Power grid load balance regulation and control system and method based on load integration

Abstract

The invention relates to the technical field of power grid balance, and discloses a power grid load balance regulation and control system and method based on load integration, and the system comprises an integration feature generation module, a balance cut-in matching module, a dynamic integration adjustment module and an integration feature updating module which are in communication connection in sequence, and the integrated feature updating module is also in communication connection with the balance cut-in matching module. According to the invention, based on the load characteristics of the load and the balance characteristics of the power grid, primary integration, feature extraction and cut-in moment calculation are carried out on the load, and dynamic integrated feature generation and dynamic load set replacement are carried out according to dynamic changes in the regulation and control process, so that the effective regulation and control of the load balance of the power grid are achieved; the power grid operation stability and the power supply quality are improved, and the problems of lack of comprehensive consideration and insufficient dynamic response capability in the prior art are solved.

Description

Technical Field

[0001] The present application relates to the technical field of power grid balancing, and specifically to a power grid load balancing control system and method based on load integration. Background Art

[0002] In today's power supply field, the stable operation of the power grid is of vital importance, and load balancing regulation is the key link to ensure its stability. With the continuous expansion of social electricity consumption and the increasing diversification of power equipment, the load situation of the power grid has become more complex and changeable.

[0003] The inventors found in their research on the prior art that there are the following problems when performing load balancing control on the power grid: 1. Most control methods lack comprehensive consideration of load characteristics and grid balance characteristics. They often simply treat the loads in a unified manner, making it difficult to accurately adapt to the timing differences in power consumption of different loads, resulting in poor control effects.

[0004] 2. The ability to respond to dynamic changes in load conditions is insufficient. It is impossible to flexibly adjust the control strategy according to load changes in real time, update the relevant elements of load integration in a timely manner, and determine the appropriate time to enter the power grid for control. This makes the power grid prone to imbalance when facing complex load changes, affecting the power supply quality and the overall stability of the power grid.

[0005] Chinese patent number CN202411427773.8 discloses a load balancing control method and system for an energy storage device. However, the invention has poor applicability in the context of increasingly complex and changeable grid load conditions. Moreover, it relies on specific Gaussian processing methods, modal decomposition methods, and hybrid neural networks for control. The method is relatively simple and lacks coordination to flexibly respond to load changes. It has poor adaptability to balance control under complex working conditions.

[0006] In summary, there is an urgent need for a new technical solution for load balancing control of power grids based on load integration, so as to effectively combine load characteristics with grid balancing requirements and have dynamic adjustment capabilities to improve the stability of grid operation and power supply quality. Summary of the invention

[0007] The purpose of this application is to provide a power grid load balancing control system and method based on load integration to solve the technical problems raised in the above background technology.

[0008] To achieve the above objectives, this application discloses the following technical solutions: In a first aspect, the present application discloses a load balancing control system for a power grid based on load integration, the system comprising an integrated feature generation module, a balanced cut-in matching module, a dynamic integrated adjustment module and an integrated feature update module which are sequentially communicatively connected, wherein the integrated feature update module is also communicatively connected to the balanced cut-in matching module; The integrated feature generation module is configured to: perform initial integration of the loads based on the load characteristics of the loads and the balance characteristics of the power grid, perform feature extraction on the initial load set after the initial integration to generate an initial integrated feature, and output the initial integrated feature and the corresponding initial load set; wherein the load characteristics are used to characterize the time-series power consumption of the loads, the balance characteristics are used to characterize the time-series balance requirements of the power grid, the initial integration is used to perform initial screening of the loads in the power grid based on the load characteristics and the balance characteristics, the initial load set is composed of the loads screened by the initial integration, and the initial integrated feature is used to characterize the initial and overall load characteristics of the load set; The balance cut-in matching module is configured to: calculate and output the initial cut-in time when the load set is cut into the power grid for the first time and performs load balancing regulation based on the balance characteristic and the initial integration characteristic; wherein the initial cut-in time is the time when the load set is connected to the power grid for the first time and performs load balancing regulation; The dynamic integration adjustment module is configured to: perform load balancing regulation using the initial load set, and when there is a dynamic integration feature and a corresponding dynamic load set, replace the initial load set with the dynamic load set and perform load balancing regulation; wherein the dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing regulation, and the dynamic load set is composed of loads obtained after updating and integrating based on the dynamic integration feature, and the updated integration is an updated screening after the initial integration is updated based on the dynamic integration feature; The integrated feature update module is configured to: generate and output the dynamic integrated feature and the corresponding dynamic load set based on monitoring the process of performing load balancing control using the initial load set; The balancing cut-in matching module is also configured to: based on the dynamic balancing characteristics and the dynamic integration characteristics, calculate and output the dynamic cut-in time when the dynamic load set cuts in to the power grid and performs load balancing regulation; wherein the dynamic balancing characteristics are the balancing characteristics updated after the load balancing regulation is performed using the initial load set, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

[0009] Preferably, the first cut-in time is specifically: The initial cut-in time is calculated using a preset initial cut-in time calculation formula, wherein the initial cut-in time calculation formula is: in, is the feature in the initial integrated feature The value of For and Features Corresponding characteristics in the balance characteristic The value of is the number of initially integrated feature loads, is the preset reference time. is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated first cut-in time.

[0010] Preferably, the dynamic integration feature is specifically: The dynamic integration feature is calculated using a preset feature update formula, wherein the dynamic integration feature is: in, is the initial integration feature, To monitor the number of time intervals generated by the process of performing load balancing regulation using the initial load set, For the The change in the load characteristics of the load within a time interval, For the The change in the balance characteristics of the power grid within a time interval, and is the preset weight coefficient, is the calculated dynamic integration feature.

[0011] Preferably, the dynamic load set is specifically: The dynamic evaluation value of the dynamic integration feature is calculated based on the dynamic integration feature and a preset load evaluation mechanism. When the dynamic evaluation value is greater than a preset threshold of the dynamic evaluation value, the load corresponding to the dynamic integration feature corresponding to the dynamic evaluation value is selected to form a dynamic load set.

[0012] Preferably, the dynamic cut-in time is specifically: The dynamic cut-in time is calculated using a preset dynamic cut-in time calculation formula, wherein the dynamic cut-in time calculation formula is: in, Dynamically integrate features in features The value of Features Corresponding characteristics in dynamic balance characteristics The value of is the number of loads of the dynamic integration feature, is the initial insertion time, How long to perform load balancing for the predicted initial load set, The time it takes to perform load balancing for the actual initial load collection, is the absolute value operator, is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated dynamic cut-in time.

[0013] Preferably, the initial load set is specifically: The initial integration is used to perform initial screening of loads in the power grid based on the load characteristics and the balance characteristics. Obtaining a preset load balancing control execution time threshold; wherein the load balancing control execution time threshold is used to characterize the predicted time when the load performs load balancing control; When the load characteristics of the loads meet the balance characteristics of the power grid within the load balancing control execution time threshold, the loads are selected to form the initial load set.

[0014] Preferably, when there are environmental variables, the feature update formula is updated to an environmental feature update formula; The environment variables are: in, Indicates the time Environmental indicators Not within the preset environmental indicator threshold Environment variables , is the absolute value operator, Indicates the time Environmental indicators Belongs to the preset environmental indicator threshold Environment variables , the environmental index is a quantified value of the impact of the environment on the preset load or power grid; The environmental feature update formula is: in, is the preset environmental variable weight coefficient, Indicates at time Internal environment variables The integral, time Environmental indicators Not within the preset environmental indicator threshold The total duration corresponding to the moment in time.

[0015] Preferably, the step of replacing the initial load set with the dynamic load set and performing load balancing regulation is specifically as follows: The comprehensive priority of the dynamic load set is calculated based on the balancing priority of the loads in the dynamic load set, and the initial load set is replaced and load balancing regulation is performed based on the sorting of the comprehensive priority; wherein the balancing priority is used to characterize the priority of the load when performing load balancing regulation, and the comprehensive priority is used to characterize the priority of the dynamic load set when performing load balancing regulation.

[0016] Preferably, when there is power grid fluctuation time, the initial cut-in time calculation formula is updated to a fluctuation initial cut-in time calculation formula; The power grid fluctuation time is the duration of the imbalance in the collected power grid; The calculation formula for the initial cut-in time of the wave is: in, is the power grid fluctuation time.

[0017] In a second aspect, the present application discloses a load balancing control method for a power grid based on load integration, which method is applicable to the load balancing control system for a power grid based on load integration as described above, and the method comprises: S1: Performing initial integration of loads based on the load characteristics of the loads and the balance characteristics of the power grid, extracting features from the initial load set after the initial integration to generate initial integration features, and outputting the initial integration features and the corresponding initial load set; wherein the load characteristics are used to characterize the time-series power consumption of the loads, and the balance characteristics are used to characterize the time-series balance requirements of the power grid, and the initial integration is used to perform initial screening of the loads in the power grid based on the load characteristics and the balance characteristics, and the initial load set is composed of the loads screened by the initial integration, and the initial integration features are used to characterize the initial and overall load characteristics of the load set; S2: Based on the balancing characteristic and the initial integration characteristic, calculate and output the initial cut-in time when the load set is first cut into the power grid and performs load balancing regulation; wherein the initial cut-in time is the time when the load set is first connected to the power grid and performs load balancing regulation; S3: Utilize the initial load set to perform load balancing regulation. When there is a dynamic integration feature and a corresponding dynamic load set, use the dynamic load set to replace the initial load set and perform load balancing regulation. The dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing regulation. The dynamic load set is composed of loads obtained after updating and integrating based on the dynamic integration feature. The updated integration is an updated screening after the initial integration is updated based on the dynamic integration feature. S4: generating and outputting the dynamic integration feature and the corresponding dynamic load set based on monitoring the process of performing load balancing control using the initial load set; S5: Based on the dynamic balancing characteristics and the dynamic integration characteristics, the dynamic cut-in time when the dynamic load set is cut into the power grid and performs load balancing regulation is calculated and output; wherein, the dynamic balancing characteristics are the balancing characteristics updated after the load balancing regulation is performed using the initial load set, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

[0018] Beneficial effect: The load integration-based power grid load balancing control system and method of the present application realizes the load characteristics based on the load and the balance characteristics of the power grid, performs initial integration, feature extraction, cut-in time calculation on the load, and performs dynamic integration feature generation and dynamic load set replacement operations according to dynamic changes during the control process, thereby achieving effective control of the power grid load balance, improving the stability of power grid operation and the power supply quality, and solving the problems of lack of comprehensive consideration and insufficient dynamic response capabilities in the existing technology. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For those skilled in the art, other drawings can be obtained based on these drawings without paying any creative work.

[0020] Figure 1 A structural block diagram of a power grid load balancing control system based on load integration provided in an embodiment of the present application; Figure 2 A flowchart of a load balancing control method for a power grid based on load integration provided in an embodiment of the present application. DETAILED DESCRIPTION

[0021] The technical solutions in the embodiments of the present application are described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present application.

[0022] In this article, the term "comprising" is intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also includes other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. In the absence of more restrictions, the elements defined by the sentence "comprising..." do not exclude the presence of other identical elements in the process, method, article or device including the elements.

[0023] In a first aspect, this embodiment discloses Figure 1 A load balancing control system for a power grid based on load integration is shown, the system comprising an integrated feature generation module, a balanced cut-in matching module, a dynamic integrated adjustment module and an integrated feature update module which are sequentially communicatively connected, wherein the integrated feature update module is also communicatively connected to the balanced cut-in matching module; The integrated feature generation module is configured as follows: based on the load characteristics of the load and the balance characteristics of the power grid, the load is initially integrated, and the feature extraction is performed on the initial load set after the initial integration to generate the initial integrated feature, and the initial integrated feature and the corresponding initial load set are output; wherein the load characteristics are used to characterize the time-series power consumption of the load, and the balance characteristics are used to characterize the time-series balance requirements of the power grid. The initial integration is used to initially screen the loads in the power grid based on the load characteristics and the balance characteristics. The initial load set is composed of the loads screened by the initial integration, and the initial integrated features are used to characterize the initial and overall load characteristics of the load set; The balanced cut-in matching module is configured to: calculate and output the initial cut-in time when the load set is cut into the power grid for the first time and performs load balancing regulation based on the balanced characteristics and the initial integrated characteristics; wherein the initial cut-in time is the time when the load set is first connected to the power grid and performs load balancing regulation; The dynamic integration adjustment module is configured to: perform load balancing control using the initial load set, and when there is a dynamic integration feature and a corresponding dynamic load set, replace the initial load set with the dynamic load set and perform load balancing control; wherein the dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing control, and the dynamic load set is composed of the load obtained after the update integration based on the dynamic integration feature, and the update integration is an update screening after the initial integration update based on the dynamic integration feature; The integrated feature update module is configured to: generate and output a dynamic integrated feature and a corresponding dynamic load set based on monitoring a process of performing load balancing control using an initial load set; The balancing cut-in matching module is also configured to: based on the dynamic balancing characteristics and dynamic integration characteristics, calculate and output the dynamic cut-in time when the dynamic load set cuts in to the power grid and performs load balancing regulation; wherein the dynamic balancing characteristics are the balancing characteristics updated after the initial load set performs load balancing regulation, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

[0024] Through the above, this embodiment realizes the initial integration, feature extraction, cut-in time calculation of the load based on the load characteristics and the balance characteristics of the power grid, and performs dynamic integration feature generation and dynamic load set replacement operations according to dynamic changes during the regulation process, thereby achieving effective regulation of the load balance of the power grid, improving the stability of the power grid operation and the power supply quality, and solving the problems of lack of comprehensive consideration and insufficient dynamic response capabilities in the existing technology.

[0025] Specifically, the first cut-in time is: The initial cut-in time is calculated using a preset initial cut-in time calculation formula, wherein the initial cut-in time calculation formula is: in, is the feature in the initial integrated feature The value of For and Features Corresponding characteristics in the balance characteristic The value of is the number of initially integrated feature loads, is the preset reference time. is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated first cut-in time.

[0026] It should be noted that the load characteristics of this embodiment may be power, current, etc., the grid balance characteristics may be target power, voltage, etc. of the grid, and the reference time may be the system startup time.

[0027] Based on the above, this embodiment uses the calculation formula for the initial cut-in time to take into account the initial integrated characteristics, balancing characteristics, load quantity, reference time and control coefficient, and realizes the accurate calculation of the initial cut-in time for the initial load set to cut into the power grid to perform load balancing regulation, so that the load can be cut into the power grid at the appropriate time for regulation, which helps to improve the accuracy and effectiveness of load balancing regulation and overcomes the deficiency of the prior art that it is difficult to determine the appropriate cut-in time.

[0028] Specifically, the dynamic integration features are: The dynamic integration feature is calculated using the preset feature update formula, where the dynamic integration feature is: in, is the initial integration feature, To monitor the number of time intervals generated by the process of performing load balancing control using the initial load set, For the The change in the load characteristics of the load within a time interval, For the The change in the balance characteristics of the power grid within a time interval, and is the preset weight coefficient, is the calculated dynamic integration feature.

[0029] Based on the above, this embodiment utilizes the feature update formula, combines the initial integrated features, the number of time intervals generated by the control process, and the changes in load and grid characteristics and weight coefficients in different time intervals, to achieve accurate calculation of dynamic integrated features, and can timely reflect the changes in integrated features when performing load balancing control, and then better adjust subsequent control strategies based on this change, thereby improving the situation where existing technologies are difficult to cope with dynamic changes in loads.

[0030] Specifically, the dynamic load set is: The dynamic evaluation value of the dynamic integration feature is calculated based on the dynamic integration feature and the preset load evaluation mechanism. When the dynamic evaluation value is greater than the preset dynamic evaluation value threshold, the load corresponding to the dynamic integration feature corresponding to the dynamic evaluation value is selected to form a dynamic load set.

[0031] Based on the above, this embodiment utilizes the existing load evaluation mechanism and dynamic evaluation value threshold, calculates its dynamic evaluation value based on the dynamic integration feature, and selects the corresponding load to form a dynamic load set by comparing the threshold, thereby realizing reasonable screening of the dynamic load set, ensuring that the selected load can better adapt to the dynamic changes in load balancing control requirements, and solving the problem that the existing technology cannot update the load integration related elements in a timely manner.

[0032] Specifically, the dynamic cut-in time is: The dynamic cut-in time is calculated using a preset dynamic cut-in time calculation formula, wherein the dynamic cut-in time calculation formula is: in, Dynamically integrate features in features The value of Features Corresponding characteristics in dynamic balance characteristics The value of is the number of loads of the dynamic integration feature, is the initial insertion time, How long to perform load balancing for the predicted initial load set, The time it takes to perform load balancing for the actual initial load collection, is the absolute value operator, is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated dynamic cut-in time.

[0033] Based on the above, this embodiment uses a dynamic cut-in time calculation formula, comprehensively considers the factors of dynamic integration characteristics, dynamic balancing characteristics, load quantity, initial insertion time and regulation duration, and realizes accurate calculation of the dynamic cut-in time for the dynamic load set to cut into the power grid to perform load balancing regulation, so that the dynamic load set can intervene in the regulation at the appropriate time, further ensuring the continuity and effectiveness of the power grid load balancing regulation, and coping with complex load changes.

[0034] Specifically, the initial load set is as follows: Initial integration is used to perform initial screening of loads in the power grid based on load characteristics and balance characteristics Obtaining a preset load balancing control execution time threshold; wherein the load balancing control execution time threshold is used to characterize the predicted time when the load performs load balancing control; When the load characteristics of the loads meet the balance characteristics of the power grid within the load balancing control execution time threshold, the loads are selected to form the initial load set.

[0035] Based on the above, this embodiment utilizes the load balancing control execution time threshold to perform screening within the threshold range based on whether the load characteristics of the load meet the balancing characteristics of the power grid, thereby achieving a reasonable construction of the initial load set, so that the initially screened load set is more in line with the initial requirements of load balancing control, laying the foundation for subsequent accurate and effective control, and making up for the defect of the existing technology that lacks comprehensive consideration of load screening.

[0036] Specifically, when there are environmental variables, the feature update formula is updated to the environmental feature update formula; The environment variables are: in, Indicates the time Environmental indicators Not within the preset environmental indicator threshold Environment variables , is the absolute value operator, Indicates the time Environmental indicators Belongs to the preset environmental indicator threshold Environment variables , the environmental index is the quantitative value of the environmental impact on the preset load or power grid; The environmental characteristics update formula is: in, is the preset environmental variable weight coefficient, Indicates at time Internal environment variables The integral, time Environmental indicators Not within the preset environmental indicator threshold The total duration corresponding to the moment in time.

[0037] Based on the above, when environmental variables exist, this embodiment uses the environmental feature update formula to take into account the environmental variables and their integrals and weight coefficients, thereby realizing the update calculation of the dynamic integrated features under the influence of environmental factors, so that the dynamic integrated features can be more in line with the actual working conditions, enhance the adaptability of the entire load balancing and control system to load changes in complex environments, and improve the problem that the existing technology is not good at coping with complex working conditions.

[0038] Specifically, the dynamic load set is used to replace the initial load set and perform load balancing control, specifically: The comprehensive priority of the dynamic load set is calculated based on the balancing priority of the loads in the dynamic load set, and the initial load set is replaced based on the sorting of the comprehensive priority and load balancing regulation is performed; wherein, the balancing priority is used to characterize the priority of the load when performing load balancing regulation, and the comprehensive priority is used to characterize the priority of the dynamic load set when performing load balancing regulation.

[0039] Based on the above, this embodiment uses the balancing priority of the loads in the dynamic load set to calculate the comprehensive priority, and performs the replacement operation based on the comprehensive priority sorting, thereby realizing the replacement of the initial load set with the dynamic load set in a reasonable order and executing load balancing regulation, making the load replacement more scientific and orderly, improving the flexibility of load balancing regulation in dealing with dynamic changes, and solving the problem of the lack of coordination and cooperation in dealing with load changes in the existing technology.

[0040] Specifically, when there is power grid fluctuation time, the calculation formula for the initial cut-in time is updated to the calculation formula for the fluctuation initial cut-in time; The grid fluctuation time is the duration of the imbalance in the collected grid; The calculation formula for the initial wave cut-in time is: in, is the power grid fluctuation time.

[0041] Based on the above, this embodiment uses the calculation formula for the initial cut-in time of fluctuation to incorporate the grid fluctuation time into the calculation when there is grid fluctuation time, thereby realizing the recalculation of the initial cut-in time under grid fluctuation conditions, so that the time for the initial load set to cut into the grid can better adapt to the grid fluctuation conditions, ensuring that load balancing control can be effectively carried out even when the grid is unstable, and enhancing the system's ability to cope with grid fluctuations.

[0042] In a second aspect, this embodiment discloses Figure 2 A load balancing control method for a power grid based on load integration is shown, and the method is applicable to the load balancing control system for a power grid based on load integration as described above, and the method includes: S1: Perform initial integration of loads based on the load characteristics of the loads and the balance characteristics of the power grid, extract features from the initial load set after the initial integration to generate initial integration features, output initial integration features and the corresponding initial load set; wherein, the load characteristics are used to characterize the time-series power consumption of the loads, the balance characteristics are used to characterize the time-series balance requirements of the power grid, the initial integration is used to perform initial screening of the loads in the power grid based on the load characteristics and the balance characteristics, the initial load set is composed of the loads screened by the initial integration, and the initial integration features are used to characterize the initial and overall load characteristics of the load set; S2: Based on the balancing characteristics and the initial integration characteristics, the initial cut-in time when the load set is first cut into the power grid and load balancing regulation is performed is calculated and output; wherein the initial cut-in time is the time when the load set is first connected to the power grid and load balancing regulation is performed; S3: Perform load balancing control using the initial load set. When there is a dynamic integration feature and a corresponding dynamic load set, replace the initial load set with the dynamic load set and perform load balancing control. The dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing control. The dynamic load set is composed of loads obtained after updating and integrating based on the dynamic integration feature. The updated integration is an update screening after updating the initial integration based on the dynamic integration feature. S4: Based on monitoring, a process of performing load balancing control using the initial load set is generated and outputted a dynamic integration feature and a corresponding dynamic load set; S5: Based on the dynamic balancing characteristics and dynamic integration characteristics, the dynamic cut-in time when the dynamic load set is cut into the power grid and performs load balancing regulation is calculated and output; wherein, the dynamic balancing characteristics are the balancing characteristics updated after the initial load set is used to perform load balancing regulation, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

[0043] It should be noted that the load balancing control method of the power grid based on load integration of this embodiment corresponds to the aforementioned power grid load balancing control system based on load integration. Therefore, the contents not specifically described in the power grid load balancing control system based on load integration of this embodiment may include but are not limited to functional definitions, working principles and technical effects, etc., and may refer to the records of the aforementioned power grid load balancing control system based on load integration, and this text will not elaborate on them here.

[0044] In summary, the load integration-based power grid load balancing control system and method of the present embodiment realizes the initial integration, feature extraction, cut-in time calculation of the load based on the load characteristics and the balance characteristics of the power grid, and performs dynamic integration feature generation and dynamic load set replacement operations according to dynamic changes during the control process, thereby achieving effective control of the power grid load balance, improving the stability of the power grid operation and the power supply quality, and solving the problems of the lack of comprehensive consideration and insufficient dynamic response capabilities in the existing technology.

[0045] In the embodiments provided in the present application, it should be understood that the embodiments described herein can be implemented in hardware, software, firmware, middleware, code, or any appropriate combination thereof. For hardware implementation, the processor can be implemented in one or more of the following units: an application-specific integrated circuit (ASIC), a digital signal processor (DSP), a digital signal processing device (DSPD), a programmable logic device (PLD), a field programmable gate array (FPGA), a processor, a controller, a microcontroller, a microprocessor, other electronic units designed to implement the functions described herein, or a combination thereof. For software implementation, part or all of the processes of the embodiment can be completed by instructing the relevant hardware through a computer program. When implemented, the above program can be stored in a computer-readable storage medium or transmitted as one or more instructions or codes on a computer-readable storage medium. Computer-readable storage media include computer storage media and communication media, wherein the communication medium includes any medium that facilitates the transmission of a computer program from one place to another. The storage medium can be any available medium that can be accessed by a computer. Computer-readable storage media can include, but are not limited to, RAM, ROM, EEPROM, CD-ROM or other optical disk storage, disk storage media or other magnetic storage devices, or any other medium that can be used to carry or store the desired program code in the form of an instruction or data structure and can be accessed by a computer.

[0046] Finally, it should be noted that the above is only a preferred embodiment of the present application and is not intended to limit the present application. Although the present application has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present application shall be included in the protection scope of the present application.

Claims

1. A power grid load balancing control system based on load integration, characterized in that: The system comprises an integrated feature generation module, a balanced cut-in matching module, a dynamic integrated adjustment module and an integrated feature update module which are sequentially communicatively connected, wherein the integrated feature update module is also communicatively connected to the balanced cut-in matching module; The integrated feature generation module is configured to: perform initial integration of the loads based on the load characteristics of the loads and the balance characteristics of the power grid, perform feature extraction on the initial load set after the initial integration to generate an initial integrated feature, and output the initial integrated feature and the corresponding initial load set; wherein the load characteristics are used to characterize the time-series power consumption of the loads, the balance characteristics are used to characterize the time-series balance requirements of the power grid, the initial integration is used to perform initial screening of the loads in the power grid based on the load characteristics and the balance characteristics, the initial load set is composed of the loads screened by the initial integration, and the initial integrated feature is used to characterize the initial and overall load characteristics of the load set; The balance cut-in matching module is configured to: calculate and output the initial cut-in time when the load set is cut into the power grid for the first time and performs load balancing regulation based on the balance characteristic and the initial integration characteristic; wherein the initial cut-in time is the time when the load set is connected to the power grid for the first time and performs load balancing regulation; The dynamic integration adjustment module is configured to: perform load balancing regulation using the initial load set, and when there is a dynamic integration feature and a corresponding dynamic load set, replace the initial load set with the dynamic load set and perform load balancing regulation; wherein the dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing regulation, and the dynamic load set is composed of loads obtained after updating and integrating based on the dynamic integration feature, and the updated integration is an updated screening after the initial integration is updated based on the dynamic integration feature; The integrated feature update module is configured to: generate and output the dynamic integrated feature and the corresponding dynamic load set based on monitoring the process of performing load balancing control using the initial load set; The balancing cut-in matching module is also configured to: based on the dynamic balancing characteristics and the dynamic integration characteristics, calculate and output the dynamic cut-in time when the dynamic load set cuts in to the power grid and performs load balancing regulation; wherein the dynamic balancing characteristics are the balancing characteristics updated after the load balancing regulation is performed using the initial load set, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

2. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The first cut-in time is specifically: The initial cut-in time is calculated using a preset initial cut-in time calculation formula, wherein the initial cut-in time calculation formula is: in, is the feature in the initial integrated feature The value of For and Features Corresponding characteristics in the balance characteristic The value of is the number of initially integrated feature loads, is the preset reference time. is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated first cut-in time.

3. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The dynamic integration features are specifically: The dynamic integration feature is calculated using a preset feature update formula, wherein the dynamic integration feature is: in, is the initial integration feature, To monitor the number of time intervals generated by the process of performing load balancing regulation using the initial load set, For the The change in the load characteristics of the load within a time interval, For the The change in the balance characteristics of the power grid within a time interval, and is the preset weight coefficient, is the calculated dynamic integration feature.

4. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The dynamic load set is specifically: The dynamic evaluation value of the dynamic integration feature is calculated based on the dynamic integration feature and a preset load evaluation mechanism. When the dynamic evaluation value is greater than a preset threshold of the dynamic evaluation value, the load corresponding to the dynamic integration feature corresponding to the dynamic evaluation value is selected to form a dynamic load set.

5. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The dynamic cut-in moment is specifically: The dynamic cut-in time is calculated using a preset dynamic cut-in time calculation formula, wherein the dynamic cut-in time calculation formula is: in, Dynamically integrate features in features The value of Features Corresponding characteristics in dynamic balance characteristics The value of is the number of loads of the dynamic integration feature, is the initial insertion time, How long to perform load balancing for the predicted initial load set, The time it takes to perform load balancing for the actual initial load collection, is the absolute value operator, is the control coefficient obtained based on the response time fitting of the load to the balancing demand, is the calculated dynamic cut-in time.

6. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The initial load set is specifically: The initial integration is used to perform initial screening of loads in the power grid based on the load characteristics and the balance characteristics. Obtaining a preset load balancing control execution time threshold; wherein the load balancing control execution time threshold is used to characterize the predicted time when the load performs load balancing control; When the load characteristics of the loads meet the balance characteristics of the power grid within the load balancing control execution time threshold, the loads are selected to form the initial load set.

7. The load balancing control system for a power grid based on load integration according to claim 3 is characterized in that: When the environment variable exists, the feature update formula is updated to an environment feature update formula; The environment variables are: in, Indicates the time Environmental indicators Not within the preset environmental indicator threshold Environment variables , is the absolute value operator, Indicates the time Environmental indicators Belongs to the preset environmental indicator threshold Environment variables , the environmental index is a quantified value of the impact of the environment on the preset load or power grid; The environmental feature update formula is: in, is the preset environmental variable weight coefficient, Indicates at time Internal environment variables The integral, time Environmental indicators Not within the preset environmental indicator threshold The total duration corresponding to the moment in time.

8. The load balancing control system for a power grid based on load integration according to claim 1, characterized in that: The using of the dynamic load set to replace the initial load set and performing load balancing regulation is specifically as follows: The comprehensive priority of the dynamic load set is calculated based on the balancing priority of the loads in the dynamic load set, and the initial load set is replaced and load balancing regulation is performed based on the sorting of the comprehensive priority; wherein the balancing priority is used to characterize the priority of the load when performing load balancing regulation, and the comprehensive priority is used to characterize the priority of the dynamic load set when performing load balancing regulation.

9. The load balancing control system for a power grid based on load integration according to claim 2, characterized in that: When there is power grid fluctuation time, the initial cut-in time calculation formula is updated to the fluctuation initial cut-in time calculation formula; The power grid fluctuation time is the duration of the imbalance in the collected power grid; The calculation formula for the initial cut-in time of the wave is: in, is the power grid fluctuation time.

10. A load balancing control method for a power grid based on load integration, the method being applicable to the load balancing control system for a power grid based on load integration as claimed in any one of claims 1 to 9, characterized in that: The method includes: S1: Performing initial integration of loads based on the load characteristics of the loads and the balance characteristics of the power grid, extracting features from the initial load set after the initial integration to generate initial integration features, and outputting the initial integration features and the corresponding initial load set; wherein the load characteristics are used to characterize the time-series power consumption of the loads, and the balance characteristics are used to characterize the time-series balance requirements of the power grid, and the initial integration is used to perform initial screening of the loads in the power grid based on the load characteristics and the balance characteristics, and the initial load set is composed of the loads screened by the initial integration, and the initial integration features are used to characterize the initial and overall load characteristics of the load set; S2: Based on the balancing characteristic and the initial integration characteristic, calculate and output the initial cut-in time when the load set is first cut into the power grid and performs load balancing regulation; wherein the initial cut-in time is the time when the load set is first connected to the power grid and performs load balancing regulation; S3: Utilize the initial load set to perform load balancing regulation. When there is a dynamic integration feature and a corresponding dynamic load set, use the dynamic load set to replace the initial load set and perform load balancing regulation. The dynamic integration feature is used to characterize the load characteristics after the initial integration feature changes when performing load balancing regulation. The dynamic load set is composed of loads obtained after updating and integrating based on the dynamic integration feature. The updated integration is an updated screening after the initial integration is updated based on the dynamic integration feature. S4: Based on monitoring the process of performing load balancing control using the initial load set, generating and outputting the dynamic integration feature and the corresponding dynamic load set; S5: Based on the dynamic balancing characteristics and the dynamic integration characteristics, the dynamic cut-in time when the dynamic load set is cut into the power grid and performs load balancing regulation is calculated and output; wherein, the dynamic balancing characteristics are the balancing characteristics updated after the load balancing regulation is performed using the initial load set, and the dynamic cut-in time is the time when the dynamic load set is connected to the power grid and performs load balancing regulation.

Images