Dispatching system and method based on power generation personnel and oil engine equipment

Abstract

The invention discloses a dispatching system and method based on power generation personnel and oil engine equipment, belongs to the technical field of communication equipment power supply dispatching, and aims to solve the technical problem of how to optimize dispatching of the power generation personnel and the oil engine equipment in a large-area base station out-of-service fault scene. Comprising a base station state monitoring module used for sending a power supply application to a scheduling planning module based on current out-of-service base station information and the power supply priority of each out-of-service base station; the scheduling planning module is used for performing scheduling planning based on the power supply priority of the related out-of-service base station, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic state information, the current weather information and the road terrain information, and calling third-party map service to provide navigation information for the power generation personnel; the safety monitoring module is used for monitoring power generation task execution conditions of power generation personnel and oil engine equipment; and the feedback optimization module is used for optimizing the priority distribution rule and the scheduling planning rule.

Description

Technical Field

[0001] The present invention relates to the technical field of communication equipment power supply dispatching, in particular to a dispatching system and method based on power generation personnel and oil engine equipment. Background Art

[0002] In the communications industry, stable power supply to base stations is crucial. However, in the event of natural disasters, power failures, or equipment failures, power outages at base stations can seriously affect the normal operation of the communications network. To ensure that base stations can quickly restore power when power is cut off, traditional methods usually rely on manual dispatch of oil engine equipment and power generation personnel to the base stations for power supply. However, due to the wide distribution of base stations, limited emergency resources, and the lack of flexibility in personnel scheduling, the power supply response time is long and the recovery efficiency is low. In addition, the existing system is difficult to comprehensively consider multiple factors such as the priority of base stations, the skills of power generation personnel, the status of oil engine equipment, and traffic conditions, resulting in uneven resource allocation and inefficiency in the emergency power generation scheduling process.

[0003] How to optimize the dispatch of power generation personnel and oil engine equipment in the scenario of large-scale base station decommissioning failure is a technical problem that needs to be solved. Summary of the invention

[0004] The technical task of the present invention is to address the above shortcomings and provide a scheduling system and method based on power generation personnel and oil engine equipment to solve the technical problem of how to optimize the scheduling of power generation personnel and oil engine equipment in the scenario of large-scale base station decommissioning failure.

[0005] In a first aspect, the present invention provides a dispatching system based on power generation personnel and oil engine equipment, including a base station status monitoring module, a personnel information management module, an oil engine equipment management module, a dispatching planning module, a safety monitoring module and a feedback optimization module;

[0006] The base station status monitoring module is used to monitor the operating status of the base station in real time, identify the base station that has been decommissioned due to power outage as a decommissioned base station based on the operating status of the base station, obtain the decommissioned base station information, allocate power supply priority to the decommissioned base station based on a predefined priority allocation rule, and send a power supply application to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station, wherein the decommissioned base station information includes the number of decommissioned base stations and the geographical location, battery life and urgency of each decommissioned base station;

[0007] The personnel information management module is used to store and manage personnel information of power generation personnel, including skill level, responsible base station range, current geographical location, health status and workload;

[0008] The oil-electric equipment management module is used to store and manage equipment information of oil-electric equipment, the equipment information including the number of oil-electric equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-electric equipment;

[0009] The scheduling planning module is configured with scheduling planning rules for obtaining real-time traffic status information, real-time weather information and road terrain information from a third party, and for performing scheduling planning based on the power supply priority of the relevant decommissioned base station, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information for the received power supply application, and for allocating power generation tasks to the decommissioned base station, the power generation personnel and the oil engine equipment according to the scheduling planning rules, and for performing shortest path planning for the power generation personnel, and for calling a third-party map service to provide navigation information for the power generation personnel;

[0010] The safety monitoring module is used to monitor the execution of power generation tasks by power generation personnel and oil engine equipment, and to trigger alarm information if an abnormality occurs;

[0011] The feedback optimization module is used to optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

[0012] Preferably, the priority allocation rule is used to allocate power supply priorities based on the importance of the base station, the decommissioning time of the base station, the battery life of the base station, and the number of other base stations affected by the base station.

[0013] Preferably, when performing shortest path planning for power generation personnel, the scheduling planning module is used to calculate the shortest arrival time for power generation personnel to reach their matching decommissioned base stations through Dijkstra algorithm or graph search algorithm A-Star.

[0014] As a preference, for the current decommissioning base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioning base station is decommissioned due to power outage, the new base station is used as the new decommissioning base station;

[0015] For the newly decommissioned base station, the base station status monitoring module is used to send a power supply application to the scheduling planning module based on the decommissioned base station information and power supply priority of the newly decommissioned base station;

[0016] Based on the power supply application of the newly decommissioned base station, the scheduling and planning module is used to perform scheduling and planning based on the power supply priority of all current decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information. If the matched power generation personnel or oil engine equipment are performing power generation tasks for the current decommissioned base station, the scheduling and planning module is used to preferentially allocate the relevant power generation personnel or oil engine equipment to the newly decommissioned base station and re-schedule and plan for the current decommissioned base station.

[0017] In a second aspect, the present invention provides a dispatching method based on power generation personnel and oil engine equipment, which is used to provide dispatching of power generation personnel and oil engine equipment for a decommissioned base station through a dispatching system based on power generation personnel and oil engine equipment as described in any one of the first aspects, and the method comprises the following steps:

[0018] Base station status monitoring: The base station status monitoring module monitors the operating status of the base station in real time. Based on the operating status of the base station, the base station that has been decommissioned due to power outage is identified as a decommissioned base station, and the decommissioned base station information is obtained. The power supply priority is assigned to the decommissioned base station based on the predefined priority allocation rules, and a power supply application is sent to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station. The decommissioned base station information includes the number of decommissioned base stations, the geographical location of each decommissioned base station, the battery life, and the degree of urgency.

[0019] Personnel information management: The personnel information management module is used to store and manage the personnel information of power generation personnel, including skill level, responsible base station range, current geographical location, health status and workload;

[0020] Oil-powered equipment management: The oil-powered equipment management module stores and manages the equipment information of oil-powered equipment, including the number of oil-powered equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-powered equipment;

[0021] Dispatching and planning: Obtain real-time traffic status information, real-time weather information, and road terrain information from a third party. For received power supply applications, dispatch and plan based on the power supply priority of the relevant decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information, and the road terrain information. According to the dispatching and planning rules, the power generation tasks are allocated to the decommissioned base stations, power generation personnel, and oil engine equipment, and the shortest path is planned for the power generation personnel. The third-party map service is called to provide navigation information for the power generation personnel.

[0022] Safety monitoring: monitor the power generation task execution of power generation personnel and oil engine equipment, and trigger alarm information if any abnormality occurs;

[0023] Feedback optimization: Optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

[0024] Preferably, the priority allocation rule is used to allocate power supply priorities based on the importance of the base station, the decommissioning time of the base station, the battery life of the base station, and the number of other base stations affected by the base station.

[0025] Preferably, when performing the shortest path planning for the power generation personnel, the shortest arrival time for the power generation personnel to reach their matching decommissioned base station is calculated by Dijkstra algorithm or graph search algorithm A-Star.

[0026] As a preference, for the current decommissioning base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioning base station is decommissioned due to power outage, the new base station is used as the new decommissioning base station;

[0027] For the newly decommissioned base station, based on the decommissioned base station information and power supply priority of the newly decommissioned base station, a power supply application is sent to the scheduling planning module through the base station status monitoring module;

[0028] Based on the power supply application of the newly decommissioned base station, scheduling and planning are carried out based on the power supply priority of all current decommissioned base stations, the personnel information of power generation personnel, the equipment information of oil engine equipment, the current traffic status information, the current weather information and the road terrain information. If the matching power generation personnel or oil engine equipment are performing power generation tasks for the current decommissioned base station, the relevant power generation personnel or oil engine equipment will be preferentially allocated to the new decommissioned base station, and re-scheduling and planning will be carried out for the current decommissioned base station.

[0029] The dispatching system and method based on power generation personnel and oil engine equipment of the present invention have the following advantages:

[0030] 1. Intelligent dispatching: Based on multi-factor optimization algorithm, the optimal dispatching plan is generated to significantly improve the emergency power supply response speed;

[0031] 2. Efficient resource allocation: Comprehensively consider multiple factors such as base station battery life, personnel skills, and oil engine equipment status to ensure reasonable resource allocation and avoid waste;

[0032] 3. Route optimization: Combine traffic and weather data to provide the best driving route to ensure that power generation personnel can arrive at the site in time;

[0033] 4. Dynamic adjustment: Real-time monitoring and adjustment of scheduling plans during execution to improve the flexibility and reliability of emergency tasks;

[0034] 5. Continuous optimization: Based on the feedback mechanism, the scheduling strategy is continuously optimized to improve the intelligence and decision-making accuracy of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0036] The present invention is further described below in conjunction with the accompanying drawings.

[0037] Figure 1 This is a flowchart of a scheduling method based on power generation personnel and oil engine equipment in Example 2. DETAILED DESCRIPTION

[0038] The present invention is further described below in conjunction with the accompanying drawings and specific embodiments so that those skilled in the art can better understand the present invention and implement it. However, the embodiments are not intended to limit the present invention. In the absence of conflict, the embodiments of the present invention and the technical features in the embodiments may be combined with each other.

[0039] The embodiments of the present invention provide a scheduling system and method based on power generation personnel and oil engine equipment, which are used to solve the technical problem of how to optimize the scheduling of power generation personnel and oil engine equipment in a large-scale base station out-of-service failure scenario.

[0040] Embodiment 1:

[0041] The present invention discloses a dispatching system based on power generation personnel and oil engine equipment, comprising a base station status monitoring module, a personnel information management module, an oil engine equipment management module, a dispatching planning module, a safety monitoring module and a feedback optimization module.

[0042] The base station status monitoring module is used to monitor the operating status of the base station in real time, identify the base station that has been decommissioned due to power outage as a decommissioned base station based on the operating status of the base station, obtain the decommissioned base station information, assign power supply priority to the decommissioned base station based on the predefined priority allocation rules, and send a power supply application to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station, wherein the decommissioned base station information includes the number of decommissioned base stations and the geographical location, battery life and urgency of each decommissioned base station.

[0043] As a specific implementation, the priority assignment rules are used to prioritize based on the following factors:

[0044] (1) Importance of base stations: Determine the priority of base station protection based on the number of users affected by the base station and the attributes of base station users;

[0045] (2) Decommissioning time: The longer the base station is powered off, the higher its priority;

[0046] (3) Battery life: The shorter the battery life of the base station's backup battery, the higher its priority;

[0047] (4) Network impact: The number of base stations affected by a base station site. The more base stations affected, the higher the priority.

[0048] The base station status monitoring module assigns a priority to each base station and determines the order of power supply restoration according to the priority order.

[0049] The personnel information management module is used to store and manage the personnel information of power generation personnel, including skill level, responsible base station range, current geographical location, health status and workload.

[0050] The oil-electric equipment management module is used to store and manage the equipment information of the oil-electric equipment, which includes the number of oil-electric equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-electric equipment.

[0051] The scheduling and planning module is configured with scheduling and planning rules, which are used to obtain real-time traffic status information, real-time weather information and road terrain information from a third party. For the received power supply application, it is used to perform scheduling and planning based on the power supply priority of the relevant decommissioned base station, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information. According to the scheduling and planning rules, power generation tasks are allocated to the decommissioned base station, power generation personnel and oil engine equipment, and the shortest path planning is performed for the power generation personnel. The third-party map service is called to provide navigation information for the power generation personnel.

[0052] As a specific implementation of path planning, when planning the shortest path for power generation personnel, the scheduling planning module is used to calculate the shortest arrival time for power generation personnel to reach their matching decommissioned base stations through Dijkstra algorithm or graph search algorithm A-Star.

[0053] For the current decommissioned base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioned base station is decommissioned due to power outage, the new base station will be used as the new decommissioned base station. For the new decommissioned base station, the base station status monitoring module is used to send a power supply application to the scheduling and planning module based on the decommissioned base station information and power supply priority of the new decommissioned base station; based on the power supply application of the new decommissioned base station, the scheduling and planning module is used to perform scheduling and planning based on the power supply priority of all current decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information, and the road terrain information. If the matching power generation personnel or oil engine equipment is performing the power generation task for the current decommissioned base station, the scheduling and planning module is used to preferentially allocate the relevant power generation personnel or oil engine equipment to the new decommissioned base station, and re-schedule and plan for the current decommissioned base station. That is, for the scheduling system, if an emergency occurs during the execution process (such as the decommissioning of a new base station or equipment failure), the system can dynamically adjust the scheduling plan.

[0054] In this embodiment, the scheduling and planning module allocates tasks to the decommissioned base stations, power generation personnel, and oil engine equipment through the following steps:

[0055] (1) Personnel skill matching: Based on the power demand and complexity of each base station, the system selects power generation personnel with corresponding skills and experience;

[0056] (2) Evaluation of diesel engine equipment status: Select diesel engine equipment that is in good condition and has sufficient fuel, and allocate the appropriate equipment according to the power requirements of the base station;

[0057] (3) Geographic location matching: Prioritize the dispatch of personnel and oil engine equipment closest to the decommissioned base station to shorten the response time;

[0058] (4) Workload and health status assessment: Avoid dispatching personnel who are overloaded or in poor health to ensure smooth completion of tasks.

[0059] At the same time, the dispatch planning module plans the shortest path for power generation personnel through the following steps:

[0060] (1) Real-time traffic data: based on current traffic conditions, to avoid congestion or road closures;

[0061] (2) Terrain and weather data: Consider the impact of bad weather and complex terrain on the route and choose a safe driving route;

[0062] (3) Optimization of arrival time: Calculate the shortest arrival time through algorithms (such as Dijkstra or A* algorithms) and provide navigation information for power generation personnel.

[0063] The safety monitoring module is used to monitor the execution of power generation tasks by power generation personnel and oil engine equipment, and to trigger alarm information if any abnormality occurs.

[0064] In this embodiment, during the execution of the power generation task, the system monitors the working status of the power generation personnel and the operation of the equipment in real time through the safety monitoring module. If an abnormality is found (such as equipment failure or personnel fatigue), the system can issue an alarm and automatically adjust the scheduling plan.

[0065] The feedback optimization module is used to optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

[0066] In this embodiment, the scheduling system evaluates the scheduling effect through the feedback optimization module, and optimizes the subsequent scheduling tasks according to the feedback results.

[0067] The system of this embodiment can optimize the scheduling of power generation personnel and oil engine equipment, realize timely power supply restoration of base stations in the event of power outages, and ensure the stable operation of the communication network.

[0068] Embodiment 2:

[0069] The present invention provides a scheduling method based on power generation personnel and oil engine equipment. The system disclosed in Example 1 provides scheduling of power generation personnel and oil engine equipment for decommissioned base stations. The method includes six steps: base station status monitoring, personnel information management, oil engine equipment management, scheduling planning, safety monitoring and feedback optimization.

[0070] Step S100 base station status monitoring: monitor the operating status of the base station in real time through the base station status monitoring module, identify the base station that has been decommissioned due to power outage as a decommissioned base station based on the operating status of the base station, obtain the decommissioned base station information, allocate power supply priority to the decommissioned base station based on the predefined priority allocation rule, and send a power supply application to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station, wherein the decommissioned base station information includes the number of decommissioned base stations and the geographical location, battery life and urgency of each decommissioned base station.

[0071] As a specific implementation, the priority assignment rules are used to prioritize based on the following factors:

[0072] (1) Importance of base stations: Determine the priority of base station protection based on the number of users affected by the base station and the attributes of base station users;

[0073] (2) Decommissioning time: The longer the base station is powered off, the higher its priority;

[0074] (3) Battery life: The shorter the battery life of the base station's backup battery, the higher its priority;

[0075] (4) Network impact: The number of base stations affected by a base station site. The more base stations affected, the higher the priority.

[0076] The base station status monitoring module assigns a priority to each base station and determines the order of power supply restoration according to the priority order.

[0077] Step S200 Personnel information management: The personnel information of power generation personnel is stored and managed through the personnel information management module. The personnel information includes skill level, responsible base station range, current geographical location, health status and workload.

[0078] Step S300: Oil engine equipment management: The oil-electric equipment management module stores and manages the equipment information of the oil-electric equipment, the equipment information including the number of oil-electric equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-electric equipment.

[0079] Step S400 scheduling and planning: obtain real-time traffic status information, real-time weather information and road terrain information from a third party, and perform scheduling and planning for the received power supply application based on the power supply priority of the relevant decommissioned base station, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information. According to the scheduling and planning rules, power generation tasks are allocated to the decommissioned base station, power generation personnel and oil engine equipment, and the shortest path is planned for the power generation personnel, and a third-party map service is called to provide navigation information for the power generation personnel.

[0080] As a specific implementation of path planning, when planning the shortest path for power generation personnel, the scheduling planning module is used to calculate the shortest arrival time for power generation personnel to reach their matching decommissioned base stations through Dijkstra algorithm or graph search algorithm A-Star.

[0081] For the current decommissioned base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioned base station is decommissioned due to power outage, the new base station will be used as the new decommissioned base station. For the new decommissioned base station, a power supply application is sent to the scheduling and planning module based on the decommissioned base station information and power supply priority of the new decommissioned base station; based on the power supply application of the new decommissioned base station, scheduling and planning are performed based on the power supply priority of all current decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information, and the road terrain information. If the matching power generation personnel or oil engine equipment is performing the power generation task for the current decommissioned base station, the relevant power generation personnel or oil engine equipment will be preferentially assigned to the new decommissioned base station, and the scheduling and planning will be re-performed for the current decommissioned base station. That is, if an emergency occurs during the execution process (such as the decommissioning of a new base station or equipment failure), this method can dynamically adjust the scheduling plan.

[0082] In this embodiment, the following steps are used to assign tasks to the decommissioned base stations, power generation personnel, and oil engine equipment:

[0083] (1) Personnel skill matching: Based on the power demand and complexity of each base station, the system selects power generation personnel with corresponding skills and experience;

[0084] (2) Evaluation of diesel engine equipment status: Select diesel engine equipment that is in good condition and has sufficient fuel, and allocate the appropriate equipment according to the power requirements of the base station;

[0085] (3) Geographic location matching: Prioritize the dispatch of personnel and oil engine equipment closest to the decommissioned base station to shorten the response time;

[0086] (4) Workload and health status assessment: Avoid dispatching personnel who are overloaded or in poor health to ensure smooth completion of tasks.

[0087] At the same time, the shortest path planning for power generation personnel is carried out through the following steps:

[0088] (1) Real-time traffic data: based on current traffic conditions, to avoid congestion or road closures;

[0089] (2) Terrain and weather data: Consider the impact of bad weather and complex terrain on the route and choose a safe driving route;

[0090] (3) Optimization of arrival time: Calculate the shortest arrival time through algorithms (such as Dijkstra or A* algorithms) and provide navigation information for power generation personnel.

[0091] Step S500 safety monitoring: monitor the execution of power generation tasks by power generation personnel and oil engine equipment, and trigger alarm information if any abnormality occurs.

[0092] In this embodiment, during the execution of the power generation task, the working status of the power generation personnel and the operation of the equipment are monitored in real time. If an abnormality is found (such as equipment failure or personnel fatigue), the system can issue an alarm and automatically adjust the scheduling plan.

[0093] Step S600 Feedback optimization: Optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

[0094] In this embodiment, the scheduling effect is evaluated, and optimization is performed in subsequent scheduling tasks based on the feedback results.

[0095] The method of this embodiment can optimize the scheduling of power generation personnel and oil engine equipment, realize timely power supply restoration of base stations in the event of power outages, and ensure the stable operation of the communication network.

[0096] The present invention has been shown and described in detail above through the accompanying drawings and preferred embodiments. However, the present invention is not limited to these disclosed embodiments. Based on the above multiple embodiments, those skilled in the art can know that the means in the above different embodiments can be combined to obtain more embodiments of the present invention, and these embodiments are also within the protection scope of the present invention.

Claims

1. A dispatching system based on power generation personnel and oil engine equipment, characterized in that: It includes base station status monitoring module, personnel information management module, oil engine equipment management module, scheduling planning module, safety monitoring module and feedback optimization module; The base station status monitoring module is used to monitor the operating status of the base station in real time, identify the base station that has been decommissioned due to power outage as a decommissioned base station based on the operating status of the base station, obtain the decommissioned base station information, allocate power supply priority to the decommissioned base station based on a predefined priority allocation rule, and send a power supply application to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station, wherein the decommissioned base station information includes the number of decommissioned base stations and the geographical location, battery life and urgency of each decommissioned base station; The personnel information management module is used to store and manage the personnel information of power generation personnel, the personnel information including skill level, responsible base station range, current geographical location, health status and workload; The oil-electric equipment management module is used to store and manage equipment information of oil-electric equipment, the equipment information including the number of oil-electric equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-electric equipment; The scheduling planning module is configured with scheduling planning rules for obtaining real-time traffic status information, real-time weather information and road terrain information from a third party, and for performing scheduling planning based on the power supply priority of the relevant decommissioned base station, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information for the received power supply application, and for allocating power generation tasks to the decommissioned base station, the power generation personnel and the oil engine equipment according to the scheduling planning rules, and for performing shortest path planning for the power generation personnel, and for calling a third-party map service to provide navigation information for the power generation personnel; The safety monitoring module is used to monitor the execution of power generation tasks by power generation personnel and oil engine equipment, and to trigger alarm information if an abnormality occurs; The feedback optimization module is used to optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

2. The dispatching system based on power generation personnel and oil engine equipment according to claim 1 is characterized in that: The priority allocation rule is used to allocate power supply priorities based on the importance of the base station, the time when the base station is decommissioned, the battery life of the base station, and the number of other base stations affected by the base station.

3. The dispatching system based on power generation personnel and oil engine equipment according to claim 1 is characterized in that: When planning the shortest path for power generation personnel, the scheduling planning module is used to calculate the shortest arrival time for power generation personnel to reach their matching decommissioned base stations through Dijkstra algorithm or graph search algorithm A-Star.

4. The dispatching system based on power generation personnel and oil engine equipment according to any one of claims 1 to 3, characterized in that: For the current decommissioning base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioning base station is decommissioned due to power outage, the new base station will be used as the new decommissioning base station; For the newly decommissioned base station, the base station status monitoring module is used to send a power supply application to the scheduling planning module based on the decommissioned base station information and power supply priority of the newly decommissioned base station; Based on the power supply application of the newly decommissioned base station, the scheduling and planning module is used to perform scheduling and planning based on the power supply priority of all current decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information and the road terrain information. If the matched power generation personnel or oil engine equipment are performing power generation tasks for the current decommissioned base station, the scheduling and planning module is used to preferentially allocate the relevant power generation personnel or oil engine equipment to the newly decommissioned base station and re-schedule and plan for the current decommissioned base station.

5. A dispatching method based on power generation personnel and oil engine equipment, characterized in that: The method is used to provide dispatching of power generation personnel and oil engine equipment for a decommissioning base station through a dispatching system based on power generation personnel and oil engine equipment as described in any one of claims 1 to 4, and the method comprises the following steps: Base station status monitoring: The base station status monitoring module monitors the operating status of the base station in real time. Based on the operating status of the base station, the base station that has been decommissioned due to power outage is identified as the decommissioned base station, and the decommissioned base station information is obtained. The power supply priority is assigned to the decommissioned base station based on the predefined priority allocation rule, and a power supply application is sent to the scheduling planning module based on the current decommissioned base station information and the power supply priority of each decommissioned base station. The decommissioned base station information includes the number of decommissioned base stations, the geographical location of each decommissioned base station, the battery life, and the urgency level. Personnel information management: The personnel information management module is used to store and manage the personnel information of power generation personnel, including skill level, responsible base station range, current geographical location, health status and workload; Oil-powered equipment management: The oil-powered equipment management module stores and manages the equipment information of oil-powered equipment, including the number of oil-powered equipment and the geographical location, status, fuel situation and adaptation base station capability of each oil-powered equipment; Dispatching and planning: Obtain real-time traffic status information, real-time weather information, and road terrain information from a third party. For received power supply applications, dispatch and plan based on the power supply priority of the relevant decommissioned base stations, the personnel information of the power generation personnel, the equipment information of the oil engine equipment, the current traffic status information, the current weather information, and the road terrain information. According to the dispatching and planning rules, the power generation tasks are allocated to the decommissioned base stations, power generation personnel, and oil engine equipment, and the shortest path is planned for the power generation personnel. The third-party map service is called to provide navigation information for the power generation personnel. Safety monitoring: monitor the power generation task execution of power generation personnel and oil engine equipment, and trigger alarm information if any abnormality occurs; Feedback optimization: Optimize the priority allocation rules and scheduling planning rules based on historical power supply applications and power generation task execution results.

6. The dispatching method based on power generation personnel and oil engine equipment according to claim 5 is characterized in that: The priority allocation rule is used to allocate power supply priorities based on the importance of the base station, the time when the base station is decommissioned, the battery life of the base station, and the number of other base stations affected by the base station.

7. The dispatching method based on power generation personnel and oil engine equipment according to claim 5 is characterized in that: When planning the shortest path for power generation personnel, the shortest arrival time for power generation personnel to reach their matching decommissioned base station is calculated using the Dijkstra algorithm or the graph search algorithm A-Star.

8. The dispatching method based on power generation personnel and oil engine equipment according to claim 5 is characterized in that: For the current decommissioning base station that is performing the power supply task, if a new base station with a higher priority than the current decommissioning base station is decommissioned due to power outage, the new base station will be used as the new decommissioning base station; For the newly decommissioned base station, based on the decommissioned base station information and power supply priority of the newly decommissioned base station, a power supply application is sent to the scheduling planning module through the base station status monitoring module; Based on the power supply application of the newly decommissioned base station, scheduling and planning are carried out based on the power supply priority of all current decommissioned base stations, the personnel information of power generation personnel, the equipment information of oil engine equipment, the current traffic status information, the current weather information and the road terrain information. If the matching power generation personnel or oil engine equipment are performing power generation tasks for the current decommissioned base station, the relevant power generation personnel or oil engine equipment will be preferentially allocated to the new decommissioned base station, and re-scheduling and planning will be carried out for the current decommissioned base station.

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