Evaluation method and device for new energy delivery plan decomposition

Abstract

A new energy delivery plan decomposition assessment method and device belong to the technical field of division solution assessment, and the method comprises the steps: initially obtaining a numerical value message of actual output power generation and a primitive message of a controller and each computer, and when the transmission of the actual output power generation is executed, carrying out the double analysis of a power generation transmission method and a power generation collection method, according to the method for transmitting and collecting the generating capacity of each unavailable computer and each computer, all defects in the analysis period of the actual output generating capacity transmitted and collected according to the actual output generating capacity at present are overcome; when the computer executes collection of the actual output power generation amount, a processing message of a collection value is extracted, and the collection value is stored; and when an unavailable computer exists, an alarm is executed, so that a credible basis is provided for later monitoring of the computer.

Description

Technical Field

[0001] The present invention belongs to the technical field of plan decomposition evaluation, and in particular relates to a method and device for evaluating the decomposition of a new energy delivery plan. Background Art

[0002] At present, it is necessary to expand the scale of new energy transmission, increase the proportion of new energy electricity in power transmission channels, and improve the green power supply capacity on the basis of ensuring stable power supply in North China and East China.

[0003] In terms of the decomposition of the new energy transmission plan, the traditional method is to use the existing technical solution with patent publication number "CN110969339B", which samples the real-time actual output power generation of the new energy station, and decomposes the actual output power generation into base power, market power, transmission or reduced-price transmission power, spot power, compensation and compensated power.

[0004] In practical applications, the architecture for sampling the real-time actual output power generation of new energy stations is as follows: the power transmitter and the WIFI module are connected to the controller, the controller is connected to the computer communication in the WLAN via the WIFI module, the power transmitter is used to sample the real-time actual output power generation of the new energy station and transmit it to the controller, the controller is used to transmit the real-time actual output power generation of the new energy station to the computer, and the computer is used to decompose the actual output power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power.

[0005] When the controller transmits the real-time actual power generation of the new energy station to the computer, it is currently lacking in obtaining the actual power generation value and the original information of the controller and each computer when the actual power generation is transmitted through several channels under WLAN; it is lacking in initial analysis of the actual power generation transmission and collection method based on the original information of the controller and each computer, and it is impossible to obtain the available computers, and thus it is impossible to obtain the actual power generation transmission and collection method of each unavailable computer and each computer; which makes it impossible to perform an alarm for each unavailable computer, and currently when the computer collects the actual power generation through several channels under WLAN, it is lacking in pre-processing the collected value, and it is lacking in extracting the processing information of the collected value, so that the actual power generation cannot be stored according to the processing information of the collected value, which weakens the storage function of the actual power generation. Summary of the invention

[0006] In order to solve the defects existing in the prior art, the present invention proposes an evaluation method and device for the decomposition of a new energy transmission plan, which initially obtains the numerical information of the actual output power generation, the original information of the controller and each computer, and when executing the transmission of the actual output power generation, the power generation transmission and collection method are double analyzed, thereby obtaining the power generation transmission and collection method of each unavailable computer and each computer, overcoming all the defects during the analysis of the actual output power generation collected based on the actual output power generation transmission; when the computer executes the collection of the actual output power generation, the processing information of the collection value is extracted and the collection value is executed and stored; and when there is an unavailable computer, an alarm is executed, thereby providing a reliable basis for the subsequent monitoring of the computer.

[0007] The present invention uses the following technical solutions.

[0008] A new energy delivery plan decomposition evaluation method includes:

[0009] The power transmitter samples the real-time actual power generation of the new energy station and transmits it to the controller. The controller transmits the real-time actual power generation of the new energy station to the computer. The computer decomposes the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power;

[0010] The method by which the controller transmits the real-time actual output power of the new energy station to the computer includes:

[0011] Step 1: When executing the transmission of the actual output power generation, obtain the numerical information of the actual output power generation, and obtain the original information of the controller and each computer;

[0012] Step 2: Based on the original information of the controller and each computer, perform an initial analysis on the power transmission and collection method to obtain the available computers; analyze and obtain the power measurement factor, and then perform a re-analysis on the power transmission and collection method of the available computers to obtain the power transmission and collection method of each unavailable computer and each computer;

[0013] Step 3: When the computer collects the actual power output, the collected value is pre-processed to define the pre-processed actual power output as the collected value, and the collected value processing information is extracted to store the actual power output according to the collected value processing information;

[0014] Step 4: Execute an alarm when there is an unavailable computer.

[0015] Further, in step 2, based on the original information of the controller and each computer, an initial analysis is performed on the power generation transmission and collection method, and the method includes:

[0016] Step 2-1: When the controller has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a single non-overlapping channel value transmission mode is defined as an unavailable computer.

[0017] Step 2-2: When the controller has only a value transmission mode of a plurality of non-overlapping channels, the method of using the plurality of non-overlapping channels for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a value transmission mode of a plurality of non-overlapping channels is defined as an unavailable computer;

[0018] Step 2-3: The controller has an overlapping channel transmission mode. When the computer has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has only a number of non-overlapping channels for transmission, the method of using a number of non-overlapping channels for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has a number of overlapping channels for transmission, the computer is defined as an available computer, and the power generation transmission and collection method of the available computer is re-analyzed.

[0019] Furthermore, in step 2, the power generation determination factor is obtained by analysis, and the method includes: defining the capacity, transmission radius and transmission rate of the actual output power generation as T, G and M respectively, and inputting them into the calculation equation Obtain the power generation determination factor, where e is the Euler number, T', G' and M' respectively represent the reference quantity of the capacity of the actual output power generation in the information table, the reference quantity of the transfer radius and the reference quantity of the transfer rate, ζ1 and ζ2 respectively represent the key parameters corresponding to the capacity of the actual output power generation in the information table, the key parameters corresponding to the transfer radius and the transfer rate.

[0020] Further, in step 2, 0<ζ1≤1, 0<ζ2≤1, ζ1+ζ2=1;

[0021] The key parameters corresponding to the capacity of actual power output, the key parameters corresponding to the transmission radius and the transmission rate are obtained through the SVD method.

[0022] Furthermore, the method for transmitting and receiving power generation of the available computer is re-analyzed, and the method includes: comparing the power generation measurement factor with the critical amount of the power generation measurement factor in the information table, and when the power generation measurement factor is not lower than the critical amount of the power generation measurement factor in the information table, using a single non-overlapping channel to transmit the power generation as the power generation transmission and collection method; when the power generation measurement factor is lower than the critical amount of the power generation measurement factor in the information table, using several non-overlapping channels to transmit the power generation as the power generation transmission and collection method.

[0023] Furthermore, in step 3, the collected actual output power generation is pre-processed, thereby defining the actual output power generation that has been pre-processed as a collected value, and extracting the processing information of the collected value, and the method includes: performing numerical sorting on the collected actual output power generation, including using interpolation method, Z-score method and rule-based matching method to respectively process the missing values, outliers and redundant values ​​of the collected actual output power generation; thereby defining only the actual output power generation that has been pre-processed as a collected value, and extracting the processing information of the collected value.

[0024] Furthermore, in step 3, the processing message of the collected value includes the type of actual power generation, the index value and the task requirement; the type includes the specific value and text information of the actual power generation.

[0025] Further, in step 3, storing the collected value according to the processing message of the collected value includes:

[0026] Step 3-1: When the type of the collected value is a specific value of the actual output power generation, the specific values ​​with the same task requirements are grouped together according to the task requirements of the collected value to perform initial grouping, and the specific values ​​with the same index value are grouped together according to the index value of the collected value to perform re-grouping in the initial grouping, so as to store the values ​​achieved by the grouping in the information table;

[0027] Step 3-2: When the type of the received value is text information, determine whether the received value is a low-quantity value cluster or a high-quantity value cluster based on the capacity of the received value; when the received value is a low-quantity value cluster, register and define the ID of the received value based on the index value of the received value, and pass it to the corresponding grouping directory based on the task requirements of the received value; when the received value is a high-quantity value cluster, use the FSDP structure to store the received value.

[0028] Furthermore, the collected value is determined to be a low-quantity value cluster or a high-quantity value cluster based on the capacity of the collected value. The method is as follows: the capacity of the collected value is compared with the capacity critical quantity in the information table. When the capacity of the collected value is not lower than the capacity critical quantity in the information table, the collected value is determined to be a high-quantity value cluster; when the capacity of the collected value is lower than the capacity critical quantity in the information table, the collected value is determined to be a low-quantity value cluster.

[0029] An evaluation device for decomposing a new energy delivery plan, comprising:

[0030] The power transmitter and WIFI module are both connected to the controller. The controller is connected to the computer in the WLAN via the WIFI module. The power transmitter is used to sample the real-time actual power generation of the new energy station and transmit it to the controller. The controller is used to transmit the real-time actual power generation of the new energy station to the computer. The computer is used to decompose the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power;

[0031] The evaluation device for decomposing the new energy delivery plan also includes:

[0032] Message acquisition unit, value transmission and collection method analysis unit, value processing unit and alarm unit;

[0033] A message acquisition unit, used to acquire the numerical message of the actual output power generation when executing the transmission of the actual output power generation, and to acquire the original message of the controller and each computer;

[0034] The numerical transmission and collection method analysis unit is used to perform an initial analysis on the power transmission and collection method according to the original information of the controller and each computer to obtain the available computers; the power generation measurement factor is obtained by the analysis, and the power transmission and collection method of the available computers is re-analyzed to obtain the power transmission and collection method of each unavailable computer and each computer;

[0035] The numerical processing unit is used to perform pre-processing on the collected actual power output when the computer performs the collection of the actual power output, so as to define the actual power output after the pre-processing as the collected value, and extract the processing information of the collected value, so as to store the collected value according to the processing information of the collected value;

[0036] The alarm unit executes an alarm when there is an unavailable computer.

[0037] Furthermore, the numerical message includes the capacity, transmission radius and transmission rate of the actual output power.

[0038] Furthermore, the original message between the controller and the computer includes a value transfer mode of the controller, and the value transfer mode is a value transfer mode with only a single non-overlapping channel, a value transfer mode with only a plurality of non-overlapping channels, or an overlapping channel transfer mode.

[0039] The beneficial effects of the present invention are that, compared with the prior art, the technical effects of the present invention include:

[0040] The present invention initially obtains the numerical information of the actual output power generation, the original information of the controller and each computer, and when executing the transmission of the actual output power generation, the power generation transmission and collection method are double analyzed, thereby obtaining the power generation transmission and collection method of each unavailable computer and each computer, overcoming all the defects during the analysis of the actual output power generation collected based on the actual output power generation transmission; when the computer executes the collection of the actual output power generation, the processing information of the collection value is extracted and the collection value is executed and stored; and when there is an unavailable computer, an alarm is executed, thereby providing a reliable basis for the subsequent monitoring of the computer. The present application is used to define the critical amount of power generation measurement factor by staff based on the power generation measurement factor obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through a single non-overlapping channel and the average of the power generation measurement factors obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through a plurality of non-overlapping channels, thereby distinguishing a single non-overlapping channel from a plurality of non-overlapping channels. The present invention is used to perform an initial analysis of the power generation transmission and collection method based on the original information of the controller and each computer. Here, the analysis is performed based on the different conditions of all power generation transmission and collection of the controller and the computer to obtain the available computers, and the power generation transmission and collection method of the available computers is re-analyzed to obtain the power generation transmission and collection method of each computer, so that the actual output power generation can be transmitted in a more suitable and efficient manner, reducing the time consumption for the transmission of the actual output power generation. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a partial flow chart of the evaluation method for decomposing the new energy delivery plan described in the present invention;

[0042] Figure 2 It is a partial structural diagram of the evaluation device for decomposing the new energy delivery plan described in the present invention. DETAILED DESCRIPTION

[0043] In order to make the purpose, technical solution and advantages of the present invention clearer, the following will be combined with the drawings in the embodiments of the present invention to clearly and completely express the technical solution of the present invention. The embodiments expressed in this application are only some embodiments of the present invention, not all embodiments. According to the spirit of the present invention, other embodiments obtained by ordinary technicians in this field without making creative work are all within the protection scope of the present invention.

[0044] like Figure 1 As shown, the evaluation method for decomposing a new energy delivery plan according to the present invention includes:

[0045] The power transmitter samples the real-time actual power generation of the new energy station and transmits it to the controller. The controller transmits the real-time actual power generation of the new energy station to the computer. The computer decomposes the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power;

[0046] The method by which the controller transmits the real-time actual output power of the new energy station to the computer includes:

[0047] Step 1: When executing the transmission of the actual output power generation, obtain the numerical information of the actual output power generation, and obtain the original information of the controller and each computer;

[0048] Step 2: Based on the original information of the controller and each computer, perform an initial analysis on the power transmission and collection method to obtain the available computers; analyze and obtain the power measurement factor, and then perform a re-analysis on the power transmission and collection method of the available computers to obtain the power transmission and collection method of each unavailable computer and each computer;

[0049] Step 3: When the computer collects the actual power output, the collected value is pre-processed to define the pre-processed actual power output as the collected value, and the collected value processing information is extracted to store the actual power output according to the collected value processing information;

[0050] Step 4: Execute an alarm when there is an unavailable computer.

[0051] In a preferred but non-limiting embodiment of the present invention, in step 2, an initial analysis is performed on the power generation transmission and collection method based on the original message of the controller and each computer, and the method includes:

[0052] Step 2-1: When the controller has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a single non-overlapping channel value transmission mode is defined as an unavailable computer.

[0053] Step 2-2: When the controller has only a value transmission mode of a plurality of non-overlapping channels, the method of using the plurality of non-overlapping channels for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a value transmission mode of a plurality of non-overlapping channels is defined as an unavailable computer;

[0054] Step 2-3: The controller has an overlapping channel transmission mode. When the computer has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has only a number of non-overlapping channels for transmission, the method of using a number of non-overlapping channels for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has a number of overlapping channels for transmission, the computer is defined as an available computer, and the power generation transmission and collection method of the available computer is re-analyzed.

[0055] In a preferred but non-limiting embodiment of the present invention, in step 2, the power generation determination factor is obtained by analysis, and the method includes: defining the capacity, transmission radius and transmission rate of the actual output power generation as T, G and M respectively, and inputting them into the calculation equation Obtain the power generation determination factor, where e is the Euler number, T', G' and M' respectively represent the reference quantity of the capacity of the actual output power generation in the information table, the reference quantity of the transfer radius and the reference quantity of the transfer rate, ζ1 and ζ2 respectively represent the key parameters corresponding to the capacity of the actual output power generation in the information table, the key parameters corresponding to the transfer radius and the transfer rate.

[0056] The benchmark quantity of the capacity of the actual output power generation, the benchmark quantity of the transmission radius and the benchmark quantity of the transmission rate are defined by the staff based on the capacity of the actual output power generation that can be transmitted, the transmission radius and the transmission rate of a single non-overlapping channel and the average of the capacity of the actual output power generation that can be transmitted, the transmission radius and the transmission rate of several non-overlapping channels.

[0057] In a preferred but non-limiting embodiment of the present invention, in step 2,

[0058] 0<ζ1≤1, 0<ζ2≤1,ζ1+ζ2=1;

[0059] The key parameters corresponding to the capacity of actual power output, the key parameters corresponding to the transmission radius and the transmission rate are obtained through the SVD method.

[0060] In a preferred but non-limiting embodiment of the present invention, a re-analysis is performed on the method for transmitting and receiving power generation using a computer, and the method includes: comparing the power generation measurement factor with the critical amount of the power generation measurement factor in the information table, and when the power generation measurement factor is not lower than the critical amount of the power generation measurement factor in the information table, using a single non-overlapping channel to transmit the power generation as the method for transmitting and receiving power generation; when the power generation measurement factor is lower than the critical amount of the power generation measurement factor in the information table, using several non-overlapping channels to transmit the power generation as the method for transmitting and receiving power generation.

[0061] The critical amount of power generation measurement factor is defined by the staff based on the power generation measurement factor obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through a single non-overlapping channel and the average of the power generation measurement factors obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through several non-overlapping channels. Based on this, a single non-overlapping channel and several non-overlapping channels can be identified. The present invention is used to perform an initial analysis of the power generation transmission and collection method based on the original information of the controller and each computer. Here, analysis is performed based on the different conditions of all power generation transmission and collection of the controller and the computer to obtain available computers, and the power generation transmission and collection method of the available computers is re-analyzed to obtain the power generation transmission and collection method of each computer, so that the actual output power generation can be transmitted in a more suitable and efficient manner, reducing the time consumption for the transmission of the actual output power generation.

[0062] like Figure 2 As shown, the evaluation device for decomposing a new energy delivery plan according to the present invention comprises:

[0063] The power transmitter and WIFI module are both connected to the controller. The controller is connected to the computer in the WLAN via the WIFI module. The power transmitter is used to sample the real-time actual power generation of the new energy station and transmit it to the controller. The controller is used to transmit the real-time actual power generation of the new energy station to the computer. The computer is used to decompose the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power;

[0064] The evaluation device for decomposing the new energy delivery plan also includes:

[0065] Message acquisition unit, value transmission and collection method analysis unit, value processing unit and alarm unit;

[0066] A message acquisition unit, used to acquire the numerical message of the actual output power generation when executing the transmission of the actual output power generation, and to acquire the original message of the controller and each computer;

[0067] In a preferred but non-limiting embodiment of the present invention, the numerical message includes the capacity, transmission radius and transmission rate of the actual output power generation.

[0068] In a preferred but non-limiting embodiment of the present invention, the original message between the controller and the computer includes the controller's value transfer mode, and the value transfer mode is a value transfer mode with only a single non-overlapping channel, a value transfer mode with only several non-overlapping channels, or an overlapping channel transfer mode.

[0069] The numerical transmission and collection method analysis unit is used to perform an initial analysis on the power transmission and collection method according to the original information of the controller and each computer to obtain the available computers; the power generation measurement factor is obtained by the analysis, and the power transmission and collection method of the available computers is re-analyzed to obtain the power transmission and collection method of each unavailable computer and each computer;

[0070] The numerical processing unit is used to perform pre-processing on the collected actual power output when the computer performs the collection of the actual power output, so as to define the actual power output after the pre-processing as the collected value, and extract the processing information of the collected value, so as to store the collected value according to the processing information of the collected value;

[0071] In a preferred but non-limiting embodiment of the present invention, in step 3, pre-processing is performed on the collected actual output power generation, thereby defining the actual output power generation that has been pre-processed as a collected value, and extracting the processing message of the collected value, and the method includes: performing numerical sorting on the collected actual output power generation, including using interpolation method, Z-score method and rule-based matching method to respectively process the missing values, outliers and redundant values ​​of the collected actual output power generation; thereby defining only the actual output power generation that has been pre-processed as a collected value, and extracting the processing message of the collected value.

[0072] In a preferred but non-limiting embodiment of the present invention, in step 3, the processing message of the collected value includes the type of actual power output, index value and task requirements; the type includes the specific value and text information of the actual power output.

[0073] The task requirements are just like storage, display and other tasks.

[0074] The index value is just like the ID of the controller, the ID of the power transmitter, etc.

[0075] In a preferred but non-limiting embodiment of the present invention, in step 3, storing the collected value according to the processing message of the collected value comprises:

[0076] Step 3-1: When the type of the collected value is a specific value of the actual output power generation, the specific values ​​with the same task requirements are grouped together according to the task requirements of the collected value to perform initial grouping, and the specific values ​​with the same index value are grouped together according to the index value of the collected value to perform re-grouping in the initial grouping, so as to store the values ​​achieved by the grouping in the information table;

[0077] Step 3-2: When the type of the received value is text information, determine whether the received value is a low-quantity value cluster or a high-quantity value cluster based on the capacity of the received value; when the received value is a low-quantity value cluster, register and define the ID of the received value based on the index value of the received value, and pass it to the corresponding grouping directory based on the task requirements of the received value; when the received value is a high-quantity value cluster, use the FSDP structure to store the received value.

[0078] Each group corresponds to an information table, which contains a corresponding index value and a specific value.

[0079] In a preferred but non-limiting embodiment of the present invention, the collected value is determined to be a low-quantity value cluster or a high-quantity value cluster based on the capacity of the collected value. The method is as follows: the capacity of the collected value is compared with the capacity critical quantity in the information table. When the capacity of the collected value is not lower than the capacity critical quantity in the information table, the collected value is determined to be a high-quantity value cluster; when the capacity of the collected value is lower than the capacity critical quantity in the information table, the collected value is determined to be a low-quantity value cluster.

[0080] The capacity threshold is used to identify low-value clusters and high-value clusters, and is defined by staff based on the average of the maximum capacity of the low-value cluster and the minimum capacity of the high-value cluster.

[0081] The numerical processing unit in the present invention performs preliminary processing on the collected actual output power generation when the computer executes the collection of actual output power generation to ensure the coordination and accuracy of the actual output power generation, thereby defining the pre-processed actual output power generation as the collected value, and extracting the processing information of the collected value, thereby storing the collected value according to the processing information of the collected value, and performing different storage and grouping according to different processing information, thereby overcoming the defects of the current processing method based on a single non-overlapping channel and multiple non-overlapping channels, improving the processing speed of the actual output power generation, and the stored collected value is suitable for subsequent exploration and query by others.

[0082] The alarm unit executes an alarm when there is an unavailable computer.

[0083] Initially, the numerical information of the actual output power generation, the original information of the controller and each computer are obtained. When executing the transmission of the actual output power generation, the power generation transmission and collection method are analyzed twice, and the power generation transmission and collection method of each unavailable computer and each computer are obtained accordingly, which overcomes all the defects in the current analysis of the actual output power generation collected based on the actual output power generation transmission; when the computer collects the actual output power generation, the processing information of the collected value is extracted and the collected value is executed and stored; and when there is an unavailable computer, an alarm is executed, thereby providing a reliable basis for the subsequent monitoring of the computer.

[0084] The beneficial effects of the present invention are that, compared with the prior art, the technical effects of the present invention include:

[0085] The present invention initially obtains the numerical information of the actual output power generation, the original information of the controller and each computer, and when executing the transmission of the actual output power generation, the power generation transmission and collection method are double analyzed, thereby obtaining the power generation transmission and collection method of each unavailable computer and each computer, overcoming all the defects during the analysis of the actual output power generation collected based on the actual output power generation transmission; when the computer executes the collection of the actual output power generation, the processing information of the collection value is extracted and the collection value is executed and stored; and when there is an unavailable computer, an alarm is executed, thereby providing a reliable basis for the subsequent monitoring of the computer. The present application is used to define the critical amount of power generation measurement factor by staff based on the power generation measurement factor obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through a single non-overlapping channel and the average of the power generation measurement factors obtained by analyzing the capacity, transmission radius and transmission rate of the actual output power generation that can be transmitted through a plurality of non-overlapping channels, thereby distinguishing a single non-overlapping channel from a plurality of non-overlapping channels. The present invention is used to perform an initial analysis of the power generation transmission and collection method based on the original information of the controller and each computer. Here, the analysis is performed based on the different conditions of all power generation transmission and collection of the controller and the computer to obtain the available computers, and the power generation transmission and collection method of the available computers is re-analyzed to obtain the power generation transmission and collection method of each computer, so that the actual output power generation can be transmitted in a more suitable and efficient manner, reducing the time consumption for the transmission of the actual output power generation.

[0086] The present disclosure can be a system, method and / or computer program product. The computer program product can include a computer-readable backup medium carrying computer-readable program instructions for causing a processor to implement various aspects of the disclosure.

[0087] The computer readable backup medium can be a tangible network capable of retaining and backing up the instructions used by the instruction execution network. The computer readable backup medium can be, but is not limited to, an electrical backup network, a magnetic backup network, an optical backup network, an electromagnetic backup network, a semiconductor backup network, or any suitable combination of the above. Further examples of computer readable backup media (non-exhaustive list) include: portable computer disks, hard disks, random access memory (RAM), read-only memory (ROM), erasable programmable read-only memory (EPROM or flash memory), static random access memory (SRAM), portable compact disk read-only memory (HD-ROM), digital versatile disk (DXD), memory stick, floppy disk, mechanically encoded network, such as punch cards or protrusions in grooves with instructions backed up thereon, and any suitable combination of the above. The computer readable backup medium used herein is not to be construed as a transient signal per se, such as a radio wave or other freely propagating electromagnetic wave, an electromagnetic wave propagating through a waveguide or other transmission medium (e.g., a light pulse through a power line cable), or an electrical signal transmitted through wires.

[0088] The computer readable program instructions expressed herein can be downloaded from the computer readable backup medium to each inference / processing grid line, or downloaded to an external computer or external backup grid line through a wireless network, such as the Internet, a local area network, a wide area network and / or a wireless network. The wireless network can include copper transmission cables, power transmission lines, wireless transmission, routers, firewalls, switches, gateway computers and / or edge service devices. The wireless network adapter card or wireless network interface in each inference / processing grid line receives the computer readable program instructions from the wireless network and forwards the computer readable program instructions for storage in the computer readable backup medium in each inference / processing grid line.

[0089] The computer program instructions for performing the operations of the present disclosure can be assembler instructions, instruction set architecture (ISA) instructions, machine instructions, machine-related instructions, microcode, firmware instructions, conditional setting values, or source code or object code written in any combination of one or more programming languages, including object-oriented programming languages ​​such as Sdaletal A, H++, etc., and conventional procedural programming languages ​​such as "H" language or similar programming languages. The computer-readable program instructions can be executed entirely on the client computer, partially on the client computer, as a separate software package, partially on the client computer and partially on the remote computer, or completely on the remote computer or server. In the case of a remote computer, the remote computer can be connected to the client computer through any other wireless network, including a local area network (LAb) or a wide area network (WAb), or can be connected to an external computer (just like using an Internet service provider to connect through the Internet). In some embodiments, the electronic circuit is customized by using the status values ​​of computer-readable program instructions, such as a programmable logic circuit, a field programmable gate array (FPGA) or a programmable logic array (PLA), and the electronic circuit can execute computer-readable program instructions to achieve various aspects of the overhead disclosure.

[0090] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, ordinary technicians in the relevant field should understand that the specific implementation methods of the present invention can still be modified or replaced by equivalents, and any modifications or equivalent replacements that do not deviate from the spirit and scope of the present invention should be covered within the protection scope of the claims of the present invention.

Claims

1. A method for evaluating the decomposition of a new energy delivery plan, characterized in that: include: The power transmitter samples the real-time actual power generation of the new energy station and transmits it to the controller. The controller transmits the real-time actual power generation of the new energy station to the computer. The computer decomposes the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power; The method by which the controller transmits the real-time actual output power of the new energy station to the computer includes: Step 1: When executing the transmission of the actual output power generation, obtain the numerical information of the actual output power generation, and obtain the original information of the controller and each computer; Step 2: Based on the original information of the controller and each computer, perform an initial analysis on the power transmission and collection method to obtain the available computers; analyze and obtain the power measurement factor, and then perform a re-analysis on the power transmission and collection method of the available computers to obtain the power transmission and collection method of each unavailable computer and each computer; Step 3: When the computer collects the actual power output, the collected value is pre-processed to define the pre-processed actual power output as the collected value, and the collected value processing information is extracted to store the actual power output according to the collected value processing information; Step 4: Execute an alarm when there is an unavailable computer.

2. The evaluation method for decomposition of new energy delivery plan according to claim 1 is characterized in that: In step 2, based on the original information of the controller and each computer, an initial analysis is performed on the power transmission and collection method, and the method includes: Step 2-1: When the controller has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a single non-overlapping channel value transmission mode is defined as an unavailable computer. Step 2-2: When the controller has only a value transmission mode of a plurality of non-overlapping channels, the method of using the plurality of non-overlapping channels for transmission is analyzed and obtained as a power transmission and collection method, and each computer that does not have a value transmission mode of a plurality of non-overlapping channels is defined as an unavailable computer; Step 2-3: The controller has an overlapping channel transmission mode. When the computer has only a single non-overlapping channel value transmission mode, the method of using a single non-overlapping channel for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has only a number of non-overlapping channels for transmission, the method of using a number of non-overlapping channels for transmission is analyzed and obtained as a power generation transmission and collection method; when the computer has a number of overlapping channels for transmission, the computer is defined as an available computer, and the power generation transmission and collection method of the available computer is re-analyzed.

3. The evaluation method for decomposition of new energy delivery plan according to claim 2 is characterized in that: In step 2, the power generation determination factor is obtained by analysis, and the method includes: defining the capacity, transmission radius and transmission rate of the actual output power generation as T, G and M respectively, and inputting them into the calculation equation Obtain the power generation determination factor, where e is the Euler number, T', G' and M' represent the base value of the capacity of the actual output power generation in the information table, the base value of the transmission radius and the base value of the transmission rate, respectively. The key parameters corresponding to the capacity of the actual output power generation in the information table, the key parameters corresponding to the transmission radius and the transmission rate are respectively represented.

4. The evaluation method for decomposition of new energy delivery plan according to claim 3 is characterized in that: In step 2, The key parameters corresponding to the capacity of actual power output, the key parameters corresponding to the transmission radius and the transmission rate are obtained through the SVD method.

5. The evaluation method for decomposition of new energy delivery plan according to claim 4 is characterized in that: A method for transmitting and receiving power generation of an available computer is re-analyzed, the method comprising: comparing a power generation measurement factor with a critical value of a power generation measurement factor in an information table; when the power generation measurement factor is not lower than the critical value of the power generation measurement factor in the information table, using a single non-overlapping channel to transmit the power generation as a method for transmitting and receiving power generation; when the power generation measurement factor is lower than the critical value of the power generation measurement factor in the information table, using a plurality of non-overlapping channels to transmit the power generation as a method for transmitting and receiving power generation.

6. The evaluation method for decomposition of new energy delivery plan according to claim 5 is characterized in that: In step 3, the collected actual output power generation is pre-processed, thereby defining the pre-processed actual output power generation as the collected value, and extracting the processing information of the collected value, the method comprising: performing numerical sorting on the collected actual output power generation, including using interpolation method, Z-score method and rule-based matching method to respectively process the missing values, outliers and redundant values ​​of the collected actual output power generation; thereby defining only the pre-processed actual output power generation as the collected value, and extracting the processing information of the collected value.

7. The evaluation method for decomposition of new energy delivery plan according to claim 6 is characterized in that: In step 3, the processing message of the collected value includes the type of actual power generation, index value and task requirements; the type includes the specific value and text information of the actual power generation.

8. The evaluation method for decomposition of new energy delivery plan according to claim 7 is characterized in that: In step 3, storing the collected value according to the processing message of the collected value includes: Step 3-1: When the type of the collected value is a specific value of the actual output power generation, the specific values ​​with the same task requirements are grouped together according to the task requirements of the collected value to perform initial grouping, and the specific values ​​with the same index value are grouped together according to the index value of the collected value to perform re-grouping in the initial grouping, so as to store the values ​​achieved by the grouping in the information table; Step 3-2: When the type of the received value is text information, determine whether the received value is a low-volume value cluster or a high-volume value cluster based on the capacity of the received value; when the received value is a low-volume value cluster, register and define the ID of the received value based on the index value of the received value, and transfer it to the corresponding group directory based on the task requirements of the received value; when the received value is a high-volume value cluster, use the FSDP structure to store the received value; The method of determining whether the collected value is a low-quantity value cluster or a high-quantity value cluster is as follows: comparing the capacity of the collected value with the capacity critical quantity in the information table. When the capacity of the collected value is not lower than the capacity critical quantity in the information table, the collected value is determined to be a high-quantity value cluster; when the capacity of the collected value is lower than the capacity critical quantity in the information table, the collected value is determined to be a low-quantity value cluster.

9. An evaluation device for decomposing a new energy delivery plan, characterized in that: include: The power transmitter and WIFI module are both connected to the controller. The controller is connected to the computer in the WLAN via the WIFI module. The power transmitter is used to sample the real-time actual power generation of the new energy station and transmit it to the controller. The controller is used to transmit the real-time actual power generation of the new energy station to the computer. The computer is used to decompose the actual power generation into base power, market power, external or reduced-price external power, spot power, compensation and compensated power; The evaluation device for decomposing the new energy delivery plan also includes: Message acquisition unit, value transmission and collection method analysis unit, value processing unit and alarm unit; A message acquisition unit, used to acquire the numerical message of the actual output power generation when executing the transmission of the actual output power generation, and to acquire the original message of the controller and each computer; The numerical transmission and collection method analysis unit is used to perform an initial analysis on the power transmission and collection method according to the original information of the controller and each computer to obtain the available computers; the power generation measurement factor is obtained by the analysis, and the power transmission and collection method of the available computers is re-analyzed to obtain the power transmission and collection method of each unavailable computer and each computer; The numerical processing unit is used to perform pre-processing on the collected actual power output when the computer performs the collection of the actual power output, so as to define the actual power output after the pre-processing as the collected value, and extract the processing information of the collected value, so as to store the collected value according to the processing information of the collected value; The alarm unit executes an alarm when there is an unavailable computer.

10. The evaluation device for decomposing a new energy delivery plan according to claim 9, characterized in that: The numerical information includes the capacity, transmission radius and transmission rate of the actual output power; The original message between the controller and the computer includes the value transfer mode of the controller, and the value transfer mode is a value transfer mode with only a single non-overlapping channel, a value transfer mode with only a number of non-overlapping channels, or an overlapping channel transfer mode.

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