Power grid emergency resource pool dynamic construction and calling method and system facing inter-provincial linkage

Abstract

The application discloses a power grid emergency resource pool dynamic construction and calling method and system facing inter-provincial linkage, belongs to the technical field of power grid emergency dispatching, and comprises the following steps: acquiring a fixed compensation total amount of a receiving province and a plurality of sending-out provinces support starting times; calculating the sending-out province support duration; determining an initial compensation distribution proportion based on the duration and the total amount; extracting a remaining compensation share in response to a sending-out province exit event; and updating the remaining share to update the compensation distribution proportion of the remaining sending-out province.

Description

Technical Field

[0001] This invention relates to the field of power grid emergency dispatch technology, specifically to a method and system for the dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination. Background Technology

[0002] In the field of power grid emergency dispatch, when equipment failure triggers inter-provincial power support, the receiving province typically sets a fixed total compensation amount in the emergency resource management panel and mobilizes multiple provinces with low willingness to cooperate to participate in the dispatch. Existing cost compensation mechanisms usually allocate this fixed total compensation amount by equal distribution or by simply distributing it according to a proportional ratio of the transmitted electricity.

[0003] In the actual implementation of cross-provincial emergency support, the duration of support from different sending provinces varied significantly. Some sending provinces changed their status to "completed" and withdrew after a short period of support, as shown on the monitoring panel of the early warning response and handling status. Other sending provinces, however, continued to withstand pressure and ensure power supply to the receiving province, as shown on the deployment and dispatch panel.

[0004] The current allocation method ignores the differences in support duration, resulting in disproportionate compensation benefits for provinces providing short-term support and those maintaining long-term commitments, creating a free-rider effect. Provinces sending resources that maintain continuous deployment for extended periods experience significantly higher costs in terms of equipment wear and tear, personnel fatigue, and opportunity costs compared to those providing short-term support. If compensation allocation is not linked to duration, it severely violates the principle of performance-based billing, leading to inter-provincial settlement disputes. Furthermore, this imbalance in allocation can cause sending provinces in multi-province collaborative scenarios to tend to shorten support durations for faster settlement, seriously affecting the sustainability and stability of emergency resource deployment. Summary of the Invention

[0005] In view of the above-mentioned problems, the present invention provides a method and system for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage.

[0006] Therefore, this application provides a method and system for the dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage, which can solve the problem of imbalance in the distribution of benefits between provinces that withdraw short-term and those that remain long-term under a fixed total compensation amount.

[0007] To address the aforementioned technical problems, this invention provides the following technical solution: a method for the dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination, comprising, In response to cross-provincial emergency power support requests, obtain information on the total fixed compensation amount of the receiving province and the support initiation time information of multiple provinces with low willingness to cooperate; Based on the support start time information of the multiple provinces with low willingness to cooperate and the current settlement cycle time information, the support duration information of the multiple provinces with low willingness to cooperate is calculated. Based on the support duration information and the fixed total compensation amount information, the initial compensation allocation ratio information of the multiple provinces with low willingness to cooperate is determined; In response to the withdrawal of support from the first sending province, information on the remaining compensation share that the first sending province did not obtain is extracted; Based on the remaining compensation share information, the compensation allocation ratio information of the second sending province is updated, whereby the second sending province is one of the other sending provinces that continues to maintain support status.

[0008] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination described in this invention, the step of calculating the support duration information of the multiple provinces with low coordination willingness to send data based on their support start-up time information and current settlement cycle time information includes: Obtain the emergency repair operation status information of each of the multiple low-cooperation-willing sending provinces; Based on the emergency repair operation status information, the power outage handling monitoring time node information of each sending province is identified; Based on the power outage handling monitoring time node information, the duration information from the start of the early warning response to the current time for each sending province is extracted; The extracted duration information is marked to generate the support duration information.

[0009] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination described in this invention, the step of determining the initial compensation allocation ratio information of the multiple low-coordination-willing sending provinces based on the support duration information and the fixed compensation total amount information includes: The duration information of each sending province is summed to generate total support duration information; Based on the duration information of each sending province and the total support duration information, the initial duration percentage information of each sending province is calculated. Based on the initial duration percentage information and the fixed total compensation amount information, the initial compensation allocation ratio information is assigned a corresponding value.

[0010] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage as described in this invention, the step of extracting the remaining compensation share information not obtained by the first sending province in response to the support withdrawal event includes: Obtain emergency response status monitoring information from the first sending province; In response to the emergency event handling status monitoring information changing from an in-process status to a completed status, the support withdrawal event of the first sending province is triggered; Based on the support start time information of the first sending province and the occurrence time information of the support exit event, the actual support duration information of the first sending province is locked. Based on the actual support duration information and the fixed total compensation amount information, the compensation share information already obtained by the first sending province is calculated. The difference between the fixed total compensation information and the already obtained compensation share information is calculated to generate the remaining compensation share information.

[0011] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage as described in this invention, the step of updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information includes: Obtain the current duration information of the second sending province at the time the support withdrawal event occurs; Based on the current duration information, the remaining duration percentage information of the second sending province is recalculated; Based on the product relationship between the remaining time percentage information and the remaining compensation share information, the incremental compensation share information of the second sending province is determined; Based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, the compensation allocation ratio information of the second sending province is updated and spliced ​​together.

[0012] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage described in this invention, the method further includes: after updating and concatenating the compensation allocation ratio information of the second sending province based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, the method further includes: Obtain information on the pre-positioning of material resources in the second sending province and the current status of emergency repair operations; Based on the updated compensation allocation ratio information, the unit time compensation value information corresponding to the material pre-scheduling resource information is updated and calculated.

[0013] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage as described in this invention, the step of extracting the remaining compensation share information not obtained by the first sending province in response to the support withdrawal event of the first sending province further includes: In response to receiving support withdrawal events from multiple sending provinces within the same time window, the withdrawal order information of the multiple sending provinces is parsed. Based on the exit order information, the information on the unacquired remaining compensation shares of the multiple sending provinces is sorted and linked together. Based on the results of the sorting and concatenation, the information on the unacquired remaining compensation shares of the multiple sending provinces is merged to generate a share pool to be redistributed. Based on the pool of shares to be reallocated, the compensation allocation ratio information of the sending provinces that are still in the support status is centrally updated.

[0014] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial linkage as described in this invention, after updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information, it further includes: Get the number of provinces currently in support status; In response to the fact that the number of sending provinces is zero, the support exit timestamp information of the last sending province to exit is recorded; Based on the support start time information and support exit timestamp information of the last sending province that withdrew, the final compensation amount information of the last sending province that withdrew is forcibly settled. Based on the difference between the fixed total compensation amount and the final compensation amount, the remaining unallocated funds are transferred.

[0015] As a preferred embodiment of the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination described in this invention, the determination of the initial compensation allocation ratio information of the multiple low-cooperation-willing sending provinces based on the support duration information and the fixed compensation total amount information further includes: Obtain the emergency equipment allocation ledger information of each of the multiple provinces with low willingness to cooperate in sending out equipment; Based on the emergency equipment allocation ledger information, the equipment type and quantity information of each sending province were extracted. Based on the equipment type information and the equipment quantity information, the resource input cost coefficient information of each sending province is evaluated. The initial compensation allocation ratio information is corrected and calculated based on the resource input cost coefficient information.

[0016] This invention provides a system for the dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination.

[0017] To address the aforementioned technical problems, this invention provides the following technical solution: a dynamic construction and mobilization system for power grid emergency resource pools oriented towards cross-provincial coordination, comprising: The support activation acquisition module is used to respond to cross-provincial power emergency support requests and obtain information on the total fixed compensation amount of the receiving province and the support activation time information of multiple provinces with low willingness to cooperate. The duration calculation module is used to calculate the support duration information of the multiple provinces with low willingness to cooperate in sending supplies based on the support start time information and the current settlement cycle time information. The initial proportion determination module is used to determine the initial compensation allocation proportion information of the multiple low-cooperation willingness sending provinces based on the support duration information and the fixed compensation total amount information; The remaining share extraction module is used to extract the remaining compensation share information that the first sending province has not obtained in response to the support withdrawal event of the first sending province. The compensation ratio update module is used to update the compensation allocation ratio information of the second sending province based on the remaining compensation share information, where the second sending province is another sending province that continues to maintain the support status.

[0018] The beneficial effects of this invention are as follows: By responding to the withdrawal event of a sending province's support, this invention extracts the remaining compensation share that was not acquired, and updates the compensation allocation ratio of the remaining sending provinces based on the remaining share. This transfers the share released by the early-withdrawing provinces to the remaining provinces, directly linking compensation allocation to the duration of support and preventing short-term support provinces from "free-riding." This method avoids the risk of a chain reaction of early withdrawals caused by inverted revenue for long-term remaining provinces, ensuring the persistence and stability of the cross-provincial emergency resource pool in scenarios such as equipment failure. Attached Figure Description

[0019] To more clearly illustrate the technical solutions of the embodiments of the present invention, the accompanying drawings used in the description of the embodiments will be briefly introduced below. Obviously, the accompanying drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0020] Figure 1 The above is a flowchart of a method for dynamically constructing and calling a power grid emergency resource pool for cross-provincial linkage, provided as an embodiment of the present invention.

[0021] Figure 2 This is a flowchart illustrating the concurrent exit event handling process of a method for dynamically constructing and calling a cross-provincial power grid emergency resource pool, as provided in an embodiment of the present invention.

[0022] Figure 3 This is a flowchart illustrating the process of zeroing out the number of supporting provinces in a method for dynamically constructing and calling a cross-provincial power grid emergency resource pool, as provided in one embodiment of the present invention.

[0023] Figure 4 This is a diagram showing the core data entities and their relationships in a method for dynamically constructing and calling a cross-provincial power grid emergency resource pool, provided as an embodiment of the present invention.

[0024] Figure 5 This is a diagram illustrating the allocation relationship in a cross-provincial ice storm disaster emergency support scenario, provided as an embodiment of the present invention, for a method of dynamically constructing and calling a cross-provincial power grid emergency resource pool. Detailed Implementation

[0025] To make the present invention more apparent and understandable, the specific embodiments of the present invention will be described in detail below with reference to the accompanying drawings. Obviously, the described embodiments are only a part of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort should fall within the protection scope of the present invention.

[0026] Example 1, referring to Figures 1-5 This is one embodiment of the present invention, which provides a method for dynamically constructing and calling a power grid emergency resource pool for cross-provincial coordination, including: Step S1: In response to a cross-provincial power emergency support request, obtain information on the total fixed compensation amount of the receiving province and the support initiation time information of multiple provinces with low willingness to cooperate. It should be noted that in the scenario of dynamic construction and call of power grid emergency resource pool for cross-provincial linkage, when a large-scale power outage is caused by equipment failure in the receiving province, the emergency command system of the receiving province will generate a cross-provincial power emergency support request. At this time, it is necessary to accurately obtain the fixed total amount of compensation pre-set by the receiving province and the support start time information of multiple provinces with low willingness to cooperate, so as to serve as the benchmark data for subsequent dynamic compensation allocation. Specifically, the aforementioned fixed total compensation amount information refers to the upper limit of dispatch rights reserved by the receiving province for purchasing inter-provincial power support services, and the aforementioned multiple low-cooperation-willing sending provinces refer to the provinces that responded to the aforementioned inter-provincial power emergency support requests and provided power transmission. It should be noted that the process of obtaining the fixed total compensation amount information of the receiving province is essentially the process of reading the resource pool fund statistics from the receiving province's material management panel. In the receiving province's material management panel, the resource pool fund overview includes the total physical resources and the total non-physical resources. For example, the total physical resources amount to RMB 329,107,855, with RMB 53,703,900 in stock and RMB 244,454,000 in first aid kits, etc. The total non-physical resources amount to RMB 547,838,500. The above fixed total compensation amount information is usually configured as a preset proportion of the available framework agreement amount or project material contract amount in the above non-physical resources. In this embodiment, the above preset proportion is obtained by reading the average of historical inter-provincial support settlement records. In some embodiments, obtaining the support initiation time information of multiple provinces with low willingness to coordinate is achieved by connecting to the early warning response process monitoring panel of each sending province. The early warning response process monitoring panel records a timeline process: early warning issuance, early warning escalation, response initiation, and response escalation. The support initiation time information is defined as the operation time corresponding to the response initiation operation. If the operation time corresponding to the response initiation operation is missing, the processing progress label in the emergency event handling status monitoring panel is read, and the time node when the processing progress changes from not started to in progress is used as the alternative value for the support initiation time information. For example, when a large-scale freezing disaster occurs in the Guizhou power grid, causing damage to power lines, a cross-provincial power emergency support request is generated. The project material contract of 547,588,500 yuan is read from the material management panel as the fixed compensation amount. At the same time, the operation time corresponding to the response start operation is captured from the early warning response monitoring panel of Sichuan, Yunnan and other provinces with low willingness to cooperate, which are 09:00:00 on January 17, 20** and 10:30:00 on January 17, 20**. The above time is used as the support start time information. The above fixed compensation amount information and the above support start time information together constitute the initial dataset of cross-provincial emergency compensation. The fixed compensation amount information provides the upper limit constraint of rights and interests for the entire allocation process, while the support start time information provides the starting benchmark for the subsequent calculation of the support duration. Both are indispensable and directly affect the fairness of the subsequent allocation ratio.

[0027] Step S2: Calculate the support duration information of the multiple provinces with low willingness to cooperate based on the support start time information and the current settlement cycle time information. During the execution of cross-provincial emergency support, the duration of support from each sending province directly reflects its contribution to the stability of the receiving province's power grid. In order to accurately quantify the above contribution, it is necessary to calculate the duration of support from multiple sending provinces with low willingness to cooperate based on the support start time information and the current settlement cycle time information. This will provide objective data for subsequent compensation allocation based on duration and avoid the phenomenon of revenue inversion between short-term support provinces and long-term steadfast support provinces.

[0028] In some embodiments, calculating the support duration information for the plurality of provinces with low willingness to coordinate and send data based on the support initiation time information and the current settlement cycle time information includes: Step S21: Obtain the emergency repair operation status information of each of the multiple low-cooperation-willing sending provinces; In detail, obtaining the emergency repair operation status information of each of the sending provinces among the multiple sending provinces with low willingness to cooperate is a prerequisite for accurately calculating the duration of support. The aforementioned emergency repair operation status information is used to characterize the operational activity level of the sending provinces during cross-provincial support. Specifically, the emergency repair operation status information mentioned above comes from the inspection and repair operation sub-module in the inspection and repair operation arrangement and strong early warning panel. This module lists the power supply bureau, line, operation time, number of lines to be inspected, and number of lines to be repaired, and is equipped with an operation status switching button, including repair status and inspection operation status. By calling the data interface of the inspection and repair operation arrangement and strong early warning panel mentioned above, the repair status and inspection operation status fields corresponding to each sending province are extracted. If the number of lines to be repaired is greater than 0 and the repair status is active, the sending province is marked as being in a high-activity repair status. If the number of lines to be inspected is greater than 0 and the inspection operation status is active, the sending province is marked as being in an inspection status. If both are inactive, the province is marked as being in a silent status. The aforementioned emergency repair operation status information not only reflects the real-time workload of the sending province, but also provides a basis for determining status transitions for subsequent power outage handling and monitoring time nodes, ensuring that only the time spent in actual operation status is included in the support duration.

[0029] Step S22: Identify the power outage handling monitoring time node information of each sending province based on the emergency repair operation status information; Furthermore, based on the aforementioned emergency repair operation status information, the monitoring time nodes for power outage handling in each sending province are identified, with the aim of extracting key time anchors from the continuous status stream; The power outage handling monitoring time node information refers to the key status transition time points recorded in the emergency response process monitoring, including power outage time, inspection time, repair time, and recovery time; When the status information of the above emergency repair operation changes, the time node identification is triggered. For example, when the repair status changes from active to completed, the corresponding timestamp is identified as the repair time node. When the inspection operation status changes from active to completed, the corresponding timestamp is identified as the inspection time node. During the identification process, it is also necessary to refer to the handling process labels in the emergency event handling status monitoring panel, including information reporting, equipment operation and maintenance, public opinion control, power grid handling, customer service, preliminary handling, and emergency assessment. Only when the power grid handling link in the above handling process labels is marked as completed and the repair status is changed to completed, will the current time node be identified as the recovery time node. By using the dual verification of the aforementioned state transitions and process labels, we ensure that the identified power outage handling monitoring time node information is authentic and valid, and eliminate false state transitions caused by communication delays or misoperations.

[0030] Step S23: Based on the power outage handling monitoring time node information, extract the duration information of each sending province from the start of the early warning response to the current time; In this embodiment, extracting the duration information of each sending province from the start of the early warning response to the current time based on the aforementioned power outage handling monitoring time node information is a key step in converting discrete time nodes into continuous duration data.

[0031] In one implementation, the aforementioned duration information can be obtained through the following specific calculation method, wherein: In the formula, Indicates the first The duration of each sending province is physically defined as the effective support duration after excluding invalid silent periods. This indicates the current system time corresponding to the current settlement cycle time information; Indicates the start time of the early warning response; This indicates the length of the silent period during which no state transition occurs in the power outage handling monitoring time node information; This indicates a preset silent threshold, which is obtained in this invention based on the average waiting time of historical emergency repair operations. This indicates the invalid silence time deducted from the total duration; Specifically, the warning response initiation time is extracted as the starting point, and the current system time is extracted as the ending point. The difference between the two is calculated, and when the aforementioned silent period length is reached... The preset silence threshold has not been exceeded. When the time difference is reached, the duration is directly used as the information for the duration; when the length of the aforementioned quiet period is... Exceeding the preset silence threshold When, the excess time will be... The above duration information is generated by removing the total difference; thus ensuring that the extracted duration information truly reflects the effective support input of the sending province and eliminates interference from non-operational periods.

[0032] Step S24: Mark the extracted duration information to generate the support duration information; It is understandable that marking the extracted duration information to generate the aforementioned support duration information is to give the duration data business semantics, enabling it to directly participate in compensation allocation calculations. The labeling refers to binding the sending province identifier, event number, and time validity label to the above duration information. In specific implementation, the above duration information is associated with the corresponding sending province code, and an event number is attached, such as the event number corresponding to Anshun disaster on January 17, 20**. Based on the integrity verification result of the above power outage handling monitoring time node information, a valid or pending verification label is added. If the recovery time node is missing from the above power outage handling monitoring time node information, but the emergency repair status is still active, it is marked as continuously valid. If there is an abnormal time reversal in the above power outage handling monitoring time node information, it is marked as pending verification. The duration information after being marked is the support duration information mentioned above. This information not only includes the absolute duration value, but also carries status and attribution information, which is convenient for aggregation and percentage calculation by province in subsequent steps.

[0033] Step S3: Based on the support duration information and the fixed total compensation amount information, determine the initial compensation allocation ratio information for the multiple provinces with low willingness to cooperate. After obtaining the support duration information of each sending province, it is necessary to determine the initial compensation allocation ratio information of multiple sending provinces with low willingness to cooperate based on the principle of performance-based billing, the support duration information and the fixed total compensation amount information. This breaks the limitations of traditional equal distribution or allocation based solely on the amount of electricity transmitted, and directly links the compensation benefits to the support duration. This curbs the motivation of short-term support provinces to free-ride from the root of the allocation mechanism and establishes a reasonable expectation that long-term support provinces will obtain high benefits.

[0034] In some embodiments, determining the initial compensation allocation ratio information for the plurality of low-cooperation-willing sending provinces based on the support duration information and the fixed compensation total amount information includes: Step S31: Sum the duration information of each sending province to generate total support duration information; Specifically, the duration information of each sending province is summed to generate total support duration information in order to construct a reference benchmark for calculating the duration ratio of each sending province. The total support duration information refers to the sum of the durations of all participating sending provinces under the same cross-provincial power emergency support request; During the summation process, firstly, all duration values ​​marked as valid or valid in the continuous process are extracted from the above support duration information. Then, the above values ​​are standardized by time unit, for example, uniformly converted to hours. Finally, all the converted values ​​are summed to generate the above total support duration information. For example, if there are three sending provinces with durations of 10 hours, 20 hours, and 30 hours respectively, then the total support duration is 60 hours. It should be noted that if multiple sending provinces provide support in stages under the same emergency event, the above aggregation operation needs to be grouped and aggregated according to the event number to ensure that the calculation of the total support duration is limited to a single emergency event and to avoid data confusion across events.

[0035] Step S32: Calculate the initial duration percentage information of each sending province based on the duration information of each sending province and the total support duration information; It should be noted that the core logic for achieving compensation share is to calculate the initial duration percentage of each sending province based on the duration information of each sending province and the total duration information of support. The initial duration percentage refers to the relative proportion of the support contribution of a single sending province in the total support contribution. In one implementation, the aforementioned initial duration percentage information can be obtained through the following specific calculation method, wherein: In the formula, Indicates the first The initial duration percentage information for each sending province, with a value range between 0 and 1, physically represents the proportion of that province's contribution to the total support duration; Indicates the first The duration of each sending province's support information, in physical terms, represents the actual duration of that province's participation in the support efforts. Indicates the first Information on the duration of transmission to the sending province; This represents the total number of sending provinces participating in the support; its physical meaning is the dimension of the provinces participating in the calculation. During calculation, the duration information of each sending province is used as the numerator, and the sum of the duration information of all sending provinces is used as the denominator. The ratio of the numerator to the denominator is calculated to generate the aforementioned initial duration percentage information. For example, if the duration information of a certain sending province is 20 hours and the total support duration information is 60 hours, then the aforementioned initial duration percentage information is 33.33%. In actual calculation, in order to prevent the denominator from being zero and causing calculation abnormalities, a minimum effective threshold for the total support duration information needs to be set. When the aforementioned total support duration information is less than the aforementioned minimum effective threshold, an abnormal alarm is triggered and the calculation is suspended. In this application, the aforementioned minimum effective threshold is set to 1 hour based on the smallest statistical unit of a single emergency repair, thereby ensuring that the denominator of the initial duration percentage information has physical meaning.

[0036] Step S33: Based on the initial duration percentage information and the fixed total compensation amount information, assign corresponding values ​​to the initial compensation allocation ratio information; In some embodiments, assigning corresponding values ​​to the initial compensation allocation ratio information based on the initial duration ratio information and the fixed total compensation amount information is a key step in converting the relative ratio into an absolute allocation weight; wherein the initial compensation allocation ratio information refers to the initial dispatching rights ratio that each sending province should occupy in the fixed total compensation amount. The specific assignment logic is as follows: The initial duration percentage information is directly mapped to the weight coefficient of the initial compensation allocation ratio information. That is, if the initial duration percentage information of a certain sending province is 40%, then the weight coefficient corresponding to its initial compensation allocation ratio information is 0.4. Subsequently, the above weight coefficient is associated with the fixed total compensation amount information to form a data pair. The above data pair is the assignment result of the initial compensation allocation ratio information. During the assignment process, the weight coefficients of all sending provinces need to be normalized and verified to ensure that the sum of all weight coefficients is 1. If the sum is not equal to 1 due to decimal truncation, the difference is made up according to the sending province corresponding to the largest duration percentage to ensure the closure of the total amount pool.

[0037] Step S34: Write the initial compensation allocation ratio information into the resource pool fund statistics panel for display; Accordingly, the initial compensation allocation ratio information is written into the resource pool fund statistics panel for display in order to achieve transparent allocation and visual monitoring; the resource pool fund statistics panel is the core display area in the material management panel, which includes modules such as total physical resources and total non-physical resources. The writing operation is as follows: the weight coefficient data corresponding to the above initial compensation allocation ratio information is mapped to the non-physical resource module of the resource pool fund overview according to the identifier of the sending province, and a new cross-provincial emergency compensation allocation sub-item is added for display; at the same time, the rendering engine of the commonly used material classification details table is used to display the above initial compensation allocation ratio information in the form of a pie chart or bar chart, with the name of the sending province on the horizontal axis and the allocation weight value on the vertical axis, so that dispatchers can intuitively grasp the initial allocation plan and provide a reference baseline for subsequent dynamic adjustments.

[0038] In some embodiments, determining the initial compensation allocation ratio information for the plurality of low-cooperation-willing sending provinces based on the support duration information and the fixed compensation total amount information further includes: Step S35: Obtain the emergency equipment allocation ledger information of each of the multiple low-cooperation-willing sending provinces. Furthermore, obtaining emergency equipment allocation records from various sending provinces with low willingness to coordinate is to introduce a resource input dimension to correct the initial allocation and reflect the fair principle of "more investment, more benefit". The emergency equipment allocation ledger information records the equipment data of the entire approval process of emergency resources from application to arrival, including fields such as allocation time, request number, equipment name, affiliated unit, and equipment type; the acquisition process is achieved by calling the data interface of the emergency team and equipment allocation process monitoring panel, traversing the allocation records of each sending province, and extracting the equipment records that have been dispatched and arrived. For example, the equipment name of a certain sending province is Zhongqi 350kW generator truck, the unit to which it belongs is a power supply bureau, and the equipment type is generator truck; the above emergency equipment allocation ledger information reflects the hard resource input of the sending province in addition to personnel, which is an important basis for assessing its actual cost consumption and provides a data source for subsequent calculation of resource input cost coefficient.

[0039] Step S36: Extract the equipment type and quantity information of each sending province based on the emergency equipment allocation ledger information. In practice, based on the emergency equipment allocation ledger information mentioned above, the equipment type and quantity information of each sending province are extracted, which is the process of decoupling the mixed ledger data into structured statistics. First, the emergency equipment allocation ledger information is grouped according to the unit field, and the records are assigned to the corresponding sending province; Furthermore, the record set of each sending province is traversed, and the equipment type field is read. The above equipment type information usually includes three major categories: generator, generator vehicle, and UPS power supply, which correspond to the classification of line and bar chart in the emergency equipment panel. Furthermore, frequency statistics are performed on the equipment types in the aforementioned record set to generate the aforementioned equipment quantity information. For example, statistics show that a certain sending province has invested 10 sets of generators, 2 generator trucks, and 5 sets of UPS power supplies. During the extraction process, it is necessary to filter out equipment records that are in the stage of issuing or setting up transfer orders and have not yet been released from the warehouse. Only records of equipment that have been released from the warehouse or have arrived are counted to ensure that the extracted equipment type information and equipment quantity information are resources that have actually been put into use, and to avoid false reporting and arbitrage.

[0040] Step S37: Based on the equipment type information and the equipment quantity information, evaluate the resource input cost coefficient information of each sending province. In a preferred implementation, evaluating the resource input cost coefficient information of each sending province based on the above-mentioned equipment type information and equipment quantity information is a necessary means to uniformly quantify heterogeneous resources into a cost benchmark; among which, the resource input cost coefficient information is a comprehensive indicator for measuring the scale and cost of equipment investment in the sending province. In another implementation, it can also be done in the following way: First, assign standard cost weights to different equipment types. Based on the maintenance rate and operation and maintenance rate data of emergency equipment in the daily management panel, set the standard cost weight of the generator vehicle to be greater than that of the generator, and the UPS power supply to be in between. Then calculate the product of the quantity of each piece of equipment and the corresponding weight and sum them up to generate a cost assessment value. For example, if the weight of the generator car is set to 0.5 and the weight of the generator is set to 0.2, if a province invests in 2 generator cars and 10 generators, the cost assessment value is 20.5 + 100.2 = 3.0. Finally, the ratio of the above relative cost estimate to the sum of the relative cost estimates of all sending provinces is calculated to generate the above resource input cost coefficient information. This coefficient will serve as a correction factor to increase the compensation weight of provinces with high resource input, ensuring that not only the duration is valued, but the investment in high-value equipment is also compensated.

[0041] Step S38: Based on the resource input cost coefficient information, the initial compensation allocation ratio information is corrected and calculated. It should be noted that in cross-provincial collaborative scenarios, some sending provinces may falsely report equipment types or fail to actually deploy equipment to fraudulently obtain higher cost coefficients. Furthermore, when the equipment types of multiple sending provinces are highly homogeneous, small differences in cost coefficients can lead to fluctuations in allocation ratios. To address this issue, the dynamic correction value for the aforementioned resource input cost coefficient information can be represented as: In the formula, Indicates the first The revised resource input cost coefficient information for each sending province means, in physical terms, the actual cost proportion after eliminating false reporting and weight reduction. This indicates the interval between the equipment's departure time and arrival time; its physical meaning is the actual transportation time. This indicates a preset upper limit for reasonable transportation time; This indicates the equipment's operational status feedback; a value of 1 indicates activation, and a value of 0 indicates no operation. This indicates the generator's output power, measured in kilowatts (kW). This indicates the rated power of the generator car, in kilowatts. Indicates the first Information on the initial resource input cost coefficients of each sending province; It should be noted that the preset reasonable transportation time limit can be set based on the straight-line distance between the emergency location and the equipment storage locations in each sending province, combined with the speed of conventional road transportation. If the transportation time exceeds the preset limit and there is no corresponding feedback on activation status, it will be directly judged as falsely reported equipment, the cost coefficient will be recorded as zero, and it will not be included in the compensation allocation. If the equipment transportation time meets the requirements and is activated and operating normally, but the actual output power is consistently lower than 30% of the rated power, the initial cost coefficient will be reduced according to the "proportion of actual output power to rated power" to avoid the equipment being put into use without playing an actual role but receiving extra compensation. The initial cost coefficient of other normally put into use equipment will remain unchanged, thereby completing the screening of false reports and the de-weighting of inefficient inputs, ensuring the rationality of the correction logic. After the resource input cost coefficient is corrected, the corrected coefficient is multiplied by the initial compensation allocation ratio, and then the results of all sending provinces are normalized again to finally obtain the corrected compensation allocation ratio.

[0042] Meanwhile, cost influencing factors The dynamic adjustment can be characterized as: In the formula, This represents the adjusted cost impact factor; This represents the threshold for cost coefficient differences, which is set to 0.05 in this embodiment. This represents the initially set cost impact factor; Final revised compensation allocation ratio information Will adopt and Calculated using the following formula: In the formula, Indicates the first The revised compensation allocation ratio information for each sending province ranges from 0 to 1, and its physical meaning is the final proportion weight of that province in the total fixed compensation amount. Indicates the first The initial compensation allocation ratio information for each sending province has a physical meaning that the initial weight is determined by the proportion of time. Indicates the first The comprehensive correction weight of each sending province has a physical meaning that is a proportional magnification factor derived from the cost coefficient. Among them, based on the above resource input cost coefficient information, the initial compensation allocation ratio information is revised and calculated, aiming to break the limitation of a single time dimension and introduce equipment input cost as a second positive basis for maintenance. Specifically, in cross-provincial emergency support, although some of the sending provinces did not have the longest duration, they invested in high-value equipment such as generator trucks. The wear and tear and opportunity costs of these units are significant. If the allocation is based solely on duration, their high-value investment will be negated. Therefore, the initial compensation allocation ratio information is obtained through the above formula. Information on the revised resource input cost coefficient Coupled by using dynamically adjusted cost impact factors Control the magnitude of cost adjustments and generate comprehensive adjustment weights. The final output is the corrected compensation allocation ratio information. ; For example, a province invested in a large number of generator trucks, leading to At higher levels, Increase, making exist Improvements will be made on the basis of existing achievements, ensuring that provinces with high investment receive matching compensation and preferential treatment; After the correction is completed, it is necessary to apply the corrections to all sending provinces. A second normalization operation is performed to ensure the sum equals 1, guaranteeing the conservation of the fund pool. Through the above segmented logic, the behavior of falsely reporting equipment to obtain compensation is prevented, and in homogeneous scenarios, it degenerates into a pure time-based allocation model, ensuring the robustness of the allocation scheme.

[0043] Furthermore, regarding the comprehensive adjustment weights in the above steps, it should be noted that when the equipment types of multiple sending provinces are highly homogeneous, then... The differences are minor. To avoid fluctuations in the allocation ratio due to small numerical variations in the formula calculation, a threshold for cost coefficient differences is set. When the maximum With minimum When the difference is lower than the aforementioned cost coefficient difference threshold, it will automatically... Setting it to zero degenerates into a pure time-based allocation mode. The aforementioned cost coefficient difference threshold is set to 0.05 in this invention based on the statistical variance of equipment inventory in each province over the years, to ensure the robustness of the allocation scheme.

[0044] Step S4: In response to the support withdrawal event of the first sending province, extract the information on the remaining compensation share that the first sending province has not obtained; During the execution of cross-provincial emergency support, each sending province may withdraw from support in advance due to changes in its own power grid load or disaster situation. In this case, the subsequent share originally pre-allocated to the withdrawing province in the total fixed compensation amount should be released and redistributed. Therefore, in response to the support withdrawal event of the first sending province, it is necessary to extract the information on the remaining compensation share that the first sending province has not obtained, so as to cut off the short-term support province's possession of subsequent compensation and free up the revenue space for the long-term steadfast province.

[0045] In some embodiments, the step of extracting the remaining compensation share information that the first sending province has not obtained in response to the support withdrawal event of the first sending province includes: Step S41: Obtain emergency response status monitoring information from the first sending province; Among them, obtaining the emergency response status monitoring information of the first sending province is the data basis for identifying whether the province has withdrawn from support; the aforementioned emergency response status monitoring information comes from the emergency response status monitoring sub-table in the early warning response process and response status monitoring panel. This sub-table is displayed in the form of an event ledger list, and the fields include event abbreviation, event type, early warning / response level, and processing progress. Specifically, by monitoring the status change message queue of the aforementioned early warning response process and the handling status monitoring panel, the changes in the processing progress field of the corresponding event record of the first sending province are captured in real time. The processing progress includes three states: not started, in progress, and completed. The acquisition operation not only reads the current status value, but also extracts the timestamp of the status change and the operator information. The aforementioned emergency event handling status monitoring information provides direct status change evidence for subsequent determination of support exit events, avoiding misjudgment exit due to communication interruption.

[0046] Step S42: In response to the emergency event handling status monitoring information changing from an in-process state to a completed state, the support withdrawal event of the first sending province is triggered; Specifically, responding to the change of the emergency response status monitoring information from an in-process status to a completed status, triggering the support withdrawal event of the first sending province, is the key to transforming the completion of the business status into the action of the allocation mechanism. When the processing progress field of the first sending province changes from in progress to completed, it indicates that the province has ended its cross-provincial support task, and the system automatically generates a support exit event record at this time. The aforementioned support exit event record includes the event number, exit province identifier, exit occurrence time, and processing progress status before exit. The trigger logic is equipped with an anti-jitter mechanism. If the above processing progress field jitters multiple times within the preset anti-jitter time window, that is, repeatedly switches between completed and in progress, only the last status will be used. In this embodiment, the preset anti-jitter time window is set to 5 minutes according to the delay of the scheduling instruction. Once the support exit event is triggered, the event will be pushed to the message queue of the compensation redistribution engine, waiting for the execution of the remaining share extraction logic.

[0047] Step S43: Based on the support start time information of the first sending province and the occurrence time information of the support exit event, lock the actual support duration information of the first sending province. It should be noted that locking in the actual support duration information of the first sending province based on the support initiation time information and the support withdrawal event occurrence time information is a prerequisite for accurately calculating the compensation due to the withdrawing province; the actual support duration information refers to the absolute length of time that the sending province actually participated in cross-provincial support. The locking process is as follows: extract the occurrence time information from the above support exit event record as the termination time point, retrieve the support start time information obtained by the province in step S1 as the start time point, calculate the difference between the above termination time point and the above start time point, and generate the above actual support duration information. For example, if the support start time is 08:00:00 and the exit time is 18:00:00, then the actual support duration is 10 hours. The locking operation includes not only calculation but also marking the status of the above actual support duration as fixed, prohibiting any subsequent modification operations, because the duration of the exiting province is already determined and will no longer increase with the current time.

[0048] Step S44: Based on the actual support duration information and the fixed total compensation amount information, calculate the compensation share information already obtained by the first sending province. In this application, the aforementioned information on the received compensation share can be calculated in the following manner: In the formula, This indicates the amount of compensation already received by the first sending province, which physically means the amount of compensation that the province should receive based on its actual support contribution. This indicates the actual duration of support from the first sending province, which physically represents the fixed duration of the province's withdrawal. Indicates the first The support duration information for each sending province, in physical terms, represents the support duration of all currently participating provinces. This indicates the total number of sending provinces currently participating in the support efforts; This indicates the total fixed compensation amount received from the receiving province, which physically means the total amount of the compensation fund pool; In detail, calculating the amount of compensation already received by the first sending province based on the above-mentioned actual support duration information and fixed total compensation amount information is the core link in implementing the principle of performance-based billing and executing the logic of refunding overpayment and supplementing underpayment. The information on the compensation share received refers to the amount of compensation that the withdrawing province should receive based on its actual support contribution. The calculation process first recalculates the actual duration percentage of the withdrawing province, that is, the ratio of the above-mentioned actual support duration information to the total support duration of all participating provinces. Furthermore, the actual duration percentage mentioned above is multiplied by the fixed total compensation amount information to generate the compensation share information already received; for example, if the actual support duration is 10 hours, the total duration is 50 hours, and the fixed total compensation amount is 547,588,500 yuan, then the compensation share information already received is 109,517,700 yuan; during the calculation process, the actual support duration must be used instead of the initial expected duration to ensure that provinces providing short-term support cannot obtain compensation exceeding their actual contributions.

[0049] Furthermore, regarding the actual duration percentage in the above steps, it should be noted that when multiple provinces exit at the same instant, causing a drastic change in the denominator, the accounting operation needs to introduce a time-slice snapshot mechanism to ensure that all provinces exiting in the same batch use a snapshot of the total duration just before the exit event as the denominator, preventing distortion of the compensation share information due to differences in calculation timing. In this invention, the above snapshot mechanism is implemented through a multi-version concurrency control protocol of a distributed database.

[0050] Step S45: Calculate the difference between the fixed total compensation information and the already obtained compensation share information to generate the remaining compensation share information; Specifically, calculating the difference between the fixed total compensation information and the already received compensation share information to generate the aforementioned remaining compensation share information is a key conversion step that transforms the future benefits forfeited by the early-leaving provinces into an allocable incremental pool for the remaining provinces; whereby the remaining compensation share information refers to the amount of compensation funds released by the withdrawing provinces that can be redistributed; in the calculation, the fixed total compensation information is subtracted from the aforementioned already received compensation share information to obtain the remaining compensation share information. For example, if a province has received 54,758,850 yuan in compensation and the total fixed compensation is 547,588,500 yuan, then the remaining compensation is 492,829,650 yuan. However, this portion includes the shares of other provinces that remain in the province. The actual increase in redistribution should be the difference between the province's initial allocation and its received compensation. By calculating the difference, the interest chain of short-term support provinces taking advantage of the situation is completely severed, ensuring that provinces that remain in the province for a long time can share the shares released by the provinces that leave early.

[0051] In some embodiments, in response to a support withdrawal event from the first sending province, information on the remaining compensation share that the first sending province has not yet acquired is extracted, such as... Figure 2 As shown, it also includes: Step S46: In response to receiving multiple support withdrawal events from sending provinces within the same time window, the withdrawal order information of the multiple sending provinces is parsed. Furthermore, in response to receiving support exit events from multiple sending provinces within the same time window, the exit order information of the multiple sending provinces is parsed in order to solve the share release priority problem in concurrent exit scenarios; where the same time window refers to the preset concurrent judgment period; when multiple sending provinces trigger support exit events simultaneously within the above time window, due to the slight differences in the system clocks of each province, they cannot be simply sorted according to the event reception time. The parsing process is as follows: extract the timestamps carried in the above-mentioned multiple support exit events, convert the above timestamps into Coordinated Universal Time, sort them in ascending order with millisecond precision, and generate the above exit order information; if there are cases where the timestamps are completely consistent, compare the initial compensation allocation ratio information of the corresponding sending province, and prioritize the smaller ratio to ensure that provinces with smaller shares exit first to release resources, thereby reducing the calculation fluctuation of a single redistribution.

[0052] Step S47: Based on the exit order information, sort and connect the information on the remaining compensation shares not obtained by the multiple sending provinces. In practice, based on the above exit order information, the information on the remaining compensation shares not obtained by multiple sending provinces is sorted and linked together, which sorts out the disordered concurrent exit events into an orderly share release flow. The sorting and concatenation refers to extracting the remaining compensation share information of each exiting province in the order of exiting information, and concatenating the extraction results in sequence. During the operation, the difference calculation is first performed on the exiting province with the first order to generate the information on the unacquired remaining compensation share of that province, and it is added to the redistribution queue as the first node. Subsequently, the same difference calculation is performed on the second-ranked exiting province, but at this time the total support duration needs to be reduced by the duration of the first exiting province to generate the information on the unacquired remaining compensation share of the second province, which is then added to the queue as the second node. This process continues until all provinces that have withdrawn concurrently have been processed; by sorting and linking, the problem of over-issuance of total funds caused by concurrent calculations is avoided.

[0053] Step S48: Based on the result of the sorting and concatenation, merge the information on the unacquired remaining compensation shares of the multiple sending provinces to generate a share pool to be redistributed. In one implementation, it can also be achieved by merging the information on the remaining compensation shares of multiple sending provinces based on the result of sorting and concatenation, and generating a share pool to be redistributed; wherein the share pool to be redistributed refers to aggregating the scattered shares released by multiple withdrawing provinces into a unified fund pool, so as to facilitate the centralized distribution to the remaining provinces in the future. The merging process is as follows: traverse the redistribution queue generated by the above sorting and concatenation, extract the information of the remaining compensation share that has not been obtained from each node, and accumulate the above share information to generate the above redistribution share pool; for example, if the province ranked first releases 10 million yuan and the province ranked second releases 20 million yuan, then the redistribution share pool generated by the merger is 30 million yuan; during the merging process, it is necessary to update the current duration information of each remaining and sending province synchronously, deduct the duration of the provinces that have withdrawn, so that the subsequent redistribution calculation can be based on the latest duration ratio.

[0054] Step S49: Based on the pool of shares to be redistributed, the compensation allocation ratio information of the sending provinces that are still in the support status is centrally updated. Accordingly, based on the aforementioned pool of shares to be redistributed, the information on the compensation distribution ratio of the sending provinces that are still in the support state is updated in a centralized manner. This is the final action to immediately convert the released compensation funds into the incremental revenue of the remaining provinces. The centralized update refers to distributing the funds in the pool of shares to be redistributed to all sending provinces that have not withdrawn according to certain rules, and updating their compensation distribution ratio information. The allocation rules are as follows: based on the latest duration percentage of each remaining province after removing the withdrawing provinces, calculate the incremental share that each province should receive, add the incremental share to the province's original share, and generate updated compensation allocation ratio information; the centralized update operation adopts a transaction mechanism to ensure that the ratio update of all remaining provinces is successful or fails simultaneously, avoiding data inconsistency caused by partial updates.

[0055] Step S5: Update the compensation allocation ratio information of the second sending province according to the remaining compensation share information. The second sending province is another sending province that continues to maintain the support status. When a province providing short-term support withdraws and releases its remaining compensation share, these shares must be reasonably transferred to a province that remains in the province for a longer period. Therefore, it is necessary to update the compensation allocation ratio information of the second sending province based on the information of the remaining compensation share, so that the benefits of the remaining province can dynamically increase with the accumulation of support time, fundamentally eliminating the risk of a chain reaction of early withdrawal caused by the inverted benefits, and ensuring the long-term stable operation of the cross-provincial emergency resource pool.

[0056] In some embodiments, updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information includes: Step S51: Obtain the current duration information of the second sending province at the time the support exit event occurs; Specifically, obtaining the current duration information of the second sending province at the moment of the support withdrawal event is the time benchmark for calculating the incremental share of the remaining provinces. The second sending province refers to other sending provinces that have not experienced a support withdrawal event and continue to maintain the support status. The acquisition process involves listening to the timestamp of the support withdrawal event and sending a duration snapshot request to the emergency repair operation status collection interface of the second sending province to read the duration of the province from the start of the early warning response to the aforementioned timestamp, and generating the aforementioned current duration information. This step uses a snapshot mechanism instead of real-time reading to ensure that the duration data of all second sending provinces are aligned to the same withdrawal event time point, eliminating the duration calculation deviation caused by reading time difference, and providing a fair starting line for subsequent redistribution.

[0057] Step S52: Based on the current duration information, recalculate the remaining duration percentage information of the second sending province; It should be noted that, based on the current duration information mentioned above, recalculating the remaining duration percentage of the second sending province is the core logic for determining how much incremental weight the remaining provinces can get in the new resource pool. The remaining duration percentage information refers to the relative duration proportion of each remaining province after excluding the provinces that have withdrawn. The recalculation process is as follows: the current duration information of all second sending provinces is summed to generate the total duration of support for remaining provinces. Then, the ratio of the current duration information of a single second sending province to the above total duration of support for remaining provinces is used as the remaining duration percentage information. This recalculation discards the historical total duration that includes the provinces that have withdrawn and constructs a new allocation base based solely on the remaining provinces, ensuring that the released remaining compensation share can be strictly distributed according to the real-time contribution of the remaining provinces.

[0058] Step S53: Based on the product relationship between the remaining time percentage information and the remaining compensation share information, determine the incremental compensation share information of the second sending province; Among them, determining the incremental compensation share information of the second sending province based on the product relationship between the remaining time percentage information and the remaining compensation share information is a precise allocation and implementation action to each province that holds on to the project.

[0059] In this embodiment of the application, the final value of the above-mentioned incremental compensation share information can be calculated in the following way: In the formula, Indicates the first The information on the incremental compensation share finally determined by the second sending province has the physical meaning of the actual incremental amount after truncation and weight reduction verification. This indicates the upper limit threshold for compensation allocation in a single province, which is set in this invention based on 50% of the total fixed compensation amount; Indicates the first The original share already obtained by the second sending province; Indicates the remaining compensation share information; Indicates the first Information on the remaining time percentage of the second sending province; It represents the ratio of output power to rated power, and its physical meaning is the power derating factor. It should be noted that the support power devaluation operation coefficient can be set as the ratio of the actual support power received by the receiving province to the rated power transmitted by the sending province. When the sending province is unable to output full power due to its own equipment load limitations, the incremental compensation share is adjusted by this coefficient to reduce the weight, so as to avoid low-power output provinces still receiving excess compensation according to the full duration, further matching the actual contribution and the distribution of benefits, and ensuring the fairness of the compensation mechanism.

[0060] Specifically, when the base increment is calculated Subsequently, if the sum of this increment and the original share exceeds the upper limit threshold for compensation allocation in a single province... Then the increment will be forcibly truncated to With the original share The difference, if exceeding the limit, will be returned to the pool of shares to be redistributed; If the limit is not exceeded, but a reduction in the quota is detected in the province, then... Then multiply the base increment by the reduction factor. In normal circumstances, the weighting is reduced; otherwise, the base incremental value is directly used. This piecewise function logic prevents a single province from monopolizing compensation funds in extreme situations, while also ensuring real-time support efficiency and accurate and reasonable allocation of incremental compensation share information.

[0061] Furthermore, regarding the single-province compensation allocation upper limit threshold in the above steps, it should be noted that when multiple remaining provinces simultaneously reach this upper limit, the funds returned to the redistribution pool need to be redistributed in a second cycle according to the remaining time proportion of the remaining provinces that have not reached the upper limit, until all funds are allocated or all remaining provinces have reached the upper limit. The above-mentioned cyclical allocation mechanism is implemented here by a recursive algorithm to ensure the full utilization of compensation funds and the closed-loop allocation.

[0062] Step S54: Based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, update and splice the compensation allocation ratio information of the second sending province. In detail, based on the above incremental compensation share information and the initial compensation allocation ratio information of the second sending province, updating and splicing the compensation allocation ratio information of the second sending province is the calculation process to realize the dynamic accumulation of compensation amount; where updating and splicing refers to merging the newly added compensation share with the original allocation ratio to generate the latest total compensation allocation ratio information of the province. During operation, the incremental compensation share information is summed with the amount corresponding to the initial compensation allocation ratio information to obtain the updated total compensation amount. Then, the ratio of the above total compensation amount to the fixed total compensation amount information is used as the updated compensation allocation ratio information. During the splicing process, the timestamp of the compensation allocation record of the province needs to be updated synchronously to indicate that the ratio is the latest version after the redistribution adjustment. The above update splicing mechanism ensures that the benefits of the remaining provinces continue to accumulate as the support process progresses. The longer the period of retention, the more incremental data is spliced, and the higher the final ratio.

[0063] In some embodiments, after updating and concatenating the compensation allocation ratio information of the second sending province based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, the method further includes: Step S55: Obtain the material pre-schedule resource information and the current emergency repair operation status information of the second sending province; In some embodiments, obtaining the material pre-schedule resource information and the current emergency repair operation status information of the second sending province is to verify the rationality of the resource allocation after the compensation update; wherein the material pre-schedule resource information comes from the material pre-schedule statistics module in the input and scheduling panel, which records the complaint points, telephone repair reports, online repair reports and pre-schedule warehouse material data. The current emergency repair operation status information comes from the inspection and repair operation arrangement and the strong early warning panel. The acquisition process involves calling the interfaces of the above two panels in real time to extract the current material inventory and repair queue length of the second sending province. The above information serves as a parameter for subsequent calculation of the unit time compensation value, reflecting the actual effect of compensation incentives on the mobilization of front-line resources.

[0064] Step S56: Based on the updated compensation allocation ratio information, update and calculate the unit time compensation value information corresponding to the material pre-scheduling resource information; Specifically, updating and calculating the unit-time compensation value information corresponding to the pre-scheduled material resources information based on the updated compensation allocation ratio information is an assessment step that maps the macro compensation ratio to the micro resource value; where the unit-time compensation value information refers to the density of compensation amount allocated to pre-scheduled materials and emergency repair operations per unit time. In one implementation, the aforementioned unit-time compensation value information can be obtained through the following specific calculation method, wherein: In the formula, This indicates the compensation value information per unit time / hour / set, and its physical meaning is the compensation value density obtained per set of materials per hour; Indicates the first Updated compensation allocation ratio information for the second sending province; This indicates the total amount of fixed compensation. Indicates the first Information on the current duration of the second sending province; This indicates the quantity of resources in the pre-positioning resource information of materials, in sets, and physically represents the total scale of pre-positioning materials in the province. During the calculation, the total amount corresponding to the updated compensation allocation ratio information is associated with the resource quantity in the material pre-schedule resource information and the work order quantity in the current emergency repair operation status information to generate the above-mentioned unit time compensation value information. Through the updated calculation, dispatchers can intuitively judge the increase in unit income brought about by increasing the duration of duty, thereby enhancing their enthusiasm to continue to withstand pressure and ensure the power supply of the receiving province.

[0065] Step S57: Based on the unit time compensation value information, refresh the labeling information on the GIS map overview panel of the cross-provincial emergency resource pool; Furthermore, updating the labeling information on the GIS map overview panel of the cross-provincial emergency resource pool based on the aforementioned unit time compensation value information is a key operation to achieve spatial visualization of the allocation results. The GIS map overview panel is the core area of ​​the Guizhou provincial GIS power grid map in the center of the screen, overlaying multiple layers of data such as power grid lines, weather warnings, and power outage locations. The refresh process is as follows: using the above-mentioned unit time compensation value information as parameters, the pop-up information of the corresponding provincial material warehouse locations and substation locations on the map is updated. In addition to the original marking of warnings and power outage durations, a new label displaying the unit compensation value is added. At the same time, the color saturation of the location icons is dynamically adjusted according to the size of the compensation value, with the color becoming brighter as the value increases, so that dispatchers can identify high-value resource clusters at a glance on the GIS map.

[0066] Step S58: Synchronize the updated compensation allocation ratio information to the emergency assessment indicator panel; Accordingly, synchronizing the updated compensation allocation ratio information to the emergency assessment indicator panel is a necessary step to ensure the linkage between the assessment system and the allocation mechanism. The emergency assessment indicator panel, located in the emergency response and assessment module, includes quantitative percentage indicators such as the timeliness of team deployment, the timeliness of equipment deployment, the timeliness of response, and the progress of disaster recovery. The synchronization process is as follows: the updated compensation allocation ratio information is written into the underlying calculation model of the above-mentioned emergency assessment indicator panel as a weighting factor for assessing the progress of disaster recovery and comparing it with the loss of an equivalent disaster; after synchronization, a cross-provincial compensation contribution indicator is added to the emergency assessment indicator panel to display the latest allocation ratio of each sending province, so that the assessment results not only reflect the recovery rate at the technical level, but also reflect the fairness of compensation at the economic level.

[0067] In some embodiments, after updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information, such as... Figure 3 As shown, it also includes: Step S59: Obtain information on the number of provinces currently in support status; Specifically, obtaining information on the number of provinces currently in support status is a monitoring method to determine whether the cross-provincial support cycle has ended. The number of provinces in the support status refers to the total number of provinces whose processing progress is marked as in progress in the emergency response status monitoring panel. The acquisition process involves traversing the event ledger list of the above panel and counting the number of records whose processing progress field is neither completed nor started. This number information serves as a counter that triggers the final settlement process. When the number decreases to zero, it signifies that the cross-provincial emergency support mission has been fully completed and has entered the closed-loop settlement stage.

[0068] Step S510: In response to the fact that the number of sending provinces is zero, the support exit timestamp information of the last sending province to exit is recorded. It should be noted that, in response to the aforementioned number of sending provinces being zero, recording the support exit timestamp information of the last sending province to withdraw is a key action to pinpoint the end point of the entire cross-provincial support cycle. When the number of sending provinces in the support state changes from 1 to 0, the record of the last sending province whose state transitioned from in progress to completion is extracted, and its state change timestamp is read as the aforementioned support exit timestamp information. This timestamp not only represents the time when the province withdraws but also represents the actual time when the emergency event in the receiving province subsides. After recording the aforementioned support exit timestamp information, it is paired with the support start time information in step S1 to form a complete cross-provincial support time interval.

[0069] Step S511: Based on the support start time information and support exit timestamp information of the last sending province that exited, perform forced settlement on the final compensation amount information of the last sending province that exited. Specifically, based on the support start time and support exit timestamp information of the last sending province to withdraw, the final compensation amount of the last sending province to withdraw is forcibly settled, which is to realize the final benefits of the provinces that have held on for a long time; the forced settlement means that instead of waiting for the regular settlement cycle, the amount is immediately calculated and locked at the moment the support ends. In an optional implementation, the aforementioned final compensation amount information can be characterized as follows: In the formula, This indicates the final compensation amount information for the last sending province to withdraw, which physically means the total compensation amount finally locked in by that province after multiple redistributions. This indicates the updated compensation allocation ratio information of the last sending province to withdraw, and its physical meaning is the final accumulated allocation weight of that province. This indicates the total amount of fixed compensation. During the calculation, the province's support start time information and the aforementioned support exit timestamp information are extracted, and the difference between the two is calculated to generate the final support duration. The final support duration is then substituted into the aforementioned formula, combined with the compensation allocation ratio information accumulated after multiple redistributions. The final compensation amount for the province was calculated. For example, if a province that held out until the very end received a cumulative 30% share of the fixed compensation totaling 547,588,500 yuan, its final compensation amount would be 164,276,550 yuan. Mandatory settlement ensures that the interests of provinces that held out for a long time are ultimately protected, avoiding subsequent regrets or delays in payment.

[0070] Step S512: Based on the difference between the fixed total compensation amount information and the final compensation amount information, transfer the remaining unallocated funds information. In this embodiment, the transfer of remaining unallocated funds based on the difference between the aforementioned fixed total compensation amount and the final compensation amount is the final step in the closed-loop management of the cross-provincial emergency resource pool. The remaining unallocated funds refer to the slight difference between the final settlement amount of all provinces and the fixed total compensation amount due to reasons such as decimal truncation, preset ratio adjustments, or excessive withdrawal deductions. The transfer operation is as follows: calculating the difference between the fixed total compensation amount and the sum of the final compensation amounts of all sending provinces to generate the aforementioned remaining unallocated funds information, and then transferring these funds to the reserve material contract account or project material contract account of the receiving province. For example, transferring them to the fund pool corresponding to the available framework agreement of 250,000 yuan under the total non-physical resources. After the transfer is completed, the compensation allocation transaction for this cross-provincial support request is cancelled, system resources are released, and a complete closed loop from request initiation and dynamic reallocation to final settlement is achieved.

[0071] Figure 4This section defines the core data entities and their relationships for the dynamic construction and mobilization of cross-provincial power grid emergency resource pools. The "Cross-Provincial Power Emergency Support Request" serves as the top-level trigger source, generated in the "receiving province" and driving multiple "sending provinces" to participate in support. The participation of the "sending provinces" generates "support duration information," which, together with the "fixed total compensation amount information" provided by the "receiving province," forms the basis for calculating the "compensation allocation ratio information," creating a core closed loop for "allocation basis." Furthermore, the "emergency equipment allocation ledger information" optimizes the initial ratio through "correction calculation." When a "sending province" triggers a "support withdrawal event," the system extracts the "remaining compensation share information" and updates the "compensation allocation ratio information" in real time. Ultimately, the updated ratio information updates the unit value of the "material pre-dispatch resource information" and refreshes the labeling information on the "GIS map overview panel," thus constructing a complete data-driven architecture from request response, data quantification, dynamic reallocation to visual feedback.

[0072] Figure 5 This paper illustrates the correlation between the duration of support provided by three provinces with low willingness to cooperate in a simulated cross-provincial emergency support scenario for a freezing disaster and the initial compensation allocation. A fixed total compensation of 100 million yuan was set for the receiving provinces. According to the method described in this application, the initial compensation amount for each sending province was strictly allocated according to its proportion of support duration. The blue bars in the figure represent the duration of support provided by each province (Sichuan Province 48 hours, Yunnan Province 24 hours, Guizhou Province 96 hours), and the red line represents the corresponding allocated compensation amount. The data clearly shows that Guizhou Province received the highest compensation amount (57.143 million yuan) due to its longest support duration (57% of the total duration), while Yunnan Province, which provided short-term support, only received 14.286 million yuan. This figure confirms the effectiveness of the invention's initial allocation based on duration proportion, ensuring the deserved benefits of provinces that provide long-term support.

[0073] Example 2 is an embodiment of the present invention, which provides a dynamic construction and mobilization system for a power grid emergency resource pool for cross-provincial coordination, including: The support activation acquisition module is used to respond to cross-provincial power emergency support requests and obtain information on the total fixed compensation amount of the receiving province and the support activation time information of multiple provinces with low willingness to cooperate. The duration calculation module is used to calculate the support duration information of the multiple provinces with low willingness to cooperate in sending supplies based on the support start time information and the current settlement cycle time information. The initial proportion determination module is used to determine the initial compensation allocation proportion information of the multiple low-cooperation willingness sending provinces based on the support duration information and the fixed compensation total amount information; The remaining share extraction module is used to extract the remaining compensation share information that the first sending province has not obtained in response to the support withdrawal event of the first sending province. The compensation ratio update module is used to update the compensation allocation ratio information of the second sending province based on the remaining compensation share information, where the second sending province is another sending province that continues to maintain the support status.

[0074] This embodiment also provides an electronic device applicable to the dynamic construction and invocation method of power grid emergency resource pool for cross-provincial linkage, including: a memory and a processor; the memory is used to store computer-executable instructions, and the processor is used to execute the computer-executable instructions to realize the dynamic construction and invocation method of power grid emergency resource pool for cross-provincial linkage as proposed in the above embodiment.

[0075] This embodiment also provides a storage medium on which a computer program is stored. When the program is executed by a processor, it implements the method for dynamic construction and invocation of the power grid emergency resource pool for cross-provincial linkage as proposed in the above embodiment.

[0076] The storage medium proposed in this embodiment and the method for dynamically constructing and calling the power grid emergency resource pool for cross-provincial linkage proposed in the above embodiments belong to the same inventive concept. Technical details not described in detail in this embodiment can be found in the above embodiments, and this embodiment has the same beneficial effects as the above embodiments.

[0077] Based on the above description of the implementation methods, those skilled in the art can clearly understand that the present invention can be implemented using software and necessary general-purpose hardware, and of course, it can also be implemented using hardware, but in many cases the former is a better implementation method. Based on this understanding, the technical solution of the present invention, or the part that contributes to the prior art, can be embodied in the form of a software product. This computer software product can be stored in a computer-readable storage medium, such as a computer floppy disk, read-only memory (ROM), random access memory (RAM), flash memory, hard disk, or optical disk, etc., including several instructions to cause a computer device (which may be a personal computer, server, or network device, etc.) to execute the methods of the various embodiments of the present invention.

[0078] It should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit it. Although the present invention has been described in detail with reference to preferred embodiments, those skilled in the art should understand that modifications or equivalent substitutions can be made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention, and all such modifications or substitutions should be covered within the scope of the claims of the present invention.

Claims

1. A method for dynamically constructing and utilizing a power grid emergency resource pool for cross-provincial coordination, characterized in that: include: In response to cross-provincial emergency power support requests, obtain information on the total fixed compensation amount of the receiving province and the support initiation time information of multiple provinces with low willingness to cooperate; Based on the support start time information of the multiple provinces with low willingness to cooperate and the current settlement cycle time information, the support duration information of the multiple provinces with low willingness to cooperate is calculated. Based on the support duration information and the fixed total compensation amount information, the initial compensation allocation ratio information of the multiple provinces with low willingness to cooperate is determined; In response to the withdrawal of support from the first sending province, information on the remaining compensation share that the first sending province did not obtain is extracted; Based on the remaining compensation share information, the compensation allocation ratio information of the second sending province is updated, whereby the second sending province is one of the other sending provinces that continues to maintain support status.

2. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, The step of calculating the support duration information for the multiple provinces with low willingness to coordinate and send data based on the support start time information and the current settlement cycle time information includes: Obtain the emergency repair operation status information of each of the multiple low-cooperation-willing sending provinces; Based on the emergency repair operation status information, the power outage handling monitoring time node information of each sending province is identified; Based on the power outage handling monitoring time node information, the duration information from the start of the early warning response to the current time for each sending province is extracted; The extracted duration information is marked to generate the support duration information.

3. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 2, characterized in that, The determination of the initial compensation allocation ratio for the multiple low-cooperation-willing sending provinces based on the support duration information and the fixed total compensation amount information includes: The duration information of each sending province is summed to generate total support duration information; Based on the duration information of each sending province and the total support duration information, the initial duration percentage information of each sending province is calculated. Based on the initial duration percentage information and the fixed total compensation amount information, the initial compensation allocation ratio information is assigned a corresponding value.

4. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, The response to the support withdrawal event in the first sending province involves extracting information on the remaining compensation share that the first sending province has not yet acquired, including: Obtain emergency response status monitoring information from the first sending province; In response to the emergency event handling status monitoring information changing from an in-process status to a completed status, the support withdrawal event of the first sending province is triggered; Based on the support start time information of the first sending province and the occurrence time information of the support exit event, the actual support duration information of the first sending province is locked. Based on the actual support duration information and the fixed total compensation amount information, the compensation share information already obtained by the first sending province is calculated. The difference between the fixed total compensation information and the already obtained compensation share information is calculated to generate the remaining compensation share information.

5. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, The step of updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information includes: Obtain the current duration information of the second sending province at the time the support withdrawal event occurs; Based on the current duration information, the remaining duration percentage information of the second sending province is recalculated; Based on the product relationship between the remaining time percentage information and the remaining compensation share information, the incremental compensation share information of the second sending province is determined; Based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, the compensation allocation ratio information of the second sending province is updated and spliced ​​together.

6. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 5, characterized in that, After updating and concatenating the compensation allocation ratio information of the second sending province based on the incremental compensation share information and the initial compensation allocation ratio information of the second sending province, the process further includes: Obtain information on the pre-positioning of material resources in the second sending province and the current status of emergency repair operations; Based on the updated compensation allocation ratio information, the unit time compensation value information corresponding to the material pre-scheduling resource information is updated and calculated.

7. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, The method of responding to a support withdrawal event in the first sending province by extracting the remaining compensation share information that the first sending province has not yet obtained also includes: In response to receiving support withdrawal events from multiple sending provinces within the same time window, the withdrawal order information of the multiple sending provinces is parsed. Based on the exit order information, the information on the unacquired remaining compensation shares of the multiple sending provinces is sorted and linked together. Based on the results of the sorting and concatenation, the information on the unacquired remaining compensation shares of the multiple sending provinces is merged to generate a share pool to be redistributed. Based on the pool of shares to be reallocated, the compensation allocation ratio information of the sending provinces that are still in the support status is centrally updated.

8. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, After updating the compensation allocation ratio information of the second sending province based on the remaining compensation share information, the process further includes: Get the number of provinces currently in support status; In response to the fact that the number of sending provinces is zero, the support exit timestamp information of the last sending province to exit is recorded; Based on the support start time information and support exit timestamp information of the last sending province that withdrew, the final compensation amount information of the last sending province that withdrew is forcibly settled. Based on the difference between the fixed total compensation amount and the final compensation amount, the remaining unallocated funds are transferred.

9. The method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in claim 1, characterized in that, The determination of the initial compensation allocation ratio information for the multiple low-cooperation-willing sending provinces based on the support duration information and the fixed compensation total amount information further includes: Obtain the emergency equipment allocation ledger information of each of the multiple provinces with low willingness to cooperate in sending out equipment; Based on the emergency equipment allocation ledger information, the equipment type and quantity information of each sending province were extracted. Based on the equipment type information and the equipment quantity information, the resource input cost coefficient information of each sending province is evaluated. The initial compensation allocation ratio information is corrected and calculated based on the resource input cost coefficient information.

10. A system for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination, employing the method for dynamic construction and mobilization of power grid emergency resource pools for cross-provincial coordination as described in any one of claims 1 to 9, characterized in that, include: The support activation acquisition module is used to respond to cross-provincial power emergency support requests and obtain information on the total fixed compensation amount of the receiving province and the support activation time information of multiple provinces with low willingness to cooperate. The duration calculation module is used to calculate the support duration information of the multiple provinces with low willingness to cooperate in sending supplies based on the support start time information and the current settlement cycle time information. The initial proportion determination module is used to determine the initial compensation allocation proportion information of the multiple low-cooperation willingness sending provinces based on the support duration information and the fixed compensation total amount information; The remaining share extraction module is used to extract the remaining compensation share information that the first sending province has not obtained in response to the support withdrawal event of the first sending province. The compensation ratio update module is used to update the compensation allocation ratio information of the second sending province based on the remaining compensation share information, where the second sending province is another sending province that continues to maintain the support status.

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