Energy consumption online detection device and detection system

Abstract

The invention provides an energy consumption online detection device and system, and belongs to the technical field of energy consumption monitoring. According to the energy consumption online detection system, an internal network processing unit, an external network processing unit and a safety data exchange unit are installed in energy consumption online monitoring end equipment, and the internal network processing unit and the external network processing unit are respectively connected with safety computer equipment and are respectively connected with an internal network and an external network. And the intranet security computer equipment and the data acquisition application software system are responsible for realizing data acquisition and protocol analysis with various field monitoring instruments, data acquirers and informatization systems of energy consumption units, encrypting data and transmitting the data to the extranet processing unit through the security data exchange unit.

Description

Technical Field

[0001] The present application relates to the field of energy consumption monitoring, and more specifically, to an online energy consumption detection device and detection system. Background Art

[0002] Energy is one of the material basis and fundamental driving forces for the development of a country or region. Energy consumption is closely related to economic growth. The sustainable development of energy has also promoted the sustainable development of the economy to a large extent. Under the severe situation of energy conservation and emission reduction, and under the strong advocacy of adjusting the energy consumption structure, it is an important measure to achieve sustainable, stable and coordinated development to do a good job in energy management and energy conservation and consumption reduction. In order to ensure the sustainable development of enterprises, it is necessary to give priority to energy conservation, reduce the energy consumption per unit product, curb the excessive growth of total energy consumption, and strive to promote structural energy conservation, technical energy conservation, energy conversion and cascade utilization. The design starting point of the existing energy system on-site monitoring is basically designed to meet the requirements of on-site equipment monitoring. The SIS control system is adopted, but there are still some conventional electrical and intelligent instrument control phenomena, which must be upgraded and transformed. The operation and management of the energy system are decentralized, the information of various monitoring systems is not shared, and the setting of metering points needs to be improved. The backward and inefficient energy dispatching method greatly limits the daily balance of the energy system and the immediacy of command and dispatch under abnormal circumstances. It is difficult to exchange different energy media in a timely manner according to the needs of overall balance, which brings great difficulties to the energy conservation and consumption reduction work in the dynamic balance of the system. The lack of a comprehensive, advanced and efficient energy management system makes it impossible to effectively supervise, evaluate and assess energy conservation work, and even more so to provide direction for the continuous improvement of energy conservation and emission reduction in the future. The existing problems are as follows:

[0003] 1. The on-site electrical and instrument settings of some sites make it difficult to collect data in real time and upload it remotely;

[0004] 2. Most systems are independent systems, not connected to the Internet, and their design does not take into account information sharing between front-end and back-end processes and information flow between materials;

[0005] 3. In the design of completed projects, little consideration is given to system maintainability, scalability and centralized management. Summary of the invention

[0006] In order to make up for the above shortcomings, the present application provides an online energy consumption detection device and detection system, which aims to improve the lack of a comprehensive, advanced and efficient energy management system, the inability to effectively supervise, evaluate and assess energy-saving work, and the inability to provide direction for continuous improvement of energy conservation and emission reduction in the future.

[0007] On the one hand, the embodiment of the present application provides an energy consumption online detection device, comprising:

[0008] An energy consumption online monitoring terminal device and a safety computer device, wherein the safety computer device is electrically connected to the energy consumption online monitoring terminal device.

[0009] On the other hand, an embodiment of the present application further provides an energy consumption online detection system, including the above-mentioned energy consumption online monitoring terminal device.

[0010] The energy consumption online monitoring terminal device is internally installed with an intranet processing unit, an extranet processing unit and a secure data exchange unit, wherein the intranet processing unit and the extranet processing unit are respectively connected to a secure computer device, and are respectively connected to an internal network and an external network. The intranet secure computer device and the data acquisition application software system are responsible for data acquisition and protocol analysis with various on-site monitoring instruments, data collectors and information systems of energy-consuming units, and encrypt the data and transmit it to the extranet processing unit through the secure data exchange unit.

[0011] In a specific implementation scheme, the intranet processing unit, the extranet processing unit and the security data exchange unit can be divided into the main station management layer, the network communication layer and the field measurement and control layer according to the actual use requirements in overall use. Among them, the main body of the main station management layer is the enterprise energy consumption online monitoring terminal equipment, which is composed of the intranet processing unit, the extranet processing unit and the security data exchange unit. The security data exchange unit transfers security data between the intranet host and the extranet host according to the specified cycle. The energy consumption online monitoring terminal equipment realizes reliable and efficient automatic exchange of security data while ensuring the isolation of the internal and external networks. The network communication layer is composed of switches, routers, and related network lines. The field measurement and control layer is mainly composed of data collectors, electricity meters, water meters, gas meters, and heat meters. According to the on-site conditions, each instrument and sensor device interacts with the data collector through the field bus, and then the data collector realizes the data transmission function with the energy consumption online monitoring enterprise terminal equipment through the IP network.

[0012] In a specific implementation scheme, the intranet processing unit, the extranet processing unit and the secure data exchange unit can be divided into business functions, system logs, data statistics and analysis, configuration management, data collection and monitoring equipment according to their functions. Among them, the system log can realize the reporting of energy consumption online monitoring terminal device data and the query of enterprise reported data; support the automatic generation of terminal device logs and system operation logs; support the communication failure of the display device, and the configuration management can support terminal device information configuration, user and role management, regional information management, product information management and energy consumption unit configuration.

[0013] In a specific implementation scheme, the business functions include security isolation, information exchange, network access control, user access control, buffer space management, transmission data management, double security protection and data content review.

[0014] In a specific implementation scheme, the system log includes data reporting of the energy consumption online monitoring terminal device, energy consumption online monitoring terminal device log, system operation log and device communication equipment.

[0015] In a specific implementation scheme, data statistics and analysis include data detection, enterprise energy consumption analysis and data management, among which the real-time monitored data can be statistically classified, and the enterprise energy consumption analysis can realize comprehensive query of energy consumption of the whole plant and key energy-consuming areas, including query of daily, monthly, total and economic total energy consumption indicators of the enterprise; realize comprehensive query of energy consumption of enterprise products, including query of other indicators of the enterprise - output indicators and economic indicators; data management can realize classification and sub-item data entry functions, including regional energy consumption data entry, product energy consumption data entry, product output data entry and economic data entry.

[0016] In a specific implementation scheme, data monitoring includes implementing meter readings, system status monitoring and historical meter readings; enterprise energy consumption analysis includes regional energy consumption query, product energy consumption query, product energy indicators and total energy consumption indicators; data management includes regional energy consumption entry, product energy consumption entry, product output entry and economic data entry.

[0017] In a specific implementation scheme, configuration management includes energy consumption online monitoring terminal equipment information, user configuration management, role configuration management, product information management, energy consumption unit configuration and regional information management.

[0018] In a specific implementation scheme, data collection includes energy consumption data collection, environmental data collection, operation data collection, alarm data collection, fault data collection, configuration data collection, financial data collection, economic data collection and other data collection.

[0019] Beneficial effects: Reliable and efficient secure data exchange is achieved while ensuring the isolation of internal and external networks, and all these complex operations are automatically completed by the isolation system. Users only need to customize appropriate security policies based on their own business characteristics to achieve secure data communication between internal and external networks, while ensuring the security of user information systems and maximizing the convenience of customer applications. The data receiving host and the corresponding application software system are responsible for receiving the encrypted data transmitted from the secure data interaction unit and decrypting the data. They have the functions of file parsing and verification, internal format processing, local storage, and data packaging and uploading. This application has the advantages of high security and reliability and fast processing efficiency, and can comprehensively protect the security of the enterprise's intranet. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] In order to more clearly illustrate the technical solutions of the implementation methods of the present application, the drawings required for use in the implementation methods will be briefly introduced below. It should be understood that the following drawings only show certain embodiments of the present application and therefore should not be regarded as limiting the scope. For ordinary technicians in this field, other related drawings can be obtained based on these drawings without paying creative work.

[0021] Figure 1 It is a schematic diagram of the structure of an online energy consumption detection device provided in an embodiment of the present application;

[0022] Figure 2 A block diagram of an online energy consumption monitoring system provided for an implementation of the present application;

[0023] Figure 3 A classification diagram of the use requirements of the energy consumption online monitoring system provided in the embodiment of the present application;

[0024] Figure 4 Functional classification block diagram of the energy consumption online monitoring system provided in the embodiment of the present application;

[0025] Figure 5 A block diagram of the connection between the online energy consumption monitoring system and the external network provided in the embodiment of the present application;

[0026] Figure 6 A data detection system state monitoring block diagram provided for an embodiment of the present application;

[0027] Figure 7 An inventory management operation block diagram provided for an implementation method of the present application;

[0028] Figure 8 A system operation log operation block diagram provided for an implementation scheme of the present application;

[0029] Fig. 9 A block diagram of the operation of entering regional energy consumption data provided for the implementation mode of this application;

[0030] Fig.10 A flowchart of the product energy consumption data entry operation provided in the implementation mode of the present application;

[0031] Fig.11 A flowchart of the product output data entry operation provided in the embodiment of the present application;

[0032] Fig.12 An operation diagram for inputting economic indicator data provided by the implementation method of this application;

[0033] Fig.13 A user-level role management operation block diagram provided for an implementation method of the present application;

[0034] Fig.14A product information management operation block diagram provided for the implementation method of this application;

[0035] Fig.15 A flowchart of the energy consumption unit information management operation provided for the implementation mode of this application.

[0036] In the figure: 10-Energy consumption online monitoring terminal equipment. DETAILED DESCRIPTION

[0037] The technical solutions in the embodiments of the present application will be described below in conjunction with the drawings in the embodiments of the present application.

[0038] See also Figure 1-Figure 15 The present application provides an energy consumption online detection device, comprising

[0039] See also Figure 1 , an energy consumption online monitoring terminal device 10 and a safety computer device, the safety computer device is electrically connected to the energy consumption online monitoring terminal device 10.

[0040] See also Figure 1-Figure 15 The embodiment of the present application further provides an online energy consumption detection system, including an online energy consumption monitoring terminal device 10.

[0041] See also Figure 1 , Figure 2 , Figure 3 , Figure 4 and Figure 5The energy consumption online monitoring terminal device 10 is internally installed with an intranet processing unit, an extranet processing unit and a secure data exchange unit, wherein the intranet processing unit and the extranet processing unit are respectively connected to the secure computer device, and are respectively connected to the internal network and the external network. The intranet secure computer device and the data acquisition application software system are responsible for data acquisition and protocol analysis with various on-site monitoring instruments, data collectors and information systems of the energy-consuming units, and encrypt the data before passing it to the extranet processing unit through the secure data exchange unit. Among them, the intranet processing unit and the extranet processing unit are a dedicated network security computer device, which are respectively connected to the internal and external networks. The intranet host and the corresponding data acquisition application software system are responsible for data acquisition and protocol analysis with various on-site monitoring instruments, data collectors and information systems of the energy-consuming units, and encrypt the data before passing it to the extranet processing unit through the secure data exchange unit. The secure data exchange unit performs one-way ferrying of secure data between the internal and external network hosts according to a specified period. Thus, reliable and efficient secure data exchange can be achieved while ensuring the isolation of internal and external networks. All these complex operations are automatically completed by the isolation system. Users only need to customize appropriate security policies according to their own business characteristics to achieve secure data communication between internal and external networks. While ensuring the security of user information systems, it also maximizes the convenience of customer applications. The data receiving host and the corresponding application software system are responsible for receiving the encrypted data transmitted from the secure data interaction unit and decrypting the data. They have the functions of file parsing and verification, internal format processing, local storage, and data packaging and uploading. This application has the advantages of high security and reliability and fast processing efficiency, and can comprehensively protect the security of the enterprise's intranet.

[0042] The internal network processing unit, the external network processing unit and the security data exchange unit can also be divided into the main station management layer, the network communication layer and the on-site measurement and control layer according to the actual use requirements in the overall use. Among them, the main body of the main station management layer is the enterprise energy consumption online monitoring terminal device, which is composed of the internal network processing unit, the external network processing unit and the security data exchange unit. The security data exchange unit transfers security data between the internal network host and the external network host according to the specified cycle. The energy consumption online monitoring terminal device 10 realizes reliable and efficient automatic exchange of security data while ensuring the isolation of the internal and external networks. The network communication layer is based on switches, The network consists of routers and related network lines. According to the size of the enterprise site and the requirements for network communication quality, optical fiber can be laid in the backbone communication network. The field measurement and control layer is mainly composed of data collectors, electric energy meters, water meters, gas meters, and heat meters. According to the on-site conditions, each instrument and sensor device interacts with the data collector through the field bus, and then the data collector realizes the data transmission function with the energy consumption online monitoring enterprise-side equipment through the IP network. At the same time, the industrial control system (PLS / DCS / FCS, etc.) obtains energy-related data through OPC and other methods, and the production monitoring information management system (S IS / MES, etc.) uses SQL interfaces and other methods to obtain energy-related data. Then these systems will be interconnected with the energy consumption online monitoring enterprise-side equipment to upload all collected energy data. In addition, the system also supports manual filling and updating of energy-related data.

[0043] See also Figure 6 , Figure 7 , Figure 8 , Fig. 9 , Fig.10 , Fig.11 , Fig.12 In terms of overall use, the intranet processing unit, extranet processing unit and secure data exchange unit can also be divided into business functions, system logs, data statistics and analysis, configuration management, data collection and monitoring equipment according to their functions. Specifically, monitoring equipment includes smart electricity meters, smart water meters, smart heat meters, smart gas meters, flow meters, comprehensive security devices, CDS, SCADA, PLC, RTU, power distribution systems and other required equipment. Among them, the system log can realize the reporting of 10 data of the energy consumption online monitoring terminal equipment and the query of the enterprise reported data; support the automatic generation of terminal equipment logs and system operation logs; support the display of communication failures of equipment, and configuration management can support terminal equipment information configuration, user and role management, regional information management, product information management and energy unit configuration.

[0044] Business functions include security isolation, information exchange, network access control, user access control, buffer space management, transmission data management, double security protection and data content review.

[0045] See also Fig.13 , Fig.14 and Fig.15 , the system log includes 10 data reports from the online energy consumption monitoring terminal device. Specifically, the energy consumption data is automatically reported according to the data upload address, upload frequency, upload time, etc. required by the upper-level monitoring platform. Management and maintenance personnel can view the reporting results and reported data values ​​through this function module. 10 logs of online energy consumption monitoring terminal devices. Specifically, the terminal device queries the relevant verification process logs before data reporting, including registration results, basic data download results, platform version verification results, and basic information upload results of energy-consuming units. System operation logs. Specifically, the system provides query of operation logs and login logs, which is convenient for enterprises to query historical operation logs when conducting relevant audits or tracing back historical operations. And equipment communication equipment.

[0046] Data statistics and analysis include data detection, enterprise energy consumption analysis and data management. Among them, the real-time monitored data can be statistically classified. The enterprise energy consumption analysis can realize comprehensive query of energy consumption of the whole plant and key energy-consuming areas, including daily, monthly, total and economic query of enterprise energy consumption indicators; realize comprehensive query of enterprise product energy consumption, including query of other enterprise indicators - output indicators and economic indicators. Data management can realize classification and sub-item data entry functions, including regional energy consumption data entry, product energy consumption data entry, product output data entry and economic data entry.

[0047] Data monitoring includes the implementation of meter reading data, specifically, for different types of on-site meters, real-time monitoring of energy consumption data (water, electricity, steam, compressed air, etc.) in various areas of the enterprise. System status monitoring, specifically, real-time monitoring of the communication status of on-site instruments, data collectors, automation information systems, and energy consumption online monitoring system related services, with red and green communication nodes. And historical meter reading data, specifically, access to the data of any time / segment stored on the platform to understand the energy consumption and energy efficiency of each production unit or system at a certain time point / segment. Enterprise energy consumption analysis includes regional energy consumption query, specifically, enterprise energy consumption regional query can provide comprehensive enterprise energy consumption query, users can combine various query conditions, view the total energy indicators, energy efficiency indicators and economic indicators of the enterprise / key process, and the query time frequency is 15 minutes, half an hour, hour, day, month, year. Total energy indicators include purchased energy consumption and external supply, and comprehensive energy consumption. Energy efficiency indicators are typical indicators that reflect the energy efficiency level of enterprises or major equipment. Economic indicators include industrial added value and industrial gross output value indicators, product energy consumption query, product energy indicators and total energy consumption indicators. Specifically, the comprehensive query of product energy consumption summarizes and counts product energy consumption, and realizes the comprehensive query function of product energy consumption related data. It also includes the query of other enterprise indicators such as product output and economic indicators. Manually entered and automatically calculated data are all within the scope of the query. Data management includes regional energy consumption entry, product energy consumption entry, product output entry and economic data entry, among which, manual entry of data that does not meet the conditions for online collection is realized, including regional energy consumption data entry, product energy consumption data entry, product output data entry and economic data entry. Regional energy consumption entry: regional energy consumption data entry can realize manual entry of energy consumption data of each production or living area. Product energy consumption entry: product energy consumption data entry can realize manual entry of energy consumption data of various intermediate products or final products. Product output data entry: product output data entry can realize manual entry of output data of various intermediate products or final products. Economic data entry: economic indicator data entry can realize manual entry of monthly total industrial output value and industrial added value data.

[0048] Configuration management includes 10 information of online energy consumption monitoring terminal equipment, user configuration management, role configuration management, product information management, energy consumption unit configuration and regional information management. Among them, users can adjust various configuration data at any time according to the actual situation of the project. 10 information of online energy consumption monitoring terminal equipment: configure the terminal equipment in accordance with the requirements of the "Technical Specifications for Online Energy Consumption Monitoring System of Key Energy Consumption Units" and the parameters actually reported by the enterprise. User configuration management and role configuration management: management of system users and roles, mainly including user attribute information and role information. Regional information management: basic information configuration of each area / workshop / process within the enterprise, including area / workshop / process attribute information, energy consumption data information, etc. Product information management: information management of products produced by the enterprise, including product name, product unit, product output calculation method, etc. Energy consumption unit configuration: configure the basic attributes of key energy consumption units in accordance with the requirements of the "Technical Specifications for Online Energy Consumption Monitoring System of Key Energy Consumption Units".

[0049] Data collection includes energy consumption data collection, environmental data collection, operation data collection, and alarm data collection. Specifically, the system provides real-time monitoring of the operation status of field instruments, data collectors, automation information systems, and energy consumption online monitoring system-related services and terminal equipment. When a fault occurs, the system immediately issues an alarm notification in the form of a pop-up window or display screen to remind management personnel to eliminate the fault as soon as possible. Fault data collection, specifically, the system provides communication fault log query for field instruments, data collectors, automation information systems, and energy consumption online monitoring system-related services. The system prompts the fault name, fault type, current status, occurrence time, and elimination time, which is convenient for system maintenance personnel to view historical fault information. Configuration data collection, financial data collection, economic data collection and other data collection. In the actual data collection work, the collected data follows the principles of truthfulness, accuracy and completeness. According to the priority of the collection path, data is collected through management information system (ERP / MIS, etc.), production monitoring management system (SIS / MES, etc.), production process control system (PLS / DCS / FCS, etc.), field instruments, and manual reporting. System access supports interface connection with other information business systems to obtain data, production monitoring management system (SIS). According to different systems, SQL interface or OPC is used to obtain energy-related data. Instrument collection: supports real-time collection of field-related data through various metering meters, and can also set scheduled collection tasks as required to ensure the timeliness, accuracy and completeness of the collected data. The accuracy level of the collection instrument complies with the "Technical Specifications for Online Monitoring System of Energy Consumption of Key Energy-consuming Units Part 7 Energy Variety Collection Specifications (Trial)", manual reporting: all data supports manual entry, modification and correction of data through manual reporting.

[0050] The working principle of the energy consumption online detection device and detection system:

[0051] The intranet processing unit and the extranet processing unit are proprietary network security computer devices, which are connected to the internal and external networks respectively. The intranet host and the corresponding data acquisition application software system are responsible for data acquisition and protocol analysis with various on-site monitoring instruments, data collectors and information systems of energy-consuming units, and encrypt the data and pass it to the extranet processing unit through the secure data exchange unit. The secure data exchange unit performs one-way ferrying of secure data between the internal and external network hosts according to the specified cycle. Thus, reliable and efficient secure data exchange is achieved while ensuring the isolation of the internal and external networks, and all these complex operations are automatically completed by the isolation system. Users only need to customize appropriate security policies according to their own business characteristics to achieve secure data communication between the internal and external networks, while ensuring the security of the user's information system, and maximizing the convenience of customer applications. The data receiving host and the corresponding application software system are responsible for receiving the encrypted data transmitted from the secure data interaction unit and decrypting the data, and have the functions of file parsing verification, internal format processing, local storage and data packaging and uploading. This application has the advantages of high security and reliability and fast processing efficiency, and can fully guarantee the intranet security of the enterprise.

[0052] The above description is only an embodiment of the present application and is not intended to limit the scope of protection of the present application. For those skilled in the art, the present application may have various changes and variations. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present application should be included in the scope of protection of the present application. It should be noted that similar reference numerals and letters represent similar items in the following drawings, so once an item is defined in one drawing, it does not need to be further defined and explained in the subsequent drawings.

Claims

1. An energy consumption online detection device, characterized in that: include An energy consumption online monitoring terminal device (10) and a safety computer device, wherein the safety computer device is electrically connected to the energy consumption online monitoring terminal device (10).

2. An energy consumption online detection system, characterized in that: include The energy consumption online monitoring terminal device (10) described in claim 1, the energy consumption online monitoring terminal device (10) is internally installed with an intranet processing unit, an extranet processing unit and a secure data exchange unit, wherein the intranet processing unit and the extranet processing unit are respectively connected to the secure computer device, respectively connected to the internal network and the external network, the intranet secure computer device and the data acquisition application software system are responsible for data acquisition and protocol analysis with various on-site monitoring instruments, data collectors and information systems of the energy-consuming unit, and encrypt the data and transmit it to the extranet processing unit through the secure data exchange unit.

3. The energy consumption online detection system according to claim 2, characterized in that: The internal network processing unit, the external network processing unit and the safety data exchange unit can be divided into the main station management layer, the network communication layer and the field measurement and control layer according to the actual use requirements in the overall use. Among them, the main body of the main station management layer is the enterprise energy consumption online monitoring terminal equipment, which is composed of the internal network processing unit, the external network processing unit and the safety data exchange unit. The safety data exchange unit transfers the safety data between the internal network host and the external network host according to the specified cycle. The energy consumption online monitoring terminal equipment (10) realizes reliable and efficient automatic exchange of safety data while ensuring the isolation of the internal and external networks. The network communication layer is composed of switches, routers and related network lines. The field measurement and control layer is mainly composed of data collectors, electric energy meters, water meters, gas meters and heat meters. According to the field conditions, each instrument and sensor device interacts with the data collector through the field bus, and then the data collector realizes the data transmission function with the energy consumption online monitoring enterprise terminal equipment through the IP network.

4. The energy consumption online detection system according to claim 2, characterized in that: The overall use of the intranet processing unit, the extranet processing unit and the secure data exchange unit can also be divided into business functions, system logs, data statistics and analysis, configuration management, data collection and monitoring equipment according to the use functions. Among them, the system log can realize the data reporting of the energy consumption online monitoring terminal device (10) and the query of the enterprise reported data; support the automatic generation of terminal device logs and system operation logs; support the communication failure of the display device; configuration management can support terminal device information configuration, user and role management, regional information management, product information management and energy consumption unit configuration.

5. The energy consumption online detection system according to claim 4, characterized in that: Business functions include security isolation, information exchange, network access control, user access control, buffer space management, transmission data management, double security protection and data content review.

6. The energy consumption online detection system according to claim 4, characterized in that: The system log includes data reporting of the energy consumption online monitoring terminal device (10), logs of the energy consumption online monitoring terminal device (10), system operation logs and device communication equipment.

7. The energy consumption online detection system according to claim 4, characterized in that: Data statistics and analysis include data detection, enterprise energy consumption analysis and data management. Among them, the real-time monitored data can be statistically classified. The enterprise energy consumption analysis can realize comprehensive query of energy consumption of the whole plant and key energy-consuming areas, including query of enterprise total energy consumption indicators (daily, monthly, total, economic); realize comprehensive query of enterprise product energy consumption, including query of other enterprise indicators - output indicators and economic indicators. Data management can realize classification and sub-item data entry functions, including regional energy consumption data entry, product energy consumption data entry, product output data entry, and economic data entry.

8. The energy consumption online detection system according to claim 7, characterized in that: Data monitoring includes meter reading, system status monitoring and historical meter reading. Enterprise energy consumption analysis includes regional energy consumption query, product energy consumption query, product energy indicators and total energy consumption indicators. Data management includes regional energy consumption entry, product energy consumption entry, product output entry and economic data entry.

9. The energy consumption online detection system according to claim 4, characterized in that: Configuration management includes energy consumption online monitoring terminal equipment (10) information, user configuration management, role configuration management, product information management, energy consumption unit configuration and regional information management.

10. The energy consumption online detection system according to claim 4, characterized in that: Data collection includes energy consumption data collection, environmental data collection, operation data collection, alarm data collection, fault data collection, configuration data collection, financial data collection, economic data collection and other data collection.

Images