An electrical control planning system for use in buildings

Abstract

The present invention discloses an electrical control planning system for buildings. The present invention relates to the field of electrical planning, and comprises an electrical planning center, wherein the electrical planning center is communicatively connected with an electrical preprocessing module, an electrical acquisition module, an electrical analysis module, an electrical planning module and an electrical control module; the electrical preprocessing module is used for inputting basic building information and historical electrical information and setting electrical planning control nodes according to the information; the electrical acquisition module is used for acquiring electrical data information; the electrical analysis module is used for setting correlation levels between various electrical planning control nodes; the electrical planning module is used for setting prediction scheduling data according to the obtained electrical data information and the correlation levels between various electrical planning control nodes; the electrical control module is used for executing the prediction scheduling data set by various electrical planning control nodes; the present invention improves the efficiency of electrical control in buildings to a certain extent.

Description

Technical Field

[0001] The invention relates to the field of electrical planning, in particular to an electrical control planning system used in a building. Background Art

[0002] With the development of society and the improvement of people's living standards, electrical control planning is everywhere. The electrical and air planning system in the building needs to set up corresponding electrical control planning based on the actual usage and needs in the building, so as to achieve safe, efficient and energy-saving electrical control management;

[0003] A computer-aided decision support system for power grid planning with publication number CN113158382B discloses a computer-aided decision support system for power grid planning, including an information collection module, a power grid planning module and an economic benefit analysis module, wherein: the information collection module is used to receive historical power consumption data of a target area and index data of power grid planning provided by a user, and send the data to the power grid planning module after unifying various data types; the power grid planning module is used to receive historical power consumption data and index data of power grid planning sent by the information collection module, perform electrical calculation analysis and distribution network planning and design, and send the obtained analysis result data and design result data to the economic benefit analysis module; the economic benefit analysis module is used to receive analysis result data and design result data sent by the power grid planning module, and perform economic benefit analysis according to the economic analysis model;

[0004] However, the power control planning and management in the building is completed through unified deployment, which reduces the efficiency of the power control planning and management process to a certain extent, and it is impossible to carry out fine management of the power in the building; therefore, how to improve the efficiency of the power control management in the building and carry out fine management is a problem we need to solve. To this end, an electrical control planning system for a building is now provided. Summary of the invention

[0005] In order to solve the above technical problems, an object of the present invention is to provide an electrical control planning system for a building.

[0006] The object of the present invention can be achieved by the following technical solutions: an electrical control planning system for use in a building, comprising an electrical planning center, wherein the electrical planning center is communicatively connected to an electrical preprocessing module, an electrical acquisition module, an electrical analysis module, an electrical planning module, and an electrical control module;

[0007] The electrical preprocessing module is used to input the basic building information and the corresponding historical electrical information, and to set the electrical planning control nodes according to the input basic building information and historical electrical information;

[0008] The electrical acquisition module is used to collect electrical data information in the corresponding electrical planning control node;

[0009] The electrical analysis module is used to analyze and process the historical electrical data corresponding to the power planning control node, obtain the electrical planning cycle corresponding to each electrical planning control node and its corresponding electrical reference data, and obtain the correlation level between each electrical planning control node in the building;

[0010] The electrical planning module is used for each electrical planning control node to compare and analyze the obtained electrical data information with the electrical reference data within the electrical planning cycle, obtain the predicted electrical planning data of each electrical planning control node according to the comparison and analysis results, and set the predicted scheduling data according to the predicted electrical planning data and the correlation level between each electrical planning control node;

[0011] The electrical control module is used to perform power dispatching according to the forecast dispatching data corresponding to each electrical planning control node.

[0012] Furthermore, the process of the electrical preprocessing module setting the electrical planning control node includes:

[0013] The electrical preprocessing module is provided with an information input unit and an electrical preprocessing unit;

[0014] The information input unit is used for management personnel to input building electrical information and historical data information; the building electrical information includes building information images, electrical circuit trend diagrams in building image information, and transfer battery pack information; the historical data information is the historical electrical data corresponding to the corresponding electrical equipment and the electrical equipment connection information;

[0015] The electrical preprocessing unit is used to obtain building electrical information and historical data information, analyze and process the obtained data information, obtain the electrical distribution image of the building, obtain the transit battery group information in the electrical distribution image to set the electrical planning control node, and the electrical planning control node is used to plan and control the electrical equipment connected to the transit battery group in the electrical distribution image.

[0016] Furthermore, the process of the electrical data collection module collecting electrical data information includes:

[0017] The electrical acquisition module sets a corresponding electrical monitoring terminal according to the distribution of the electrical planning control node in the electrical distribution image. The electrical monitoring terminal is used to obtain the electrical data information at the corresponding electrical planning control node position, mark its acquisition time, and send the electrical data information to the electrical planning module according to the marking result.

[0018] Furthermore, an electrical control planning system for a building further includes an electrical storage module, wherein the electrical storage module is used to store the obtained historical electrical information and the collected electrical data information, and the process includes:

[0019] The electrical storage module is provided with a data storage space according to the corresponding electrical distribution image, and a data storage subspace is provided in the data storage space according to the electrical planning control node. The obtained historical electrical information and electrical data information are matched with the corresponding electrical planning control node, and the historical electrical information and electrical data information are stored in the corresponding data storage subspace according to the matching result, and are encrypted and stored.

[0020] Furthermore, the process in which the electrical analysis module obtains the electrical planning cycle and the electrical reference data corresponding to each electrical planning control node and obtains the correlation level between each electrical planning control node in the building includes:

[0021] The electrical analysis module is provided with a node analysis unit and a correlation analysis unit;

[0022] The node analysis unit is used to obtain the historical electrical data and the corresponding collection time corresponding to each electrical planning control node, set the historical electrical change curve of the historical electrical data with respect to the change of the collection time, smooth the obtained historical electrical change curve, obtain the peak and trough of the smoothed historical electrical change curve based on the peak monitoring algorithm, and set the electrical planning cycle of the electrical planning control node according to the distribution of the corresponding peaks and troughs of the historical electrical change curve; obtain the historical electrical change curve of each electrical planning cycle in the electrical planning control node, perform mean processing on the obtained historical electrical change curve, obtain the electrical reference data corresponding to the unit time in the electrical planning cycle, and store it;

[0023] The association analysis unit obtains the distribution of electrical planning control nodes in the electrical distribution image, presets a scheduling feasible radius, obtains other electrical planning control nodes in the electrical planning control node according to the scheduling feasible radius, presets an association monitoring period, compares and analyzes the electrical reference data corresponding to the obtained electrical planning control node and other electrical planning control nodes per unit time in the association monitoring period in turn, obtains deviation data for each unit time, obtains comprehensive deviation data within the association monitoring period according to the obtained deviation data, sorts the comprehensive deviation data within the scheduling feasible radius from large to small, and sets the correlation level according to the sorting result, wherein the larger the comprehensive deviation data is, the higher the correlation level corresponding to the electrical planning control node is.

[0024] Furthermore, the process of the electrical planning module acquiring the predicted electrical planning data includes:

[0025] A node planning unit is provided in the electrical planning module;

[0026] The node planning unit is used to obtain the electrical planning cycle, electrical reference data and electrical data information of each electrical planning control node, map the obtained electrical data information to the electrical planning cycle according to its corresponding acquisition time, obtain the corresponding electrical reference data according to the mapping result, compare and analyze the obtained electrical reference data with the electrical data information, obtain its deviation value, preset a deviation threshold, compare and analyze the obtained deviation value with the deviation threshold, when the deviation value is greater than or equal to the deviation threshold, mark this unit time as abnormal; when the deviation data is less than the deviation threshold, mark this unit time as normal; obtain the abnormality rate within the electrical planning cycle, preset the abnormality upper limit rate, compare and analyze the obtained abnormality upper limit rate with the abnormality rate, when the abnormality rate is greater than or equal to the abnormality upper limit rate, generate planning abnormality information, the planning abnormality information includes the corresponding electrical data information within the corresponding acquisition time;

[0027] The node planning unit obtains planning exception information, obtains deviation data corresponding to a unit time in the planning exception information, and sets the predicted electrical planning data of the electrical planning control node according to the obtained deviation data.

[0028] Furthermore, the process of setting the forecast scheduling data by the electrical planning module includes:

[0029] The electrical planning module is provided with an associated planning unit;

[0030] The associated planning unit obtains the predicted electrical planning data obtained by each electrical control planning node, and performs matching analysis on the corresponding predicted electrical planning data according to the predicted electrical planning data and priority level of the corresponding electrical planning control node within the feasible radius of the electrical planning control node scheduling, generates predicted scheduling data according to the matching results, and performs matching analysis on each electrical planning control node in turn. If there is any unsuccessful matching, electrical scheduling warning information is generated; and the generated information is sent to the electrical control module.

[0031] Furthermore, the process of the electrical control module performing power dispatching according to the forecast dispatching data corresponding to each electrical planning control node includes:

[0032] Prediction and dispatch data corresponding to each electrical planning and control node in the electrical control module, and realizing power dispatch and control between corresponding electrical planning and control nodes according to the prediction and dispatch data;

[0033] The electrical control module obtains electrical dispatch warning information, and the corresponding management personnel perform remote power control on the transfer battery group in the corresponding electrical planning control node according to the electrical dispatch warning information.

[0034] Compared with the prior art, the present invention has the following beneficial effects:

[0035] 1. By setting power control planning nodes, the electrical data management in the building is divided into regions, and the electrical equipment in the corresponding area is planned and controlled according to the power control planning nodes, thereby improving the refined planning in the electrical planning and control process and improving efficiency to a certain extent;

[0036] 2. Obtain the historical electrical change curves corresponding to each power control planning node in the building, obtain the electrical planning cycle and electrical reference data corresponding to each power planning control node according to the historical electrical change curves, set the correlation level of different electrical planning control nodes according to the electrical planning cycle and electrical reference data, and realize the power dispatch between the electrical planning control nodes in the divided areas in the building according to the correlation level, which improves the stability of the electrical planning process to a certain extent;

[0037] 3. Perform comparative analysis based on the obtained electrical data information and electrical reference data, obtain corresponding deviation data based on the comparative analysis results, determine whether there are abnormalities in the power data in the corresponding electrical planning control node based on the deviation data, and compare and analyze the abnormal electrical planning control nodes with other electrical planning control nodes based on the correlation level, thereby improving the efficiency of the power planning and scheduling process to a certain extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0039] Figure 1 This is a schematic diagram of an electrical control planning system for a building according to an embodiment of the present application. DETAILED DESCRIPTION

[0040] like Figure 1 As shown, an electrical control planning system for use in a building includes an electrical planning center, which is communicatively connected to an electrical preprocessing module, an electrical acquisition module, an electrical storage module, an electrical analysis module, an electrical planning module, and an electrical control module.

[0041] The electrical preprocessing module is used to input the basic building information and the corresponding historical electrical information, and to set the electrical planning control nodes according to the input basic building information and historical electrical information. The process includes:

[0042] The electrical preprocessing module is provided with an information input unit and an electrical preprocessing unit;

[0043] The information input unit is used for management personnel to input building electrical information and historical data information; the building electrical information includes building information images, electrical circuit trend diagrams in building image information, and transfer battery pack information; the historical data information is the historical electrical data corresponding to the corresponding electrical equipment and the electrical equipment connection information;

[0044] The building information image is a building image of a corresponding building, the electrical circuit diagram is an electrical circuit diagram corresponding to the building information image; the electrical equipment information is the electrical equipment contained in the corresponding building image information, including its power information and model information;

[0045] The electrical preprocessing unit is used to obtain building electrical information and historical data information, analyze and process the obtained data information, map the obtained electrical equipment connection information, the electrical line trend diagram in the building image information, and the transit battery pack information into the building information image respectively, optimize the mapping results, obtain the electrical distribution image of the building, obtain the transit battery pack information in the electrical distribution image, and set the electrical planning control node, and the electrical planning control node is used to plan and control the electrical equipment connected to the transit battery pack in the electrical distribution image.

[0046] It should be further explained that, in the specific implementation process, the electrical preprocessing module sets the corresponding electrical planning control nodes to plan and control the electrical equipment in the corresponding area, and divides the electrical equipment in the building information image, thereby improving the refined planning in the electrical planning and control process to a certain extent and improving efficiency.

[0047] The electrical acquisition module is used to acquire the electrical data information corresponding to the building information image, and its specific implementation process includes:

[0048] The electrical acquisition module sets a corresponding electrical monitoring terminal according to the distribution of the electrical planning control node in the electrical distribution image. The electrical monitoring terminal is used to obtain the electrical data information at the location of the corresponding electrical planning control node, mark the acquisition time, and send the electrical data information to the electrical planning module according to the marking result; the electrical data information includes real-time power consumption data and equipment operation data; the real-time power consumption data is the power, current and voltage data at the current moment; the equipment operation data is the equipment switch status of the corresponding electrical equipment in the corresponding electrical planning control node.

[0049] The electrical storage module is used to store electrical data information collected according to the building information image, and its specific implementation process includes:

[0050] The electrical storage module is provided with a data storage unit and a data encryption unit;

[0051] The electrical storage module is provided with a data storage space according to the corresponding electrical distribution image, and a data storage subspace is provided in the data storage space according to the electrical planning control node, and the obtained historical electrical information and electrical data information are matched with the corresponding electrical planning control node, and the historical electrical information and electrical data information are stored in the corresponding data storage subspace according to the matching result;

[0052] The data encryption unit obtains the identity information of the manager corresponding to the building information image, and encrypts the corresponding data storage space and data storage subspace according to the identity information of the manager, wherein the identity information of the manager includes the ID number of the manager and the contact information of the manager after real-name authentication; performs encoding based on the UTF-8 encoding algorithm according to the identity information of the manager, obtains the encoding result, records the obtained encoding result as the key, and performs encryption on the data storage space based on the asymmetric encryption algorithm;

[0053] It should be further explained that, in the specific implementation process, the electrical data information stored in the electrical storage module is interrelated with other modules, and in the process of other modules obtaining data information, only the electrical data information is analyzed and processed, and other people cannot obtain the corresponding power data information, thereby ensuring the security of the power data information to a certain extent.

[0054] The electrical analysis module is used to analyze and process the historical electrical data corresponding to the power planning control node, obtain the electrical planning cycle and the corresponding electrical reference data corresponding to each electrical planning control node, and obtain the correlation level between each electrical planning control node in the building. The specific implementation process includes:

[0055] The electrical analysis module is provided with a node analysis unit and a correlation analysis unit; the electrical analysis modules are respectively correlated with the corresponding electrical distribution images, the node analysis unit is correlated with the corresponding electrical planning control nodes in the electrical distribution image, obtains the corresponding data information therein, and analyzes and processes it, and the correlation analysis unit obtains the analysis results of all electrical planning control nodes in the power planning control image, and analyzes and processes it;

[0056] The node analysis unit obtains the corresponding electrical distribution image, obtains the corresponding electrical planning control node according to the electrical distribution image, the electrical planning control node obtains the corresponding historical data information, respectively obtains the electrical equipment connection information corresponding to the corresponding electrical planning control node, obtains the historical electrical data, analyzes and processes the historical electrical data, obtains the collection time corresponding to the historical electrical data, sets a two-dimensional curve of the historical electrical data about the collection time according to the collection time, and marks it as a historical electrical change curve;

[0057] Smoothing the obtained historical electrical change curve, presetting an interval time period, obtaining the maximum value and minimum value corresponding to the historical change curve within the interval time period, obtaining the maximum value and minimum value corresponding to each interval time period in the historical change curve, and recording them as a maximum value set and a minimum value set; obtaining the maximum mean and minimum mean corresponding to the maximum value set and the minimum value set, respectively, presetting a deviation coefficient, obtaining a standard interval according to the relationship between the maximum mean and the minimum mean and the deviation coefficient, respectively, comparing and analyzing the maximum value and the minimum value in the maximum value set and the minimum value set with the corresponding standard interval, respectively, removing the maximum value and the minimum value that do not meet the standard interval, and storing the historical electrical change curve corresponding to the removed maximum value and the minimum value;

[0058] The node analysis unit obtains the smoothed historical electrical change curves of each electrical planning control node, analyzes and processes the obtained historical electrical change curves, obtains the corresponding peaks and troughs on the historical electrical change curves based on the peak monitoring algorithm, sets the period corresponding to the historical electrical change curves according to the corresponding acquisition time on the historical electrical change curves to which the peaks and troughs belong, and according to the distribution of the peaks and troughs, marks the obtained period as the electrical planning period, and stores the obtained electrical planning period;

[0059] The association analysis unit obtains the distribution of electrical planning control nodes in the electrical distribution image, presets a scheduling feasible radius, obtains other electrical planning control nodes in the electrical planning control node according to the scheduling feasible radius, presets an association monitoring period, compares and analyzes the electrical reference data corresponding to the obtained electrical planning control node and other electrical planning control nodes per unit time in the association monitoring period in turn, obtains deviation data for each unit time, obtains comprehensive deviation data within the association monitoring period according to the obtained deviation data, sorts the comprehensive deviation data within the scheduling feasible radius from large to small, and sets the correlation level according to the sorting result, wherein the larger the comprehensive deviation data is, the higher the correlation level corresponding to the electrical planning control node is.

[0060] The electrical planning module is used for each electrical planning control node to compare and analyze the obtained electrical data information with the electrical reference data within the electrical planning cycle, obtain the predicted electrical planning data of each electrical planning control node according to the comparison and analysis results, and set the predicted scheduling data according to the predicted electrical planning data and the correlation level between each electrical planning control node. The specific implementation process includes:

[0061] The electrical planning module is provided with a node planning unit and an associated planning unit;

[0062] The node planning unit is used to obtain the electrical planning cycle, electrical reference data and electrical data information of each electrical planning control node, map the obtained electrical data information to the electrical planning cycle according to its corresponding acquisition time, obtain the corresponding electrical reference data according to the mapping result, compare and analyze the obtained electrical reference data with the electrical data information, obtain its deviation value, preset a deviation threshold, compare and analyze the obtained deviation value with the deviation threshold, when the deviation value is greater than or equal to the deviation threshold, mark this unit time as abnormal; when the deviation data is less than the deviation threshold, mark this unit time as normal; obtain the abnormality rate within the electrical planning cycle, preset the abnormality upper limit rate, compare and analyze the obtained abnormality upper limit rate with the abnormality rate, when the abnormality rate is greater than or equal to the abnormality upper limit rate, generate planning abnormality information, the planning abnormality information includes the corresponding electrical data information within the corresponding acquisition time;

[0063] The node planning unit obtains planning exception information, obtains deviation data corresponding to a unit time in the planning exception information, and sets predicted electrical planning data of the electrical planning control node according to the obtained deviation data;

[0064] The associated planning unit obtains the predicted electrical planning data obtained by each electrical control planning node, and performs matching analysis on the corresponding predicted electrical planning data according to the priority level of the corresponding electrical planning control node according to the predicted electrical planning data and priority level of the corresponding electrical planning control node within the feasible radius of the electrical planning control node scheduling, generates predicted scheduling data according to the matching results, performs matching analysis on each electrical planning control node in turn, and generates electrical scheduling warning information if there is any unsuccessful matching; and sends the generated information to the electrical control module;

[0065] It should be further explained that, in the specific implementation process, the electrical planning module sets the initial electrical planning data according to the electrical planning cycle set in each electrical planning control node, and the initial electrical planning data includes the electrical data information stored in the transfer battery in the corresponding electrical planning cycle.

[0066] Prediction and dispatch data corresponding to each electrical planning and control node in the electrical control module, and realizing power dispatch and control between corresponding electrical planning and control nodes according to the prediction and dispatch data;

[0067] The electrical control module obtains electrical dispatch warning information, and the corresponding management personnel perform remote power control on the transfer battery group in the corresponding electrical planning control node according to the electrical dispatch warning information.

[0068] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. An electrical control planning system for a building, comprising an electrical planning center, characterized in that: The electrical planning center is communicatively connected with an electrical preprocessing module, an electrical acquisition module, an electrical analysis module, an electrical planning module and an electrical control module; The electrical preprocessing module is used to input the basic building information and the corresponding historical electrical information, and to set the electrical planning control nodes according to the input basic building information and historical electrical information; The electrical acquisition module is used to collect electrical data information in the corresponding electrical planning control node; The electrical analysis module is used to analyze and process the historical electrical data corresponding to the power planning control node, obtain the electrical planning cycle corresponding to each electrical planning control node and its corresponding electrical reference data, and obtain the correlation level between each electrical planning control node in the building; The electrical analysis module is provided with a node analysis unit and a correlation analysis unit; The node analysis unit is used to obtain the historical electrical data and the corresponding collection time corresponding to each electrical planning control node, set the historical electrical change curve of the historical electrical data with respect to the change of the collection time, smooth the obtained historical electrical change curve, obtain the peak and trough of the smoothed historical electrical change curve based on the peak monitoring algorithm, and set the electrical planning cycle of the electrical planning control node according to the distribution of the corresponding peaks and troughs of the historical electrical change curve; obtain the historical electrical change curve of each electrical planning cycle in the electrical planning control node, perform mean processing on the obtained historical electrical change curve, obtain the electrical reference data corresponding to the unit time in the electrical planning cycle, and store it; The association analysis unit obtains the distribution of the electrical planning control nodes in the electrical distribution image, presets a scheduling feasible radius, obtains other electrical planning control nodes in the electrical planning control node according to the scheduling feasible radius, presets an association monitoring period, sequentially compares and analyzes the electrical reference data corresponding to the unit time of the obtained electrical planning control node and the other electrical planning control nodes in the association monitoring period, obtains the deviation data of each unit time, obtains the comprehensive deviation data in the association monitoring period according to the obtained deviation data, sorts the comprehensive deviation data in the scheduling feasible radius from large to small, and sets the correlation level according to the sorting result, wherein the larger the comprehensive deviation data is, the higher the correlation level corresponding to the electrical planning control node is; The electrical planning module is used for each electrical planning control node to compare and analyze the obtained electrical data information with the electrical reference data within the electrical planning cycle, obtain the predicted electrical planning data of each electrical planning control node according to the comparison and analysis results, and set the predicted scheduling data according to the predicted electrical planning data and the correlation level between each electrical planning control node; A node planning unit is provided in the electrical planning module; The node planning unit is used to obtain the electrical planning cycle, electrical reference data and electrical data information of each electrical planning control node, map the obtained electrical data information to the electrical planning cycle according to its corresponding acquisition time, obtain the corresponding electrical reference data according to the mapping result, compare and analyze the obtained electrical reference data with the electrical data information, obtain the deviation value, preset the deviation threshold, compare and analyze the obtained deviation value with the deviation threshold, and when the deviation value is greater than or equal to the deviation threshold, mark this unit time as abnormal; When the deviation data is less than the deviation threshold, this unit time is marked as normal; Obtain the abnormality rate within the electrical planning cycle, preset the abnormality upper limit rate, compare and analyze the obtained abnormality upper limit rate with the abnormality rate, and when the abnormality rate is greater than or equal to the abnormality upper limit rate, generate planning abnormality information, which includes the corresponding electrical data information within the corresponding collection time; The node planning unit obtains planning exception information, obtains deviation data corresponding to a unit time in the planning exception information, and sets predicted electrical planning data of the electrical planning control node according to the obtained deviation data; The electrical planning module is provided with an associated planning unit; The associated planning unit obtains the predicted electrical planning data obtained by each electrical control planning node, and performs matching analysis on the corresponding predicted electrical planning data according to the priority level of the corresponding electrical planning control node according to the predicted electrical planning data and priority level of the corresponding electrical planning control node within the feasible radius of the electrical planning control node scheduling, generates predicted scheduling data according to the matching results, performs matching analysis on each electrical planning control node in turn, and generates electrical scheduling warning information if there is any unsuccessful matching; and sends the generated information to the electrical control module; The electrical control module is used to perform power dispatching according to the forecast dispatching data corresponding to each electrical planning control node.

2. The electrical control planning system for a building according to claim 1, characterized in that: The process of setting the electrical planning control node by the electrical preprocessing module includes: The electrical preprocessing module is provided with an information input unit and an electrical preprocessing unit; The information input unit is used for management personnel to input building electrical information and historical data information; the building electrical information includes building information images, electrical circuit trend diagrams in building image information, and transfer battery pack information; the historical data information is the historical electrical data corresponding to the corresponding electrical equipment and the electrical equipment connection information; The electrical preprocessing unit is used to obtain building electrical information and historical data information, analyze and process the obtained data information, obtain the electrical distribution image of the building, obtain the transit battery group information in the electrical distribution image to set the electrical planning control node, and the electrical planning control node is used to plan and control the electrical equipment connected to the transit battery group in the electrical distribution image.

3. The electrical control planning system for a building according to claim 2, characterized in that: The process of collecting electrical data information by the electrical acquisition module includes: The electrical acquisition module sets a corresponding electrical monitoring terminal according to the distribution of the electrical planning control node in the electrical distribution image. The electrical monitoring terminal is used to obtain the electrical data information at the corresponding electrical planning control node position, mark its acquisition time, and send the electrical data information to the electrical planning module according to the marking result.

4. The electrical control planning system for a building according to claim 3, characterized in that: It also includes an electrical storage module, which is used to store the historical electrical information and the collected electrical data information. The process includes: The electrical storage module is provided with a data storage space according to the corresponding electrical distribution image, and a data storage subspace is provided in the data storage space according to the electrical planning control node. The obtained historical electrical information and electrical data information are matched with the corresponding electrical planning control node, and the historical electrical information and electrical data information are stored in the corresponding data storage subspace according to the matching result, and are encrypted and stored.

5. The electrical control planning system for a building according to claim 4, characterized in that: The process of the electrical control module performing power dispatching according to the forecast dispatching data corresponding to each electrical planning control node includes: Prediction and dispatch data corresponding to each electrical planning and control node in the electrical control module, and realizing power dispatch and control between corresponding electrical planning and control nodes according to the prediction and dispatch data; The electrical control module obtains electrical dispatch warning information, and the corresponding management personnel perform remote power control on the transfer battery group in the corresponding electrical planning control node according to the electrical dispatch warning information.

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