Geothermal energy complex development and application information system based on digital twinning

Abstract

The invention discloses a geothermal energy complex development application information system based on digital twinning, which relates to the technical field of geothermal energy development and comprises a data transmission end, an interaction synchronization end and an authorization encryption end, the data transmission end is used for setting a digital twinborn model of the geothermal energy development application information and carrying out parameter acquisition and serial number arrangement according to parameter real-time transmission of the geothermal energy development application information; the interaction synchronization end is used for realizing data interaction and synchronization through real-time simulation of a virtual space and a physical entity; and the authorization encryption end is used for obtaining final development and application information of the geothermal energy complex after data transmission. According to the geothermal energy complex development application information system based on digital twinning, the risk of data inaccuracy or data missing is reduced, it is guaranteed that complete information interaction and information synchronization can be guaranteed in geothermal energy complex development, and it is avoided that geothermal energy complex development application information data is accessed or leaked by unauthorized personnel.

Description

Technical Field

[0001] The present invention relates to the technical field of geothermal energy development, and in particular to a geothermal energy complex development and application information system based on digital twins. Background Art

[0002] Geothermal energy complex development is a comprehensive development project that uses the natural thermal energy resources inside the earth to collect and utilize them through technical means to provide a variety of services such as heating, power generation, hot spring baths, etc. Geothermal energy, as a renewable resource, is receiving more and more attention and application in the context of global energy conservation and emission reduction. The geothermal energy complex development application information system based on digital twin is a comprehensive platform that integrates the host, database and data acquisition system to manage and optimize the development and utilization of geothermal energy resources.

[0003] Application No. CN202010508590.4 discloses an information system for the development and application of geothermal energy complexes based on digital twins. The information system for the development and application of geothermal energy complexes based on digital twins has the following advantages: reducing the investment risks and costs of the development process, establishing a holographic model reference system for physical objects and digital objects in the production process, and fully opening the development and implementation process to the society, realizing the prediction, early warning, and preventive management of the entire life cycle of physical entities, and realizing the planning, design, construction, operation, maintenance, management, termination and other full processes, and full-link control, which greatly saves the cost of each link and prevents risks in each link.

[0004] After searching the above patents, it was found that the geothermal energy complex development and application information system based on digital twins has some shortcomings: 1. The construction of the digital twin system relies on a large amount of accurate and complete data, but in actual applications, data collection may be affected by many factors, such as delays or data loss during data transmission, which will lead to inaccurate or missing data, affecting the accuracy and reliability of the digital twin model for geothermal energy complex development and application; 2. Since digital twins require real-time data interaction and synchronization between virtual space and physical entities, but due to network delays or low data processing speeds, it is difficult to achieve complete information interaction and information synchronization, which leads to a large difference in the status between the digital twin model and the physical facilities, affecting the accuracy of the geothermal energy complex development and application; 3. When the equipment in the geothermal energy complex development and application is running, there are multiple data such as operating status and user information. If these data are accessed or leaked by unauthorized personnel, it may cause serious losses to the enterprise and affect the security and reliability of the geothermal energy complex development and application information system.

[0005] Therefore, a geothermal energy complex development and application information system based on digital twin is proposed to solve the above problems. Summary of the invention

[0006] The main purpose of the present invention is to provide a geothermal energy complex development and application information system based on digital twin to solve the problems raised in the above background.

[0007] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a geothermal energy complex development and application information system based on digital twin, including a data transmission end, an interactive synchronization end and an authorized encryption end;

[0008] The data transmission end is used to set the digital twin model of geothermal energy development and application information, and to collect parameters and arrange serial numbers according to the real-time transmission of parameters of geothermal energy development and application information, and to perform real-time data comparison and data self-screening during data transmission;

[0009] The interactive synchronization terminal is used to achieve data interaction and synchronization by simulating the virtual space and the physical entity in real time, and to track the difference value between the state of the digital twin model and the physical facility in real time, and to issue an interactive warning in real time if a difference value occurs;

[0010] The authorization encryption end is used to obtain the final geothermal energy complex development and application information after data transmission, and to authorize and authenticate the geothermal energy complex development and application information, and to set a two-way encryption unit to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the development and application of the geothermal energy complex, real-time verification and comparison are performed through the two-way key.

[0011] The data transmission end includes a digital twin model, a geothermal development module and a transmission early warning module;

[0012] The digital twin model includes a model setting unit and a standard parameter unit;

[0013] The model setting unit is used to set the digital twin model through historical data of geothermal energy complex development and application information;

[0014] The standard parameter unit is used to set standard parameter values ​​of geothermal energy complex development and application information according to the digital twin model.

[0015] The geothermal development module includes geothermal energy parameter values ​​and sequence number arrangement units;

[0016] The geothermal energy parameter values ​​are used to collect geothermal energy complex development and application information parameter values ​​in real time through a data acquisition instrument;

[0017] The serial number arrangement unit is used to arrange the geothermal energy complex development and application information parameter values ​​in ascending order using Arabic numerals.

[0018] The transmission warning module includes a transmission comparison unit, a transmission self-screening unit and a transmission warning unit;

[0019] The transmission comparison unit is used to calculate the difference between the geothermal energy complex development and application information parameter value and the standard parameter value. If the difference is equal to 0, it means that the geothermal energy complex development and application information parameter value at the current moment is normal. If the difference is not equal to 0, it means that the geothermal energy complex development and application information parameter value is abnormal.

[0020] The transmission self-screening unit is used to calculate the similarity between the geothermal energy complex development and application information parameter value and the standard parameter value in real time, and set the standard similarity threshold. The calculation formula is as follows:

[0021]

[0022] Among them, d represents the similarity between the parameter value of geothermal energy complex development and application information and the standard parameter value, X i The first parameter representing the value of the geothermal energy complex development and application information i parameter value, X 2 Indicates i The standard parameter value corresponding to the parameter value is used to calculate the difference between the similarity and the standard similarity threshold. If the difference is less than or equal to 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is normal. If the difference is greater than 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal.

[0023] The transmission warning unit is used to report the system to issue a warning reminder and automatically intercept the transmitted data parameters when it is determined that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal.

[0024] The interactive synchronization terminal includes a virtual space module, a development entity module and an interactive early warning module;

[0025] The virtual space module includes a sequence number matching unit and a space simulation unit;

[0026] The serial number matching unit is used to perform parameter matching according to the parameter values ​​of the geothermal energy complex development and application information after serial number arrangement;

[0027] The space simulation unit is used to set up geothermal energy complex development application information simulation virtual space, and realize it through virtual AI and virtual space panorama.

[0028] The development entity module includes an entity parameter unit and a development interaction unit;

[0029] The entity parameter unit is used to combine virtual space with physical entities to perform space simulation by computer graphics and according to the parameter values ​​of geothermal energy complex development and application information;

[0030] The development interaction unit is used to realize data interaction and synchronization of geothermal energy complex development application information in combination with GIS technology, and calculate the difference between the standard parameter value of the digital twin model and the state of the physical facility in real time during data interaction, and set the standard normal difference threshold. The calculation formula is as follows:

[0031] The calculation formula is as follows:

[0032]

[0033] Among them, S represents the difference between the standard parameter value of the digital twin model and the status of the physical facility, x i and x represent the standard parameter values ​​of the digital twin model and the parameter values ​​of the status between the physical facilities, n is the number of calculations, and B is the difference adjustment coefficient, ranging from 1 to 5.

[0034] The interactive warning module includes an interactive self-tracking unit and an interactive warning unit;

[0035] The interactive self-tracking unit is used to calculate the difference between the standard parameter value of the digital twin model at the current moment and the state of the physical facility in real time through the data tracker;

[0036] The interactive warning unit is used to calculate the difference between the difference value and the standard normal difference threshold. If the difference is less than or equal to 0.01, it means that the data interaction and synchronization are normal. If the difference is greater than 0.01, it means that the data interaction and synchronization are abnormal, and the reporting system issues a warning reminder.

[0037] The authorization encryption end includes an interactive receiving module, an authorization authentication module, an encryption storage module and an information verification module;

[0038] The interactive receiving module is used to receive data interaction and synchronous warning results in real time through a data receiver, and receive data anomalies of geothermal energy complex development and application information in real time;

[0039] The authorization authentication module is used for real-name authentication through an identity card, and setting a primary digital password and a secondary digital password, wherein the primary digital password and the secondary digital password are set in reverse order.

[0040] The encryption storage module includes a bidirectional encryption unit, which is used to set the corresponding primary digital password and secondary digital password to a primary digital key and a secondary digital key respectively, and the primary digital key and the secondary digital key are set in reverse order.

[0041] The information verification module includes a verification comparison unit and a verification early warning unit;

[0042] The verification and comparison unit is used to determine whether the key is correct by real-time comparison of the digital serial number. The determination method is as follows:

[0043] Step 1: Enter the digital password into the key input port through the key input port set by the primary digital password and the secondary digital password. The digital key after input is twice, that is, a judgment is made in the order of the digital keys entered, and then a secondary judgment is made in the reverse order of the digital keys entered, and the digital keys after input are substituted into the judgment formula. The judgment formula is as follows:

[0044]

[0045] Among them, E n Indicates the judgment value, U 1 Indicates the input digital key value, U 2 represents the corresponding digital key, x represents the repeated value of the digital key value and the corresponding digital key, and X represents the repeated value of the digital key;

[0046] Step 2: If the calculated E n = 0, the input digital key is judged to be correct. If E n ≠0, it is determined that the input digital key is wrong;

[0047] The verification warning unit is used to report to the system to issue a warning reminder when it is determined that the key is wrong.

[0048] The present invention has the following beneficial effects:

[0049] 1. In the present invention, by setting a data transmission terminal, when a geothermal energy complex is developed and applied based on a digital twin, a digital twin model of the geothermal energy development and application is set, and parameter collection and serial number arrangement are performed according to the real-time transmission of geothermal energy development parameters, and data comparison is performed in real time during data transmission to ensure the stability and reliability of data transmission, avoid data delays or data loss in the digital twin model during transmission of geothermal energy comprehensive development and application, reduce the risk of inaccurate data or data missing, and increase the accuracy and reliability of the geothermal energy complex development and application of the digital twin model.

[0050] 2. In the present invention, by setting an interactive synchronization terminal, when a geothermal energy complex is developed and applied based on a digital twin, data interaction and synchronization are realized by simulating the virtual space and the physical entity in real time, thereby ensuring that the geothermal energy complex development of the digital twin can realize data interaction and data synchronization in real time, ensuring that the geothermal energy complex development can ensure complete information interaction and information synchronization, and tracking the difference value between the status of the digital twin model and the physical facilities in real time. If a difference value occurs, an interactive warning is issued in real time, thereby further increasing the accuracy of the development and application of the geothermal energy complex.

[0051] 3. In the present invention, by setting an authorized encryption end, when a geothermal energy complex is developed and applied based on a digital twin, the final geothermal energy complex development and application information is obtained after data transmission, and the complex development and application information is authorized and authenticated, and a two-way encryption unit is set to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the geothermal energy complex development and application, a two-way key verification and comparison is performed to prevent the geothermal energy complex development and application information data from being accessed or leaked by unauthorized personnel, thereby reducing the damage to the geothermal energy complex development and application information and increasing the security and reliability of the geothermal energy complex development and application information system. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] Figure 1 It is a schematic diagram of the overall system architecture of a geothermal energy complex development and application information system based on digital twins of the present invention;

[0053] Figure 2 It is a schematic diagram of the architecture of a data transmission terminal of a geothermal energy complex development and application information system based on digital twins of the present invention;

[0054] Figure 3 It is a schematic diagram of the architecture of an interactive synchronization terminal of a geothermal energy complex development and application information system based on digital twins of the present invention;

[0055] Figure 4 This is a schematic diagram of the architecture of the authorized encryption end of a geothermal energy complex development and application information system based on digital twins of the present invention. DETAILED DESCRIPTION

[0056] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0057] Embodiment 1

[0058] Please refer to Figure 1 - Figure 2 As shown: A geothermal energy complex development and application information system based on digital twin, including a data transmission end, an interactive synchronization end and an authorization encryption end;

[0059] The data transmission end is used to set the digital twin model of geothermal energy development and application information, and to collect parameters and arrange serial numbers according to the real-time transmission of parameters of geothermal energy development and application information, as well as to perform real-time data comparison and data self-screening during data transmission;

[0060] The interactive synchronization terminal is used to achieve data interaction and synchronization by simulating the virtual space and the physical entity in real time, and to track the difference between the status of the digital twin model and the physical facility in real time. If a difference occurs, an interactive warning is issued in real time;

[0061] The authorized encryption end is used to obtain the final geothermal energy complex development and application information after data transmission, and to authorize and authenticate the geothermal energy complex development and application information, as well as to set up a two-way encryption unit to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the development and application of the geothermal energy complex, real-time verification and comparison are performed through the two-way key.

[0062] The data transmission end includes a digital twin model, a geothermal development module, and a transmission warning module;

[0063] The digital twin model includes a model setting unit and a standard parameter unit;

[0064] The model setting unit is used to set the digital twin model through historical data of development and application information of the geothermal energy complex;

[0065] The standard parameter unit is used to set standard parameter values ​​of geothermal energy complex development and application information according to the digital twin model, reduce the risk of inaccurate or missing data, and increase the accuracy and reliability of the geothermal energy complex development and application of the digital twin model.

[0066] The geothermal development module includes geothermal energy parameter values ​​and sequence number arrangement units;

[0067] The geothermal energy parameter values ​​are used to collect the parameter values ​​of geothermal energy complex development and application information in real time through data acquisition instruments;

[0068] The serial number arrangement unit is used to arrange the geothermal energy complex development and application information parameter values ​​in ascending order using Arabic numerals.

[0069] The transmission warning module includes a transmission comparison unit, a transmission self-screening unit and a transmission warning unit;

[0070] The transmission comparison unit is used to calculate the difference between the geothermal energy complex development and application information parameter value and the standard parameter value. If the difference is equal to 0, it means that the geothermal energy complex development and application information parameter value at the current moment is normal. If the difference is not equal to 0, it means that the geothermal energy complex development and application information parameter value is abnormal.

[0071] The transmission self-screening unit is used to calculate the similarity between the parameter value of geothermal energy complex development and application information and the standard parameter value in real time, and set the standard similarity threshold. The calculation formula is as follows:

[0072]

[0073] Among them, d represents the similarity between the parameter value of geothermal energy complex development and application information and the standard parameter value, X i The first parameter representing the value of the geothermal energy complex development and application information iparameter value, X 2 Indicates i The standard parameter value corresponding to the parameter value is used to calculate the difference between the similarity and the standard similarity threshold. If the difference is less than or equal to 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is normal. If the difference is greater than 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal.

[0074] The transmission warning unit is used to report that the system issues a warning reminder when it determines that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal, and automatically intercepts the transmitted data parameters, collects parameters and arranges serial numbers according to the real-time transmission of geothermal energy development parameters, and performs real-time data comparison during data transmission to ensure the stability and reliability of data transmission and avoid data delays or data loss in the digital twin model during the transmission of geothermal energy comprehensive development and application.

[0075] Embodiment 2

[0076] Please refer to Figure 3 As shown: Based on the first embodiment, the interactive synchronization terminal includes a virtual space module, a development entity module and an interactive warning module;

[0077] The virtual space module includes a serial number matching unit and a space simulation unit;

[0078] The serial number matching unit is used to match parameters according to the parameter values ​​of the geothermal energy complex development and application information arranged in serial numbers;

[0079] The space simulation unit is used to set the geothermal energy complex development application information simulation virtual space, and realize it through virtual AI and virtual space panorama.

[0080] The development entity module includes an entity parameter unit and a development interaction unit;

[0081] The entity parameter unit is used to combine virtual space with physical entity for space simulation through computer graphics and according to the information parameter value of geothermal energy complex development application, and to realize data interaction and synchronization through real-time simulation of virtual space and physical entity, so as to ensure that the geothermal energy complex development of digital twin can realize data interaction and data synchronization in real time, and ensure that the geothermal energy complex development can ensure complete information interaction and information synchronization;

[0082] The development interaction unit is used to realize data interaction and synchronization of geothermal energy complex development application information in combination with GIS technology, and calculate the difference between the standard parameter value of the digital twin model and the status of the physical facility in real time during data interaction, and set the standard normal difference threshold. The calculation formula is as follows:

[0083] The calculation formula is as follows:

[0084]

[0085] Among them, S represents the difference between the standard parameter value of the digital twin model and the status of the physical facility, x i and x represent the standard parameter values ​​of the digital twin model and the parameter values ​​of the status between the physical facilities, n is the number of calculations, and B is the difference adjustment coefficient, ranging from 1 to 5.

[0086] The interactive warning module includes an interactive self-tracking unit and an interactive warning unit;

[0087] The interactive self-tracking unit is used to calculate the difference between the standard parameter value of the digital twin model at the current moment and the state of the physical facility in real time through the data tracker;

[0088] The interactive warning unit is used to calculate the difference between the difference value and the standard normal difference threshold. If the difference is less than or equal to 0.01, it means that the data interaction and synchronization are normal. If the difference is greater than 0.01, it means that the data interaction and synchronization are abnormal. The reporting system will issue a warning reminder. By real-time tracking of the difference value between the status of the digital twin model and the physical facility, if a difference value occurs, an interactive warning will be issued in real time, further increasing the accuracy of the development and application of the geothermal energy complex.

[0089] Embodiment 3

[0090] Please refer to Figure 4 As shown: Based on the first embodiment, the authorization encryption end includes an interactive receiving module, an authorization authentication module, an encryption storage module and an information verification module;

[0091] The interactive receiving module is used to receive data interaction and synchronous warning results in real time through a data receiver, and to receive data anomalies of geothermal energy complex development and application information in real time;

[0092] The authorization authentication module is used to authenticate the real name through the identity card, and set the one-time digital password and the two-time digital password. The one-time digital password and the two-time digital password are set in reverse order.

[0093] The encryption storage module includes a bidirectional encryption unit, which is used to set the corresponding primary digital password and secondary digital password to a primary digital key and a secondary digital key respectively, and the primary digital key and the secondary digital key are set in reverse order.

[0094] The information verification module includes a verification comparison unit and a verification early warning unit;

[0095] The verification and comparison unit is used to compare the digital serial number in real time to determine whether the key is correct. The determination method is as follows:

[0096] Step 1: Enter the digital password into the key input port through the key input port set by the primary digital password and the secondary digital password. The digital key after input is twice, that is, a judgment is made in the order of the digital keys entered, and then a secondary judgment is made in the reverse order of the digital keys entered, and the digital keys after input are substituted into the judgment formula. The judgment formula is as follows:

[0097]

[0098] Among them, E n Indicates the judgment value, U 1 Indicates the input digital key value, U 2 represents the corresponding digital key, x represents the repeated value of the digital key value and the corresponding digital key, and X represents the repeated value of the digital key;

[0099] Step 2: If the calculated E n = 0, the input digital key is judged to be correct. If E n ≠0, the input digital key is judged to be incorrect, and the judgment formula repeatedly calculates the judgment result of the primary digital key and the judgment result of the secondary digital key. If the two judgment results are the same, it means that the authorization is normal. If the two judgment results are different, it means that the authorization is abnormal. The judgment method is repeated until the judgment results are the same, otherwise it is reported to the system and data access is denied;

[0100] The verification and warning unit is used to report a warning reminder to the system when it determines that the key is wrong. By obtaining the corresponding operating status and information data of the equipment during the development and application of the geothermal energy complex, a two-way key verification and comparison is performed to prevent the geothermal energy complex development and application information data from being accessed or leaked by unauthorized personnel, reduce the damage to the geothermal energy complex development and application information, and increase the security and reliability of the geothermal energy complex development and application information system.

[0101] In the present invention, a geothermal energy complex development and application information system based on digital twins is provided. When the system is in operation, the digital twin model is first set through the historical data of the geothermal energy complex development and application information, and the parameters are collected and serialized according to the real-time transmission of the parameters of the geothermal energy development and application information, and data comparison and data self-screening are performed in real time during data transmission. By setting the digital twin model of geothermal energy development and application, and collecting parameters and serializing according to the real-time transmission of geothermal energy development parameters, data comparison is performed in real time during data transmission to ensure the stability and reliability of data transmission, avoid data delay or data loss in the digital twin model during the transmission of geothermal energy comprehensive development and application, reduce the risk of inaccurate data or data missing, and increase the accuracy and reliability of the geothermal energy complex development and application of the digital twin model; by simulating the virtual space and the physical entity in real time to realize data interaction and synchronization, realize data interaction and data synchronization in real time, and track the difference value between the status of the digital twin model and the physical facility in real time, and issue an interactive warning in real time if a difference value occurs, and by simulating the virtual space and the physical entity in real time to realize data interaction and synchronization, The geothermal energy complex development can realize data interaction and data synchronization in real time, ensuring that the geothermal energy complex development can ensure complete information interaction and information synchronization, and track the difference between the status of the digital twin model and the physical facilities in real time. If a difference occurs, an interactive warning will be issued in real time, further increasing the accuracy of the geothermal energy complex development and application; after data transmission, the final geothermal energy complex development and application information is obtained, and the geothermal energy complex development and application information is authorized and authenticated, and a two-way encryption unit is set to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the geothermal energy complex development and application, the two-way key is used for real-time verification and comparison, and the final geothermal energy complex development and application information is obtained after data transmission, and the complex development and application information is authorized and authenticated, and a two-way encryption unit is set to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the geothermal energy complex development and application, the two-way key is used for real-time verification and comparison, so as to avoid the geothermal energy complex development and application information data from being accessed or leaked by unauthorized personnel, reduce the damage to the geothermal energy complex development and application information, and increase the security and reliability of the geothermal energy complex development and application information system.

[0102] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A geothermal energy complex development and application information system based on digital twin, characterized in that: The geothermal energy complex development and application information system based on digital twins includes a data transmission terminal, an interactive synchronization terminal and an authorization encryption terminal; The data transmission end is used to set the digital twin model of geothermal energy development and application information, and to collect parameters and arrange serial numbers according to the real-time transmission of parameters of geothermal energy development and application information, and to perform real-time data comparison and data self-screening during data transmission; The interactive synchronization terminal is used to achieve data interaction and synchronization by simulating the virtual space and the physical entity in real time, and to track the difference value between the state of the digital twin model and the physical facility in real time, and to issue an interactive warning in real time if a difference value occurs; The authorization encryption end is used to obtain the final geothermal energy complex development and application information after data transmission, and to authorize and authenticate the geothermal energy complex development and application information, and to set a two-way encryption unit to realize double encryption of information. When obtaining the operating status and information data corresponding to the equipment during the development and application of the geothermal energy complex, real-time verification and comparison are performed through the two-way key.

2. The system according to claim 1, characterized in that The data transmission end includes a digital twin model, a geothermal development module and a transmission early warning module; The digital twin model includes a model setting unit and a standard parameter unit; The model setting unit is used to set the digital twin model through historical data of geothermal energy complex development and application information; The standard parameter unit is used to set standard parameter values ​​of geothermal energy complex development and application information according to the digital twin model.

3. The system according to claim 2, characterized in that The geothermal development module includes geothermal energy parameter values ​​and sequence number arrangement units; The geothermal energy parameter values ​​are used to collect geothermal energy complex development and application information parameter values ​​in real time through a data acquisition instrument; The serial number arrangement unit is used to arrange the geothermal energy complex development and application information parameter values ​​in ascending order using Arabic numerals.

4. The system according to claim 3, characterized in that The transmission warning module includes a transmission comparison unit, a transmission self-screening unit and a transmission warning unit; The transmission comparison unit is used to calculate the difference between the geothermal energy complex development and application information parameter value and the standard parameter value. If the difference is equal to 0, it means that the geothermal energy complex development and application information parameter value at the current moment is normal. If the difference is not equal to 0, it means that the geothermal energy complex development and application information parameter value is abnormal. The transmission self-screening unit is used to calculate the similarity between the geothermal energy complex development and application information parameter value and the standard parameter value in real time, and set the standard similarity threshold. The calculation formula is as follows: Among them, d represents the similarity between the parameter value of geothermal energy complex development and application information and the standard parameter value, X i The first parameter representing the value of the geothermal energy complex development and application information i parameter value, X2 represents the i The standard parameter value corresponding to the parameter value is used to calculate the difference between the similarity and the standard similarity threshold. If the difference is less than or equal to 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is normal. If the difference is greater than 0.02, it means that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal. The transmission warning unit is used to report the system to issue a warning reminder and automatically intercept the transmitted data parameters when it is determined that the parameter value of the geothermal energy complex development and application information at the current moment is abnormal.

5. The system according to claim 1, characterized in that The interactive synchronization terminal includes a virtual space module, a development entity module and an interactive early warning module; The virtual space module includes a sequence number matching unit and a space simulation unit; The serial number matching unit is used to perform parameter matching according to the parameter values ​​of the geothermal energy complex development and application information after serial number arrangement; The space simulation unit is used to set up geothermal energy complex development application information simulation virtual space, and realize it through virtual AI and virtual space panorama.

6. The system according to claim 5, characterized in that The development entity module includes an entity parameter unit and a development interaction unit; The entity parameter unit is used to combine virtual space with physical entities to perform space simulation by computer graphics and according to the parameter values ​​of geothermal energy complex development and application information; The development interaction unit is used to realize data interaction and synchronization of geothermal energy complex development application information in combination with GIS technology, and calculate the difference between the standard parameter value of the digital twin model and the state of the physical facility in real time during data interaction, and set the standard normal difference threshold. The calculation formula is as follows: The calculation formula is as follows: Among them, S represents the difference between the standard parameter value of the digital twin model and the status of the physical facility, x i and x represent the standard parameter values ​​of the digital twin model and the parameter values ​​of the status between the physical facilities, n is the number of calculations, and B is the difference adjustment coefficient, ranging from 1 to 5.

7. The system according to claim 6, characterized in that The interactive warning module includes an interactive self-tracking unit and an interactive warning unit; The interactive self-tracking unit is used to calculate the difference between the standard parameter value of the digital twin model at the current moment and the state of the physical facility in real time through the data tracker; The interactive warning unit is used to calculate the difference between the difference value and the standard normal difference threshold. If the difference is less than or equal to 0.01, it means that the data interaction and synchronization are normal. If the difference is greater than 0.01, it means that the data interaction and synchronization are abnormal, and the reporting system issues a warning reminder.

8. The system according to claim 1, characterized in that The authorization encryption end includes an interactive receiving module, an authorization authentication module, an encryption storage module and an information verification module; The interactive receiving module is used to receive data interaction and synchronous warning results in real time through a data receiver, and receive data anomalies of geothermal energy complex development and application information in real time; The authorization authentication module is used for real-name authentication through an identity card, and setting a primary digital password and a secondary digital password, wherein the primary digital password and the secondary digital password are set in reverse order.

9. The system according to claim 8, characterized in that The encryption storage module includes a bidirectional encryption unit, which is used to set the corresponding primary digital password and secondary digital password to a primary digital key and a secondary digital key respectively, and the primary digital key and the secondary digital key are set in reverse order.

10. The system according to claim 9, characterized in that The information verification module includes a verification comparison unit and a verification early warning unit; The verification and comparison unit is used to determine whether the key is correct by real-time comparison of the digital serial number. The determination method is as follows: Step 1: Enter the digital password into the key input port through the key input port set by the primary digital password and the secondary digital password. The digital key after input is twice, that is, a judgment is made in the order of the digital keys entered, and then a secondary judgment is made in the reverse order of the digital keys entered, and the digital keys after input are substituted into the judgment formula. The judgment formula is as follows: Among them, E n represents the determination value, U1 represents the input digital key value, U2 represents the corresponding digital key, x represents the repetition value of the digital key value and the digital key, and X represents the repetition value of the digital key; Step 2: If the calculated E n = 0, the input digital key is judged to be correct. If E n ≠0, it is determined that the input digital key is wrong; The verification warning unit is used to report to the system to issue a warning reminder when it is determined that the key is wrong.

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