adaptive truncation and feature correlation repair, belonging to the field of data reconstruction technology. First, a standardized two-dimensional spatiotemporal discrete model is constructed, and sequence mapping technology is used to align the discrete data stream to the date-time period operation space. Second, a zero-first truncation model based on the continuity of frequency distribution is established to adaptively remove outliers and noise. Then, Latin hypercube sampling and inverse cumulative distribution function transformation algorithms are introduced to fill in missing values ​​while ensuring that the reconstructed data conforms to the original probabilistic characteristics. Finally, the battery swapping frequency-electricity data is dimensionally reconstructed to facilitate the inductive analysis of battery swapping behavior characteristics. Numerical examples demonstrate that the method proposed in this invention effectively restores the statistical usability of the data, fully revealing the bi-peak tidal characteristics of battery swapping load and the distribution law of low-electricity anxiety, providing relatively reliable data support for load forecasting and regulation.

The application discloses a collaborative scheduling method based on an arctic sea parrot optimization algorithm and peak-valley time-of-use electricity price, belongs to the technical field of micro-grid intelligent scheduling and renewable energy management, and comprises the following steps: step S1, a micro-grid system model is established; step S2, operation constraint conditions are constructed, including the power balance and the upper and lower limit constraints of the power of each component of the micro-grid and the state constraints of the storage battery which need to be satisfied by the wind turbine, the photovoltaic, the gas turbine, the fuel cell, the storage battery and the power exchange with the power grid in the micro-grid; step S3, an objective optimization function of operation cost and pollutant emission is constructed; and step S4, the optimal scheduling scheme is output by applying the objective optimization function. The collaborative scheduling method based on the arctic sea parrot optimization algorithm and the peak-valley time-of-use electricity price can significantly improve the optimization precision and convergence efficiency of the system, meanwhile, the high reliability and robustness of the scheduling process are ensured, and finally, the intelligent collaborative scheduling of the micro-grid energy is realized.

This application provides an engine exhaust energy recovery system and a vehicle. The system includes a compressor, a turbine, a generator, and a battery. The turbine inlet is connected to the engine's exhaust manifold, and the turbine outlet is connected to the exhaust pipe. The compressor outlet is connected to the engine's intake manifold. The turbine and compressor are coaxially connected to form a turbocharger. The turbine is also coaxially connected to the generator, and the generator is electrically connected to the battery. When it is determined that the turbocharger does not need to intervene in engine operation, the gas output from the exhaust manifold drives the turbine drive shaft to rotate. The drive shaft drives the generator to rotate coaxially, generating electricity, which is then stored in the battery. By using the turbine to drive the generator to generate electricity and storing it in the battery when it is determined that the turbocharger does not need to intervene in engine operation, the gas that would otherwise be emitted into the atmosphere can be recovered and reused to drive the turbine and then drive the generator to generate electricity, thereby improving the utilization rate of engine exhaust gases.

This invention discloses a digital currency payment method and apparatus, relating to the field of digital currency technology. One specific embodiment of the method includes: establishing a communication connection with a payment device via near-field communication; once the communication connection is established, activating a payment chip in a payment state and acquiring the device's battery power; if the battery power is insufficient to support digital currency payment, powering the payment chip by generating electricity in the payment chip's antenna coil using the near-field communication alternating magnetic field of the payment device, thus enabling digital currency payment. This embodiment can power the payment chip's antenna coil using electricity generated by the near-field communication alternating magnetic field of the payment device when the mobile terminal's battery power is insufficient to support digital currency payment, thereby completing the digital currency payment and providing strong support for expanding the application scenarios of digital currency.

The utility model discloses a novel solar control's submersible pump control system belongs to submersible pump field, a novel solar control's submersible pump control system, photovoltaic module is connected with the electricity of battery box, and the electricity of battery box is connected with PLC controller, and the electricity of PLC controller is connected with submersible pump main part, and submersible pump main part includes drive assembly, connecting piece, support, pump cylinder, shaft coupling, pump shaft, impeller, guide vane, flat valve and water outlet section, and drive assembly and pump cylinder are connected through connecting piece, and connecting piece has a plurality of mesh, and a plurality of upper and lower interval distribution's impeller are arranged between support and flat valve, and the output of drive assembly is connected with pump shaft through shaft coupling, and impeller is fixed on pump shaft, and every impeller is all equipped with a guide vane, and water outlet section is sealedly connected in pump cylinder. The utility model utilizes photovoltaic module and battery box to realize clean, stable power supply, and its unique submersible pump main part structure effectively solves traditional submersible pump main part high speed under the performance problem such as distribution flow.

A mop pool with a novel drainage mechanism belongs to the technical field of sanitary ware, comprising a mop pool body, a storage battery, a photoelectric switch, a solenoid valve, a water current generator, and also having a trigger circuit and a control circuit; a drainage pipe is installed on the drainage port of the mop pool body, a filter plate is installed on the upper end of the drainage pipe, the water inlet pipe of the solenoid valve is connected with the lower end of the drainage pipe, and the water inlet pipe of the water current generator is connected with the water outlet pipe of the solenoid valve; the storage battery, the photoelectric switch, the trigger circuit and the control circuit are installed in the component box and are electrically connected. The present application does not need the user to manually operate the valve, the foot or the like is close to the front of the photoelectric switch probe, the photoelectric switch outputs a high level signal into the trigger circuit, and then the trigger circuit and the control circuit control the water valve to open or close, and since the water flowing out of the mop pool is used to generate electricity, an external power supply is not needed, which brings convenience to the user and improves the market competitiveness of the product.

The application discloses a multifunctional emergency repair vehicle for equipment, and belongs to the field of emergency support equipment. The vehicle comprises a flatbed transport vehicle body, a driving motor, an air pump, an equipment cabin and a repair tool drawer. A 24V direct current generator, an intelligent charger and a controller are integrated in the equipment cabin, and a mobile power supply and an inverter can be selected and matched. The vehicle body is provided with an electricity connection clamp, a mobile illuminating lamp, a magnetic tool drawer and a foldable repair lamp. The application highly integrates power generation, charging, air inflation, power supply, illumination, tool bearing and an electric transport platform to form a mobile repair workstation. The effect of the application is that the vehicle is flexible and can quickly arrive at a narrow or field fault point. The vehicle has comprehensive functions and can complete emergency starting of a fault vehicle, battery charging, air inflation, on-site illumination and repair operation at one time, supports 12V / 24V voltage and AC / DC tools, and is especially suitable for severe cold and other harsh environments, and effectively solves the problems of difficult equipment starting, air inflation and power supply.

1. Name of the product in this design: Electricity Meter. 2. Purpose of this product design: To check the battery level. 3. The key design feature of this product is its shape. 4. Images or photos that best illustrate the design key points: Use a combination of state diagrams.

The utility model discloses a kind of off-grid direct-current refrigeration devices for protecting permafrost, belong to permafrost protection engineering technical field, including off-grid power supply unit, refrigeration unit and cold transport unit;Off-grid power supply unit includes photovoltaic power generation equipment, wind driven generator, battery, charge-discharge controller and frequency converter, photovoltaic power generation equipment, wind driven generator are connected with battery electricity respectively;Battery is connected with the direct-current compressor of refrigeration unit, refrigeration unit is connected with cold transport unit, and cold transport unit is used to carry out refrigeration to permafrost.Through photovoltaic power generation equipment and wind driven generator generation after storing electric energy in battery, and using direct-current to drive direct-current compressor, realize the refrigeration to permafrost.The scheme is directly driven compressor refrigeration cycle by off-grid photovoltaic power generation and wind driven generation, satisfy the dynamic cooling demand of permafrost, avoid current impact and temperature fluctuation caused by frequent start-stop, keep the stability of cold transport efficiency.

This invention discloses a method for predicting electricity demand at charging and battery swapping stations based on the entropy weight method and a gravity model. The method involves standardizing multi-source data to obtain a unified spatial statistical data set; within the statistical window of each spatial statistical data set, candidate indicator sets are processed, and a weighted calculation is performed using information entropy and entropy weights to obtain a grid comprehensive score, which in turn calculates the national daily electricity demand, resulting in the daily electricity demand for a standard grid; based on baseline data of charging and battery swapping station locations nationwide, a set of completed stations is constructed, and based on national parking lot location data, a set of candidate stations is constructed. A grid-site spatial interaction allocation mechanism is then established to allocate the daily electricity demand of the standard grid to the set of completed stations or a merged set of completed and candidate stations, yielding the predicted daily electricity demand at the station level. This invention effectively improves the scientific rigor and accuracy of station planning and electricity demand allocation.

The utility model relates to the technical field of power supply, specifically discloses a kind of vehicle-mounted electrical equipment's variable-voltage power supply system, including vehicle battery, overload protector, main distribution box, transformer, variable-voltage distribution box, multiple voltage switching matrix switch and on-off power matrix switch, the vehicle battery is connected with the main distribution box electricity by the overload protector, the main distribution box is connected with the transformer and multiple voltage switching matrix switch electricity respectively, the transformer is connected with the multiple voltage switching matrix switch electricity by the variable-voltage distribution box, the multiple voltage switching matrix switch is connected with vehicle-mounted electrical equipment electricity by the on-off power matrix switch.The variable-voltage power supply system of vehicle-mounted electrical equipment provided by the utility model is convenient to use, voltage switches efficiently, low in cost, reduces connecting wire harness, and safety is improved.

This application discloses a billing and settlement method, system, equipment, and medium for battery swapping stations. The billing and settlement method includes: obtaining the total number of vehicles belonging to the same customer and the average daily operating mileage of each vehicle; obtaining a tiered service fee unit price based on the total number of vehicles and the average daily operating mileage of each vehicle, wherein the higher the total number of vehicles, the lower the tiered service fee unit price, and the higher the average daily operating mileage of each vehicle, the lower the tiered service fee unit price; determining the customer's battery swapping service fee based on the tiered service fee unit price; and obtaining the customer's settlement fee based on a minimum service fee, the customer's battery swapping service fee, and the customer's electricity bill. Using the embodiments of this application, by calculating service fees in tiers, the frequency of battery swapping by customers and the utilization rate of battery swapping stations can be increased, thereby increasing the profitability of battery swapping stations; at the same time, by setting a minimum service fee, basic operating cost recovery can be guaranteed, reducing the operating risk of battery swapping stations.

The utility model relates to multi -energy complementary technical field especially a kind of multi -energy complementary collection device, comprising: collection box;Battery is set in the inside of the collection box, for storing electric energy;Solar photovoltaic panel is set in the surface both sides of the collection box, and with the battery electricity is connected, for converting solar energy into electric energy;Wind power generation component is set in the top edge of the collection box, and with the battery electricity is connected, for converting wind energy into electric energy;Hydraulic conversion device is set in the inside of the collection box, for converting water energy into electric energy. Through hydraulic conversion device, first rainwater is collected, reaches specified measurement, utilizes the kinetic energy generated by rainwater to generate electricity, realizes the collection of energy in windless rainy day, ensures the normal use of multi -energy complementary collection device, improves the collection range of collection device.

The utility model provides a novel hydraulic cylinder resistance self -generating fitness equipment, include: base, shell, shell sets up at the top of base, the axle, the axle rotation is arranged in the inner top of shell, handle, handle is provided with two, is located two sides at the top of shell respectively, and is connected with two ends of axle respectively Fixed connection, resistance assembly, resistance assembly is arranged in the inside of shell, and is connected with axle, the inside of shell is provided with pinion box, the axle is connected with the input end of pinion box through synchronous belt. When the user promotes the handle up and down, will drive the axle rotation, through the first synchronous belt who sets up will drive the input end rotation of pinion box, then through pinion box transmission to the input end of generator, through the generator generates electricity, power transmission is stored in the battery, and then can recycle and utilize the kinetic energy.

The utility model relates to the technical fields of rotary cultivator especially is concerned on a multifunctional oil electricity hybrid crawler type rotary cultivator, including rotary cultivator body, the both sides of rotary cultivator body bottom are provided with two -way hydraulic drive automatic response caterpillar respectively, rotary cultivator body front end is provided with front bulldozer shovel, rotary cultivator body front end top is provided with excavating arm, rotary cultivator body rear end is provided with double -shaft rotary cultivator storehouse, the inside of rotary cultivator body has engine, generator, battery, the engine is connected with generator, two -way hydraulic drive automatic response caterpillar passes through real -time leveling and independent drive, makes the whole machine stability to improve when the complex terrain operation such as hilly, slushy, the risk of rollover significantly reduces, double -shaft rotary cultivator storehouse one operation can reach traditional single -shaft rotary cultivator twice ploughing and the effect of soil breaking, saves operation time and energy consumption, hydraulic rotary motor realizes the turning in situ, reduces the small plot empty running loss.

The system provides an information processing device, an information processing method, and a vehicle to shorten the time until air conditioning is activated. The information processing device selects either a first air conditioning mode or a second air conditioning mode for air conditioning. The first air conditioning mode utilizes the vehicle's engine for air conditioning, while the second air conditioning mode utilizes electricity stored in the vehicle's battery. The information processing device includes a control unit that, upon receiving a request for air conditioning from a user's terminal, initiates air conditioning in the second air conditioning mode. When conditions for air conditioning in the first air conditioning mode are met, the control unit switches the air conditioning from the second air conditioning mode back to the first air conditioning mode.

The utility model discloses a multifunctional waist massager, include: waist massager main casing and hand control ware, the bottom air bag structure is provided below the waist massager main casing, fixedly set circuit board, battery, two air valves, air pump and beat massage structure in the waist massager main casing, and circuit board electricity is connected battery, and circuit board electric control connects air pump, beat massage structure and two air valves, is provided with bluetooth module board on circuit board, and bluetooth module board is connected with cell -phone or hand control ware wireless signal. The utility model discloses through setting functional area, integrates pulse piece and wormwood incense heating box and beat massage head, can realize the massage effect of electric pulse deep -layer stimulation and wormwood hot compress incense and mechanical beat simultaneously, effectively promotes the blood circulation of waist, relieves muscle spasm, solved the single -function problem of current product.

The utility model provides a handheld building infrared scanning imager, including handle, building infrared scanning imager main part, display screen and wire harness, wherein: handle fixed mounting has the holder component, building infrared scanning imager main part fixed mounting is on the holder component, the display screen integration of building infrared scanning imager main part is installed on the handle, the display screen is connected with building infrared scanning imager main part between through wire harness communication electricity, the holder component and building infrared scanning imager main part's battery fixed mounting are in the handle inside, the whole setting of the utility model, when scanning to the higher position of building, can pass through the holder component adjustment building infrared scanning imager main part's scanning angle, need not operating personnel to adopt the posture of looking up, in this way, long -time scanning process is more convenient and laborsaving.

The utility model discloses a gateway of irrigation device, including the box, the box has the cavity inside, be equipped with signal transceiver in the cavity, be used for with irrigation device communication connection, signal transceiver is built -in with charging battery, charging circuit board and communication circuit board, the top of box is equipped with solar panel, solar panel with charging circuit board electricity is connected to the charging of charging battery, the top of box is equipped with rainfall state sensor, rainfall state sensor with Communication circuit board electricity is connected to with rainfall state information conversion electric signal transmission to communication circuit board, and communication circuit board broadcasts rainfall state to irrigation device. The utility model adopts standby hibernation, and the mode of communication module wakes up singlechip can reduce use power consumption, improves use endurance.

This invention relates to the field of RV accessory technology and discloses a new energy hydrogen stove, including a photovoltaic power generation system, an electrolytic hydrogen production system, a primary dehydration system, a hydrogen storage system, and a hydrogen stove system. The electrolytic hydrogen production system includes a water tank, a purified water tank, a water exhaust fan, an electrolytic cell, a resin tank, and a water pump. The water inlet of the purified water tank is connected to the external municipal tap water supply and is filled with activated carbon filter media; the resin tank is filled with ion exchange resin. This invention generates electricity through solar panels and stores it in a battery; the municipal tap water is purified through the purified water tank and resin tank; hydrogen is electrolyzed from the purified water through the electrolytic cell; the hydrogen is then dried in a buffer tank and stored in a hydrogen storage tank, thus providing clean energy for the hydrogen stove head; it is environmentally friendly and pollution-free, with high safety; and the high-temperature water generated during the electrolysis process can be cooled by the water exhaust fan and then returned to the water tank, thereby realizing the reuse of water resources.

The utility model relates to nursing device technical field discloses critical patient urination nursing device, including collection cylinder, the outer circular wall surface of collection cylinder is provided with wearing trousers, still include air -exhausting unit, air -exhausting unit sets up the outer circular wall surface of collection cylinder, is used for the inside of collection cylinder carries out air -exhausting, air -exhausting unit includes: side storehouse, side storehouse fixed mounting is at the outer circular wall surface of collection cylinder, through the mutual cooperation use of collection cylinder, wearing trousers, air -exhausting channel, non -return valve, pull rod and sealing piston, can reach to when the battery power is insufficient, through manual pull rod and drive sealing piston realize the effect of emergency use under no electricity condition, and effectively prevent the backflow through the double duckbill valve design, improve the convenience and security of use, simultaneously, through micro -pressure sensor real -time monitoring pipeline pressure state, if detects the anomaly (such as blockage or vacuum failure), the audible -visual alarm triggers, and the use is convenient, is more practical.

The utility model relates to a kind of main winch system and rotary drilling rig of rotary drilling rig energy recovery in rotary drilling rig equipment technical field, including base and support frame on base, installation platform is set on base, installation platform is set reel, the both sides of reel are connected power input structure and energy recovery structure respectively, reel is connected with rotary digging portion by steel cable. Power input structure drives reel rotation, thereby traction steel cable, rotary digging portion is lifted, when rotary digging portion drops, reel receives the tension of steel cable and rotates, and then drive energy recovery structure to store energy. Energy recovery structure includes generator, generator and first clutch are connected, first clutch and first connecting shaft are connected, first connecting shaft is connected with reel, generator and battery are electrically connected. Rotary digging portion drives reel rotation, and is connected with generator by first connecting shaft and first clutch, drives generator to generate electricity, and the electricity generated is stored by battery.

A wind-powered charger assembly for automobiles includes an alternator, a squirrel cage, a housing, and a wind scoop. The alternator includes a drive shaft and an electrical connector. The electrical connector is designed to connect the alternator to an automobile battery. The squirrel cage is coupled to the drive shaft of the alternator. The housing is positioned about the squirrel cage. The housing includes a top opening through which the squirrel cage partially projects. The wind scoop is mounted on the housing over the top opening. The wind scoop is designed to direct wind to contact the portion of the squirrel cage projecting out of the top opening of the housing to rotate the squirrel cage and the drive shaft of the alternator to generate electricity for the automobile battery. The wind scoop is designed to be mounted on an exterior surface of an automobile.

This utility model discloses a visual patrol device, comprising: a power assembly and a combination cap. The power assembly includes a power box, a shoulder strap, an upper photovoltaic panel, a rear photovoltaic panel, a side door, an antenna, a storage battery, and a control mainboard. The power assembly generates electricity as patrol personnel receive sunlight during their work, providing ample power at all times. The combination cap effectively shields patrol personnel from sunlight, reducing discomfort during patrols. The camera on the combination cap has image stabilization, resulting in clearer images and improving the accuracy and reliability of patrols. It can also connect to an external display device via the antenna, enabling remote image transmission and observation. Furthermore, it allows for the recording and storage of patrol data. The lights on the combination cap allow patrol personnel to work at night, enhancing the overall functionality of the patrol equipment and bringing greater convenience to patrols.

This application provides a grid-connected switching control method and related equipment for a microgrid system integrating hydrogen, ammonium, and electricity. The microgrid system includes a DC bus and its connected grid-connected converter, hydrogen-ammonium energy device converter, and battery converter. The method includes: upon receiving a grid-connection command, real-time detection of electrical quantity data from the external power grid; controlling the hydrogen-ammonium energy device converter to freeze its power, and then controlling the battery converter to droop; fine-tuning the electrical quantity data of the grid-connected converter until it synchronizes with the electrical quantity data of the external power grid, controlling the microgrid system to establish an electrical connection with the external power grid, and then controlling the grid-connected converter to switch from VSG mode to PQ mode; when the microgrid system is in a grid-connected electrical steady state, acquiring the dispatch power of the hydrogen-ammonium energy device converter and controlling it to adjust its power at a preset ramp rate, while simultaneously controlling the battery converter to adjust its power in the opposite direction. This application can improve the safety of process industrial equipment during grid-connection switching.

This application discloses an electric toothbrush kinetic energy recovery circuit and an electric toothbrush. The circuit includes a main control unit, a drive unit, a power generation unit, and an energy storage unit. The drive unit is electrically connected to both the main control unit and the brush head. Under the control of the main control unit, the drive unit outputs kinetic energy to drive the brush head to vibrate and to drive the power generation unit to generate electricity. The power generation unit is also electrically connected to the energy storage unit to output electrical energy to the energy storage unit. Thus, by converting the remaining kinetic energy or redundant mechanical energy generated during the brush head vibration process into electrical energy in real time, and by recovering and reusing the energy through the energy storage unit, the battery life of the electric toothbrush can be effectively extended, and the charging frequency reduced.

The present application relates to the field of lithium ion battery module detection, and discloses a kind of lithium ion battery module in micro short circuit fast identification method, comprising: standard battery module is discharged to empty electricity state;Standard battery module is charged with first system, and the total voltage of standard battery module is obtained, and the charging potential of each single cell;Standard battery module is discharged with second system, and the total voltage of standard battery module is obtained, and the discharge potential of each single cell;According to the total voltage of standard battery module, the charging potential of each single cell, the total voltage of discharge and the discharge potential of each single cell, calculate reference voltage;The value of the voltage of the battery module to be measured is compared with the value of reference voltage to obtain the voltage difference value, and the preset threshold value is compared to determine whether the battery module to be measured appears internal micro short circuit signal.The present application can quantitatively analyze the degree of internal micro short circuit in battery module, and the test method is simple and accurate.

The present application relates to a kind of hydrogen electricity dual-mode energy management method management system and method, it relates to hydrogen fuel cell engine technical field, the system includes: shell, including first shell and second shell, first shell and second shell detachably connected, first shell and second shell are connected to form upper accommodating cavity and lower accommodating cavity, the outer surface of shell is equipped with heat exchange structure and modeling feature part;Conversion module, is installed in upper accommodating cavity, conversion module is equipped with first inlet;Fuel cell module, is installed in upper accommodating cavity, fuel cell module is equipped with second inlet, second inlet is respectively connected with conversion module and the air inlet of shell;Battery module, is installed in lower accommodating cavity, battery module is connected with fuel cell module;Control unit is configured to switch operating state in vehicle mode and off-vehicle mode. With smaller volume, the effect that vehicle and household power supply mode can be flexibly switched is realized.

The utility model relates to the field of renewable energy sources and can be used in autonomous photovoltaic systems (PVS) for powering AC and DC consumers in domestic, agricultural and industrial settings. The proposed utility model aims to improve the efficiency, stability, and reliability of mini-standalone photovoltaic systems by incorporating a microcontroller-controlled magnetic power amplifier into the energy converter circuit. The mini-standalone photovoltaic power station comprises solar panels, an inverter, a step-up transformer, a battery, a magnetic amplifier, a microcontroller, and a rheostat. Solar panels generate DC electricity, which is converted by an inverter to AC and fed to a step-up transformer to power autonomous loads. A separate solar panel powers the magnetic amplifier and charges the battery. A microcontroller controls the magnetic amplifier, regulating the saturation of its magnetic wire depending on the input voltage, battery status, and load. A variable rheostat allows the gain of the magnetic amplifier to be adjusted depending on the current operating mode of the system. Using a magnetic power amplifier powered by a separate solar energy source allows the regulator to operate independently of the main circuit, increasing efficiency, reducing conversion losses, and ensuring output voltage stability under changing solar radiation and load conditions. The technical result consists in increasing the energy efficiency, reliability and stability of the operation of an autonomous photovoltaic station due to the introduction of a magnetic power amplifier with autonomous power supply and microprocessor control.