62 results about "Group control" patented technology

The application provides a flexible scheduling group and a scheduling method. The scheduling group comprises a manufacturing execution system, a logistics execution system, an intelligent group control system, a logistics intelligent trolley scheduling system and a process intelligent trolley scheduling system. The intelligent group control system receives a production plan issued by the manufacturing execution system, receives inventory material information of the logistics execution system, receives vehicle position information of the logistics intelligent trolley scheduling system and the process intelligent trolley scheduling system respectively, and formulates scheduling tasks of the process intelligent trolley and the logistics intelligent trolley in real time. Through deep cooperation of the intelligent group control system with the manufacturing execution system, the logistics execution system and other systems, overall management of the whole production process is realized. Through real-time sensing of data of environmental changes and / or data of demand fluctuations by the intelligent group control system, and through on-demand pulling, the coordination and stability of line operation are improved through cooperation with multiple systems.

This application discloses an elevator floor acquisition method and related equipment, belonging to the field of elevator control technology. The method includes: acquiring real-time operating data of a target elevator using Hall effect sensors and a barometric pressure sensor; wherein the operating data includes the direction of travel, speed, and operating signal; calculating the absolute position of the target elevator based on the operating data; and acquiring the floor information of the target elevator based on its absolute position and a pre-built floor reference position table; wherein the floor information includes the current floor and the floor ahead. This application, by installing Hall effect sensors and a barometric pressure sensor on the elevator to acquire elevator operating data, can obtain the floor information of the target elevator, providing basic data support for improving the scheduling logic of a general group control system and effectively improving the rationality of the scheduling logic.

To provide an elevator control system that can safely and efficiently restore elevators in the event of an earthquake. [Solution] When an earthquake sensor 270 detects an earthquake, each of the multiple elevators 20 performs stop control to stop the car 10, and after the stop control, performs travel control to control the movement of the car 10 based on a decision by the group control device 220. The multiple cars 10 include car A and car B. The group control device 220 decides to have car B perform travel control after having car A perform travel control. Depending on the result of the travel control of car A, the group control device 220 decides whether or not to perform travel control of car B, and the travel speed if travel control of car B is performed.

This invention discloses an intelligent scheduling and energy-saving optimization method for industrial air conditioning based on multi-source information fitting, comprising: 1. Receiving temperature and humidity target attainment instructions and simultaneously setting target times; 2. Collecting temperature and humidity data inside and outside the production operation area, future weather forecast data, and past operation record data to construct a multi-source dataset; 3. Using a time-series prediction model and optimization algorithm to fit the multi-source information and calculate the optimal temperature and humidity control trajectory that satisfies the time window constraint; 4. Based on the control trajectory, combined with the space and equipment configuration of the production operation area, executing a dynamic setpoint energy-saving control strategy in a single-area single-air conditioning mode, or executing an equipment group control start-stop strategy in a single-area multi-air conditioning mode, automatically executing equipment start-up and shutdown and parameter modulation. This invention enables high-precision, rapid, and intelligent automatic control of industrial air conditioning, significantly reducing system energy consumption, thereby improving the stability of the optimized production area environment and the level of intelligent energy management.

The utility model discloses a corrugated paper turns the track platform of pile, including transmission line, guide rail and track trolley, track trolley sets up on the guide rail and can move on the guide rail, transmission line sets up at one side of guide rail, the top of track trolley is detachable with the turn of pile platform that installs through bolt, is installed with belt transmission component on the turn of pile platform. The corrugated paper turns the track platform of pile, through detachable belt transmission component of adding on track trolley, the transmission direction of belt transmission component and the guide rail moving direction of track trolley are perpendicular to each other, through the start -stop cooperation of transmission line and belt transmission component turns the corrugated paper to the transmission belt or transmission line on the pile, and the start -stop of transmission belt is controlled by the controller of track trolley, and the sensor group control stop position of cooperation track trolley, make the safe and stable operation of equipment, can realize the control of automation, and the cost of technical improvement is low, satisfies the operation demand of corrugated paper turns the pile and changes the line.

The application provides a group control method and device for indoor units in a unit, a control system and an air conditioning unit. When it is detected that a user has a group control requirement, the method scans whether there is an indoor unit with the same group number but not belonging to the indoor unit group selected by the user in the unit network. When it is determined that there is a conflicting indoor unit, a preset data is issued according to a preset data, instead of directly issuing a control data frame according to the group number of the indoor unit group selected by the user, so that the problem of incorrect control caused by mechanically issuing a control data frame according to the group number is avoided.

This invention discloses an energy-saving operation method for hydraulic motors based on pressure detection and energy replenishment, specifically relating to the field of energy-saving control. The method includes: firstly, collecting, filtering, and preprocessing multiple operating parameters of the hydraulic system and drive motor using time synchronization; then constructing a dimensionless characteristic function from multiple dimensions and achieving nonlinear fusion through adaptive weight allocation to obtain a comprehensive state coupling value; constructing a pressure advance prediction model based on historical data, and performing consistency verification and confidence analysis on the comprehensive state and predicted state; using the comprehensive state coupling value, pressure prediction value, and confidence value as inputs, employing fuzzy logic reasoning to output motor speed and accumulator valve group control commands, ultimately driving the actuator and transmitting the operating parameters back to form a closed loop; this invention improves the system's dynamic response and anti-interference capability, optimizes the motor operating range while ensuring pressure stability, and improves energy utilization, making it suitable for efficient and energy-saving operation of hydraulic systems under complex working conditions.

The application provides a rectifier transformer cooperative voltage regulation management method and a rectifier transformer for aluminum foil formation, relates to the fields of SCADA distributed power grid control and power conversion technology, and the method acquires multi-modal slow change characteristic data to perform dissipation evaluation calculation, generates a global fatigue damping coefficient representing cumulative attenuation; meanwhile, based on photovoltaic side electrical transient fluctuation and node load capacity, local transient voltage compensation scalar is calculated; the two are input to the joint mapping logic to output a dynamic compensation weight matrix, and the transient cooperative control instruction for indicating the bottom converter to execute trigger angle bias is generated according to the matrix; and the damping attenuation degradation reconstruction strategy triggered by communication timeout is configured. The application realizes accurate voltage stabilization and group control load balancing in AC / DC conversion network, effectively overcomes the limitation of traditional single-point anti-disturbance which does not take into account the physical attenuation of equipment, and ensures the absolute stability and high robustness of DC power supply under the condition of input power fluctuation.

This invention discloses a method for establishing a multi-agent elevator group control scheduling model and an elevator group control system, relating to the field of intelligent elevator technology. The method includes: establishing an agent for each elevator in the elevator group control system, and constructing a global state space for the elevator group control system based on elevator data and the expected number of waiting passengers on each floor; constructing a collaboratively optimized reward function for each agent; and performing offline collaborative training on all agents based on the global state space and the reward function to obtain a policy model for formulating output action strategies for each agent. This invention deeply integrates a multi-agent reinforcement learning framework with the elevator group control energy scheduling problem, achieving multi-dimensional performance improvements in energy efficiency, equipment lifespan, and overall efficiency of the elevator group control system.

This invention relates to the field of air-suspended chiller technology, and more particularly to a modular chiller based on an air-suspended compressor and its control method. The chiller adopts a modular design, consisting of multiple refrigeration modules integrating core components such as air-suspended variable frequency compressors, dual electronic expansion valves, and evaporators, along with a group control system. Operating data is collected in real time by temperature and flow sensors and speed feedback sensors at the inlet and outlet water manifolds, and the group control system coordinates and regulates the system. The control method focuses on precise load matching and optimal energy efficiency. Based on the collected data, it calculates the terminal cooling load and load rate, and determines the standard operating number of refrigeration modules by combining load rate time-series analysis and fluctuation characteristics. The modules are ranked according to full-condition energy efficiency and real-time energy efficiency. Finally, it monitors the compressor speed and, for cases where the speed deviates from the high-efficiency range, precisely adjusts the system by shutting down inefficient modules, transferring loads, locking safe speeds, and adjusting the opening of the electronic expansion valves, based on the current number of operating modules.

The present application discloses a group control device for cooling towers based on dynamic heat load distribution and its control method, which specifically relates to the field of intelligent control technology for industrial circulating cooling systems. It includes two groups of cooling tower bodies arranged in parallel, an intelligent control cabinet, and a cooling component configured with the cooling tower bodies; the cooling component is correspondingly installed in the heat exchange chamber inside the cooling tower body; the intelligent control cabinet is installed beside the cooling tower body. The present application high-frequency collects parameters such as the inlet and outlet water temperature, flow rate, pressure of cooling water, and ambient temperature and humidity through a sensor assembly, and the core controller of the intelligent control cabinet real-time calculates the total heat load of the system and the split heat load of a single tower, and generates an optimal load distribution plan in combination with the rated efficient operation range of the cooling tower body. This method can accurately match the operation load of a single tower with the heat exchange demand, and fundamentally avoid the cooling tower deviating from the efficient heat exchange range.

This invention discloses a self-balancing group control system for elevator energy, relating to the field of intelligent elevator technology. It includes: a multi-agent scheduling layer, a multi-dimensional perception layer, a simplified energy storage buffer layer, a loss feedback layer, and elevators. The multi-dimensional perception layer is used to collect real-time data on pedestrian flow within the building, the operating status data of multiple elevators, and the energy storage status data of the energy storage device. The multi-agent scheduling layer is used to construct each elevator as an independent intelligent agent. The simplified energy storage buffer layer includes the energy storage device and is used to initiate charging and discharging for buffering. The loss feedback layer is used to monitor the loss data of the core components of each elevator in real-time and feed it back to the multi-agent scheduling layer. This invention achieves real-time data flow through a closed-loop architecture, forming a self-optimizing cycle of data, decision-making, execution, feedback, and iteration, which can solve the problem of limited overall efficiency caused by the independent operation of each link.

This invention discloses a progressive borehole protection device and method based on layered compaction, belonging to the field of borehole head configuration. The method involves controlling the drilling rig to drill to a preset depth, then lowering the borehole protection device to the borehole head for positioning. A drive motor is activated to rotate a hollow drum, and scrapers scrape waste material into the drum. The waste material, under centrifugal force, is discharged from the waste outlet and evenly distributed around the borehole wall, forming a single-layer borehole protection material. Simultaneously, an adjustable nozzle sprays a curing agent downwards to mix with the waste material, forming a solidified borehole protection layer. The controller calculates the target pressure force based on the estimated density, temperature, humidity, and borehole wall pressure after fusion. A hydraulic control valve group controls each telescopic pressure head to adaptively compact the borehole protection layer. Layer by layer, a multi-layer progressive borehole protection structure is formed. This invention efficiently utilizes waste material, rapidly forms the borehole protection structure, improves the density and uniformity of the borehole protection layer, and enhances the borehole protection effect and reliability.

The application provides an air conditioner control method and system based on group control calculation, and relates to the technical field of air conditioner control.The application realizes dynamic division of device association grouping through a clustering analysis method fusing local thermal disturbance sensitivity; extracts a periodic fluctuation mode of load according to historical load data of the air conditioner device, generates a device regulation margin embedding periodic characteristics; analyzes device maintenance records and operation duration through a regression fitting method fusing deterioration rate perception, generates a load margin correction coefficient representing the health degradation level of the device; generates a load control instruction of the air conditioner device by using a negotiation allocation algorithm embedding environmental thermal load disturbance prediction; and the application realizes collaborative load control of the air conditioner device under environmental disturbance conditions, and improves the stability and energy consumption utilization efficiency of group control operation of the air conditioner system.

The application provides a heat supply unit control method, device, system and storage medium, and belongs to the field of power generation control. The method comprises the following steps: calculating the heat supply pipe network storage energy according to the total mass of pipe steel, the heat supply steam pressure and the heat supply steam flow, obtaining the AGC load adjustment deviation according to the actual load parameter and the AGC load instruction parameter of the unit, and obtaining the AGC heat supply adjustment flow according to the heat supply pipe network storage energy and the AGC load adjustment deviation; analyzing the control signal of the actual pressure of the heat supply main pipe and the set pressure of the heat supply main pipe, and obtaining the heat supply auxiliary AGC allowed signal according to the control signal. The application realizes the high-speed variable load operation of the heat supply unit under the constraint condition of the heat supply steam extraction amount, realizes the heat and power cogeneration unit auxiliary AGC by using the heat network storage energy, improves the AGC adjustment quality of the unit, has good applicability and wide application prospect, and also guarantees the safe operation of the unit and excavates the maximum potential of the unit.

The present application relates to the technical field of unmanned aerial vehicle group control, and particularly relates to a regional coverage control method, device and equipment for air-ground unmanned aerial vehicle formation and a storage medium, which determines the total supervision area of each formation according to the real-time positions of unmanned aerial vehicles in each formation, divides the sub-areas according to the positions of ground unmanned aerial vehicles, then combines the division result with the distribution of global environmental field information, calculates the coverage loss formed by each formation at the edge of the area, controls the unmanned aerial vehicles to move to the corresponding optimal coverage positions based on the result, finally calculates the global coverage loss, and repeats the above steps until the global coverage loss reaches the convergence standard, thereby completing the global collaborative regional coverage of each type of unmanned aerial vehicle in multiple formations. The scheme dynamically adjusts the positions of each type of unmanned aerial vehicle by comprehensively considering the real-time positions of each unmanned aerial vehicle and environmental factors, effectively reduces coverage overlap and omission, enhances coverage collaboration between formations, and realizes the collaborative operation of different types of unmanned aerial vehicles in multiple formations.

The present application belongs to the technical field of power transformer, and provides a precision group control synchronous push control method for super large main transformer, which comprises collecting working condition parameters of each pushing point, calculating response deviation and constructing dynamic pressure coupling graph according to branch and main pressure; when the response deviation meets the first trigger condition and / or the pressure coupling graph meets the second trigger condition, a learning trigger instruction of the current point is generated; in response to the instruction, the preset unified dead zone dynamic model parameters are cooperatively identified and updated by applying excitation to the servo valve and collecting response data; in each control cycle, based on the updated model, the current working condition and the pressure coupling graph, a coupling feedforward compensation signal corresponding to the current servo valve is synthesized; finally, the signal is synthesized with the friction feedforward compensation signal and the displacement synchronous closed-loop feedback signal generated in advance to generate the final driving instruction and send it to the corresponding servo valve for execution, which effectively solves the time-varying and coupling interference problems of valve port dead zone compensation.

The present application relates to a kind of nuclear power plant airborne radioactive containment ventilation device and group control method, process function piece includes fresh air treatment function piece, air supply and exhaust and negative pressure regulation function piece and purification function piece, fresh air treatment function piece, air supply and exhaust and negative pressure regulation function piece and purification function piece are sequentially connected by pipeline, control piece includes global group control module, fresh air treatment group control module, air supply and exhaust and negative pressure regulation group control module, purification group control module.The nuclear power plant airborne radioactive containment ventilation device and group control method of the present application can make operator only need to send a small amount of simple control instruction by global group control module, realize the function control of each component, realize the automatic operation regulation of ventilation system under different conditions, system one-key start-stop function, can greatly improve the automation level of ventilation system, reduce operator operation load, reduce human error risk, simplify ventilation system control design.

The present application belongs to the technical field of power distribution network regulation and control, and specifically discloses a power distribution network regulation and control method, device, equipment and medium based on group control and group regulation, which comprises the following steps: grouping the distributed power sources in each feeder according to the types of the distributed power sources, calculating the active power regulation capacity of each distributed power source group; grouping the flexible loads in each feeder according to the response time scale of the flexible loads, calculating the active power regulation capacity of each flexible load group; grouping the orderly power consumption users in each feeder according to the orderly power consumption levels of the users, calculating the regulation capacity of each orderly power consumption user group; calculating the power regulation capacity of each feeder according to the regulation capacity and sorting; sequentially simulating the regulation of each feeder according to the sorting result until the total regulation power is greater than the power supply gap, and generating a group control and group regulation strategy to regulate and control the power distribution network. The present application reduces the regulation difficulty by grouping the feeders, and avoids the technical problems of user power consumption and power grid fluctuation.

The application discloses an elevator group control scheduling method based on an improved NSGA-II algorithm and belongs to the field of elevator group control scheduling methods. The method comprises the following steps: obtaining elevator call data and elevator state data, establishing an elevator operation mathematical model, taking total passenger waiting time and system total energy consumption as optimization targets, and constructing a fitness function of the targets; introducing heuristic population initialization, self-adaptive crossover mutation rate and other methods to improve the NSGA-II algorithm, solving multiple targets through the improved NSGA-II algorithm, and obtaining a pareto solution set; automatically judging a current traffic mode according to the distribution of the pareto solution set; and making a decision on the pareto solution set according to the traffic mode, the fitness value of the solution and a decision scheme to obtain an optimal solution, namely, an elevator dispatching scheme. The method can automatically judge the traffic mode in the solving process, can solve the dependence of an optimization algorithm on the traffic mode before calculation, and can quickly converge and jump out of a local optimum.

This invention discloses a multi-modal control method for a fuel cell heat dissipation system, belonging to the field of fuel cell thermal management technology. This invention dynamically switches between three control modes—overall control mode, branch control mode, and group control mode—by real-time monitoring of the stack temperature, BOP temperature, and local temperature of the radiator core, combined with system load status and local temperature difference. In the overall control mode, an improved adaptive PID algorithm is used to uniformly adjust the speed of all fans to achieve rapid cooling. In the branch control mode, the fans in the main loop and auxiliary loop are controlled independently, and the allocation of heat dissipation resources is optimized through a fuzzy-adaptive PID composite algorithm. In the group control mode, a fine-grained group adjustment is achieved by predicting the regional temperature based on an LSTM neural network. This invention can significantly reduce energy consumption by 30%-50%, reduce noise by more than 15 dB(A), extend system life by 20%, and improve temperature control accuracy to ±2℃, adapting to all operating conditions.

This invention relates to the field of substation air conditioning control technology, specifically a substation air conditioning group control energy-saving method based on load forecasting. The method includes: collecting and storing historical grid load and air conditioning historical operation data; based on the predicted grid load curve, filtering historical load periods with similar characteristics, extracting corresponding air conditioning operation records to form an analysis set, analyzing to obtain a set of control modes that meet temperature control constraints, and selecting the one with the highest adaptability to future loads as the basic control framework; identifying adjustable periods, coupling user control commands with future loads to generate a preliminary group control strategy, inputting a conflict verification model to verify conflicts, and outputting a report containing conflict periods. This method can achieve precise adaptation of air conditioning control to grid load, reduce ineffective energy consumption, avoid operational conflicts in advance, ensure stable operation of substation equipment, and improve the energy efficiency and reliability of air conditioning group control.

The present application relates to air conditioner control technical field, disclose a kind of central air conditioning system group control energy-saving system based on load prediction and multi-objective optimization, comprising: multidimensional data perception module, heat load prediction module, multi-objective collaborative optimization module and group control execution module.Multidimensional data perception module real-time acquisition multidimensional data data;Heat load prediction module is fed forward by calculating temperature rise rate Prediction;Multi-objective collaborative optimization module constructs nonlinear outdoor unit efficiency coupling model, and utilizes rolling horizon strategy to solve multi-objective optimization function, exports global optimal compressor operating frequency and each indoor unit electronic expansion valve's opening degree;Execution module is according to security boundary check strategy to frequency change rate smooth processing and issues instruction to execution mechanism.The present application overcomes control lag problem caused by thermal inertia by feedforward prediction mechanism, realizes on-demand cooling by global collaborative optimization mechanism, reduces energy consumption and prolongs equipment life while ensuring comfort.

The utility model discloses a wheel positioner of anti -loosening, including transition disc, the back of transition disc is fixed with locking support disc, the outer end surface of transition disc and locking support disc is provided with mounting hole, the surface of locking support disc is provided with the positioning sliding slot, positioning sliding slot distribution sets up the outer surface at three points of locking support disc, the inboard surface sliding connection of locking support disc's positioning sliding slot place has the lift sliding extrusion block, the outer end inboard surface positioning of locking support disc is provided with control bolt spare, the outer surface of the lower end stud of control bolt spare is connected through the thread inboard surface of lift sliding extrusion block, through adopting locking support disc and setting three groups control bolt spare positioning rotation control's lift sliding extrusion block, can three groups three point distribution fixed extrusion, and it can extrude firmly extrusion at the wheel axle, locks firmly, and it is not easy to loosen, and the mechanism is simple and reliable, and it is not easy to damage.

This invention discloses a method and system for group control of pump sets in a power workshop, relating to the field of pump set control technology. It aims to solve the problem of low overall automation in existing secondary pump set control methods. The method includes the following steps: S1, based on the running time of the secondary pumps involved in the control, determine the pump with the shortest start-up time, designated as the first pump; the PID control loop sends the adjusted output frequency to all pumps; S2, determine whether the output frequency of this pump reaches a first amplitude; if so, initiate a first judgment process to determine whether to start the second pump; S3, based on the output frequencies of the first and second pumps, use a second judgment process to determine whether to start the third pump or stop the pump with the longest running time. This invention significantly improves the level of automation, not only greatly reducing the workload of operators and the need for manual intervention, but also making the overall system operation more stable and reliable.

The application discloses a vehicle rear row lamp group control method, system, device and vehicle. The vehicle rear row lamp group control method comprises the following steps: acquiring a rear row image in the vehicle and a vehicle state; judging whether there is a passenger on a target seat according to the rear row image in the vehicle; and starting a rear row lamp group in a crisis mode corresponding to a light effect in response to the existence of a first passenger on the target seat and the vehicle state not meeting a preset safety standard, the rear row lamp group being used for identifying the position of the first passenger in the vehicle. That is, under the premise that there is a passenger in the rear seat of the vehicle, if the vehicle does not meet the preset safety standard, the rear row lamp group is started in the light effect of the danger mode, which can alert other road users and prompt the position of the passenger in the vehicle by starting the lamp group, so as to reduce the risk of the passenger and improve the passive safety of the passenger.

The present application belongs to the field of motor energy-saving control, and specifically refers to a fan group control method based on air volume decoupling distribution, comprising the following steps: S1 parameter initialization and environment perception; S2 segmented linear model calculation of target total air volume based on dynamic temperature control bandwidth; S3 execution of fan cluster total air volume integer distribution based on energy efficiency optimization principle; S4 long-period intermittent control for residual air volume; and S5 execution of life balance scheduling and dead zone protection mechanism based on spatial symmetry. Through the cooperative work of parameter initialization, air volume decoupling, energy efficiency distribution and spatial symmetry scheduling mechanism, the present application realizes low-cost, high-energy efficiency, high-precision and airflow uniformity energy-saving regulation and control of large-space controlled environment without the need of frequency conversion modification.

The application discloses an elevator group control method and system, and belongs to the elevator control technical field.The method comprises the following steps: determining the operation mode of a target elevator system in a current time period based on historical elevator boarding data; obtaining the waiting elevator boarding information of the elevator floors in the current time period and the residual space information in the working elevators based on the first image data of all the working elevators in the target elevator system in the current time period and the second image data of all the elevator calling floors; generating at least one elevator operation strategy based on the waiting elevator boarding information of the elevator floors and the residual space information in the working elevators, and calculating the average waiting time of the elevator boarding users or the system energy consumption of each elevator operation strategy; controlling the work of each elevator based on the elevator operation strategy corresponding to the minimum average waiting time of the elevator boarding users in the peak mode, and controlling the work of each elevator based on the elevator operation strategy corresponding to the minimum system energy consumption in the valley mode.The application can achieve the dual purposes of saving elevator energy consumption and shortening the waiting time for elevator boarding.

The application discloses a sintering waste heat recovery and blast cooling group control method and device, which comprises a waste heat boiler, a circular cooler and a waste heat boiler circulating fan.The waste heat boiler is used for recovering waste heat from hot waste gas of the circular cooler; the circular cooler is used for cooling sintered ore and is provided with a lower air box at the bottom, a charging trolley at the middle and an upper smoke hood at the top; the waste heat boiler circulating fan is used for sucking the sintering cooling hot waste gas into the waste heat boiler and sending the hot waste gas after heat exchange in the waste heat boiler back to the lower air box at the bottom of the circular cooler to form a hot air circulation; and the cooling fan is arranged in multiple numbers along the circumference of the circular cooler and is connected with the lower air box at the bottom of the circular cooler, so as to blow external air into the lower air box at the bottom of the circular cooler and cool the sintered ore in the sintering trolley.The application provides reliable control parameters for the group control of the cooling fan by using the hot air temperature measurement technology of the circular cooler, provides conditions for the variable air volume adjustment operation by using the cross combination of the power frequency and variable frequency fan control, and realizes the cooperation of the group control of the circular cooler cooling fan, the variable air volume adjustment operation and the waste heat recovery, so as to improve the waste heat recovery efficiency and reduce the electric power consumption of the circular cooler blast operation.

The application discloses a subway platform door control method and device, computer equipment and a readable storage medium, relates to the technical field of subway platform door control, and can realize two-stage remote manual control of platform doors through control authority distinction in a PLC networking mode, that is, IBP plate control of a local station and IBP plate control of a central station, in addition to the existing local control mode of platform doors and side doors of the station, so that three-stage redundant control can be realized, professional operators can greatly facilitate operation of platform doors and side doors in an emergency, platform doors can be operated only in a station control room or a central station control room, time required for handling the emergency is effectively saved, and station safety disposal capacity is improved. Meanwhile, the system can realize remote control of platform doors and side doors of multiple stations from one central station, so that group control of platform doors and side doors is realized, control efficiency of the platform doors is improved, and a subway operation party is helped to optimize a line emergency handling scheme, improve work efficiency and reduce construction and operation cost.