JP2014068293A - Monitoring device, monitoring system, program, and monitoring method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To manage facility equipment and IT apparatus integrally in an energy management system.SOLUTION: The monitoring device is connected to an IT apparatus, facility equipment, and an energy management system which includes a control device for controlling the facility equipment. The monitoring device acquires channel information on a first network which is connected to the IT apparatus and the control device and channel information on a second network to which the facility equipment and the control device are connected and which has a different communication method from that of the first network. The monitoring device, on the basis of the acquired channel information, generates system configuration information which specifies the connection relation of the IT apparatus, the facility equipment, and the control device. The monitoring device, on the basis of the system configuration information, outputs display information which indicates the connection relation of the IT apparatus, the facility equipment, and the control device.

Description

  The present invention relates to a monitoring device, a monitoring system, a program, and a monitoring method in an energy management system.

  2. Description of the Related Art An energy management system (for example, BEMS (Building and Energy Management System)) that manages energy consumption of a building by monitoring and controlling building equipment is known.

  In addition, an energy management support system that provides an energy management support service to a customer by remotely managing the energy management system of the customer's building by a system such as a kraut system is known.

  For example, in Patent Document 1, data relating to the operating state and indoor environment of equipment in a customer facility is sent to a service providing facility outside the customer facility, and the service providing facility optimizes and controls the equipment in the customer facility. It is described to provide support for.

JP 2011-248568 A

  By the way, as energy management has become increasingly important in recent years, not only equipment in buildings but also so-called IT (Information Technology) devices such as PCs (Personal Computers) and servers are managed in an integrated manner to improve management efficiency. The desire to do so is growing. Further, in a system that can remotely operate facility equipment via a network such as the Internet, security risks such as unauthorized operation of facility equipment that have not been assumed in the past have increased. For this reason, it is required to monitor the entire network including equipment in an integrated manner.

  Then, an object of this invention is to manage an installation apparatus and IT apparatus integratedly in an energy management system.

  The present application includes a plurality of means for solving at least a part of the above-described problems. Examples of such means are as follows.

  A first aspect of the present invention for solving the above-described problem is a monitoring device, which is connected to an energy management system including an IT device, a facility device, and a control device that controls the facility device, and the IT device And a first acquisition unit that acquires first route information for specifying a communication route on a first network to which the control device is connected, and a network to which the facility device and the control device are connected, A second acquisition unit for acquiring second route information for specifying a communication route on a second network having a communication method different from that of the first network; the first route information and the second route information; Based on the system configuration information generating unit for generating system configuration information for specifying the connection relationship between the IT device, the equipment, and the control device, and based on the system configuration information, IT equipment, the equipment, and and an output unit for outputting the display information indicating a connection relationship between the control device, it is characterized.

  The monitoring device is captured by the capture unit that captures communication on the first network, the log collection unit that collects log information of communication on the second network from the control device, and the capture unit. Based on the captured information, a first generation unit that generates path information for specifying a communication path on the first network, and the second network based on the log information collected by the log collection unit A second generation unit that generates route information that identifies the upper communication route, and the first acquisition unit uses the route information generated by the first generation unit as the first route information. The second acquisition unit may acquire the route information generated by the second generation unit as the second route information.

  The monitoring apparatus includes a third acquisition unit that acquires access permission information in which address information of a destination is associated with address information of a transmission source that is permitted to access the destination, and on the first network A first monitoring unit that monitors communication and monitors whether or not access to the communication is permitted based on the address information included in the communication and the address information included in the access information. Then, the output unit may output display information for identifying communication determined not to be permitted by the first monitoring unit.

  The monitoring device acquires threshold information that associates a threshold for comparing with a parameter related to communication on the communication path for each communication path on the first network and communication path on the second network. Four acquisition units, a communication path on the first network, and a communication path on the second network, and for each of the communication paths, obtain the parameters related to communication in the communication path, and A second monitoring unit that determines whether or not the parameter exceeds the threshold value, and the output unit is a communication that is determined by the second monitoring unit to exceed the threshold value The display information for specifying the route may be output.

  Said monitoring apparatus has an input part which receives the input with respect to the display information showing the said connection relation output by the said output part, and the said output part respond | corresponds to the said IT apparatus, the said equipment, and the said control apparatus Display information representing the connection relationship is output by an object and a link between the objects, and the input unit accepts and holds a setting of information specifying a related file for the object, and the output unit The display information representing the contents of the file may be output in association with an object for which information specifying the file is set.

  In the above monitoring device, the output unit outputs display information representing the range of the first network in association with the connection relationship between the IT device and the control device based on the system configuration information, and Display information indicating the range of the second network may be output in association with the connection relationship between the control device and the facility device.

  A second aspect of the present invention for solving the above problems is a monitoring system, which is a monitoring device connected to an energy management system including an IT device, a facility device, and a control device that controls the facility device; And a terminal connected to the energy management system, wherein the monitoring device acquires first route information for specifying a communication route on a first network to which the IT device and the control device are connected. Second route information for specifying a communication route on a second network, which is a network to which the one acquisition unit, the facility device, and the control device are connected and has a communication method different from that of the first network. Based on the second acquisition unit to be acquired, the first route information, and the second route information, a system for specifying a connection relationship between the IT device, the facility device, and the control device. A system configuration information generation unit that generates system configuration information, and an output unit that outputs display information indicating the connection relationship between the IT device, the facility device, and the control device based on the system configuration information. The terminal includes a display unit that displays the display information output from the output unit.

  A third aspect of the present invention for solving the above problems is a program for a monitoring device, wherein the monitoring device includes an IT device, a facility device, and a control device that controls the facility device. A first acquisition step of acquiring first route information for specifying a communication route on a first network to which the IT device and the control device are connected; the facility device; and A second acquisition step of acquiring second path information for specifying a communication path on a second network, which is a network to which the control device is connected and has a communication method different from that of the first network; Based on the one route information and the second route information, a system configuration information for specifying a connection relationship between the IT device, the facility device, and the control device is generated. Causing the monitoring device to execute a system configuration information generation step and an output step of outputting display information indicating a connection relationship between the IT device, the equipment device, and the control device based on the system configuration information. It is characterized by.

  A fourth aspect of the present invention for solving the above problems is a monitoring method of an energy management system including IT equipment, equipment, and a control device for controlling the equipment, wherein the IT equipment and the control A first acquisition step of acquiring first route information for specifying a communication route on a first network to which the device is connected; and a network to which the facility device and the control device are connected, wherein the first A second acquisition step of acquiring second route information for specifying a communication route on a second network having a communication method different from that of the first network, based on the first route information and the second route information A system configuration information generating step for generating system configuration information for specifying a connection relationship between the IT equipment, the equipment, and the control device, and based on the system configuration information Te, the IT equipment, the equipment, and an output step of outputting the display information indicating a connection relationship between the control device, characterized in that.

  Problems, configurations, and effects other than those described above will be clarified by the following description of embodiments.

The figure which shows an example of the system configuration | structure of the energy management system 1 which concerns on one Embodiment of this invention. 2 is a diagram illustrating an example of a functional configuration of a communication monitoring apparatus 100. FIG. The figure which shows an example of the communication information table. The figure which shows an example of the communication information table 192. The figure which shows an example of the system configuration table. The figure which shows an example of the monitoring rule table. The figure which shows an example of the monitoring rule table. The figure which shows an example of the access list 221. FIG. The figure which shows an example of the hardware constitutions of the computer 300. The flowchart which shows an example of a communication information generation process. The flowchart which shows an example of a system configuration information generation process. FIG. 10 is a diagram illustrating an example of a user interface screen 500 for editing a system configuration (part 1); FIG. 12 is a diagram illustrating an example of a user interface screen 500 for editing a system configuration (part 2); FIG. 12 is a diagram illustrating an example of a user interface screen 500 for editing a system configuration (No. 3); FIG. 14 is a diagram illustrating an example of a user interface screen 500 for editing a system configuration (part 4); The flowchart which shows an example of the monitoring rule production | generation process. The figure which shows an example of the user interface screen 600 which edits a monitoring rule. The flowchart which shows an example of an unauthorized communication monitoring process. The figure which shows an example of the user interface screen 700 which notifies unauthorized communication. The figure which shows the modification of the user interface screen 500 which edits a system structure.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram illustrating an example of a system configuration of an energy management system 1 according to an embodiment of the present invention.

  In the energy management system 1, a customer facility 10 in which an energy management system such as BEMS is constructed and a service providing facility 20 that provides a support service regarding energy management to the customer facility 10 are connected via the Internet 40. Yes.

  The customer facility 10 includes a management server 11, a management terminal 12, an energy control device 14, an equipment device 15, and a measuring device 16. One or more facility devices 15 and measurement devices 16 are included.

  The management server 11, the management terminal 12, and the energy control device 14 have a function as a so-called IT device, and can communicate with each other via a network (hereinafter also referred to as “IT device network”). The IT device network is, for example, a LAN of IEEE 802.3 standard, and is connected to the Internet 40 via a communication device such as a router. In the IT equipment network, for example, IP (Internet Protocol) is used as a communication protocol.

  The energy control device 14 can communicate with the equipment 15 and the measuring equipment 16 via a network (hereinafter also referred to as “facility equipment network”). The equipment network is connected to the IT equipment network via the energy control device 14 so that the IT equipment cannot directly access the equipment 15 and the measuring equipment 16. That is, in the equipment network, an existing communication protocol different from that of the IT equipment network is used.

  The equipment 15 is equipment that constitutes equipment installed at a required place in a building, such as gas equipment, electrical equipment, and air conditioning equipment. The measuring device 16 is a device that is provided at a required place of each facility and measures information related to the operating state such as energy consumption of each facility and facility device 15 and the environment such as temperature. In addition, you may call only an installation apparatus including both an installation apparatus and a measurement apparatus.

  The energy control device 14 is a device that monitors and controls the operating state of the equipment device 15 and the measuring device 16, and is also called a building controller. The energy control device 14 may integrate a controller that monitors and controls each of the facility device 15 and the measurement device 16. In addition, the energy control device 14 can transmit information acquired from the facility device 15 and the measurement device 16 to the management server 11 or the remote management server 21. Further, the energy control device 14 receives a control parameter value that directly or indirectly determines the operation of the facility device 15 and the measuring device 16 from the management server 11 or the remote management server 21, and based on the control parameter value, The facility equipment 15 and the measuring equipment 16 can be controlled.

  In the present embodiment, the energy control device 14 can record a log of communication with the equipment device 15 and the measuring device 16. In addition, log information can be transmitted to the IT equipment network side. The log information includes, for example, identification information of the destination equipment device 15 and the measuring device 16 that have communicated, and details of communication with the destination (date time, communication type, data amount, etc.).

  The management server 11 controls the energy control device 14. The management server 11 acquires information on the equipment device 15 and the measuring device 16 via the energy control device 14, for example. Further, for example, based on the acquired information, a graph including information such as energy consumption of the equipment device 15 is generated and output to the management terminal 12 for display. In addition, the management server 11 may receive an input such as a control parameter value via the management terminal 12 and transmit it to the energy control device 14. Further, the management server 11 may transmit information on the facility device 15 and the measurement device 16 to the remote management server 21.

  The management terminal 12 is a device for operating the management server 11. The customer-side administrator 13 can check the energy information, control the facility device 15, etc. by operating the management server 11 via the management terminal 12. By using the management server 11, a so-called BEMS is constructed in the customer facility 10.

  The service providing facility 20 includes a remote management server 21 and a management terminal 22. These are connected via a network such as a LAN.

  The remote management server 21 and the management terminal 22 have a function as a so-called IT device, and can communicate with each other via a network (hereinafter also referred to as “IT device network”). The IT device network is a LAN, for example, and is connected to the Internet 40 via a communication device such as a router.

  The remote management server 21 provides energy management support for the customer facility 10. The remote management server 21 acquires information about the equipment 15 and the measuring device 16 from the management server 11 or the energy control device 14, for example. Further, for example, based on the acquired information, analysis, evaluation, simulation, and the like are performed to generate a control parameter value for performing control with a high energy saving effect, and transmit the control parameter value to the management server 11 or the energy control device 14.

  The management terminal 22 is a device for operating the remote management server 21. The service manager 23 can operate the remote management server 21 via the management terminal 22 to perform confirmation of energy information, input regarding analysis, evaluation, simulation, and the like. Thus, the remote management server 21 provides energy management support for the customer facility 10.

  In this embodiment, the communication monitoring apparatus 100 is installed in the customer facility 10 where BEMS is constructed as described above, and is connected to the IT equipment network. Although details will be described later, the communication monitoring apparatus 100 collects information on the IT equipment network and the equipment equipment network, and generates system configuration information that integrates the IT equipment network and the equipment equipment network based on the collected information. In addition, in a system in which the IT equipment network and the equipment equipment network are integrated, unauthorized communication (for example, management server 11, management terminal 12, energy control device 14 from terminal 50 connected to the Internet 40 by unauthorized access person 51, etc.) Monitoring is possible). By using the communication monitoring apparatus 100, a monitoring system for monitoring the energy management system 1 is constructed.

  The configuration of the energy management system 1 in FIG. 1 described above is not limited to the above-described configuration because the main configuration has been described in describing the features of the present invention. Moreover, the structure with which a general energy management system is provided is not excluded.

  FIG. 2 is a diagram illustrating an example of a functional configuration of the communication monitoring apparatus 100.

  The communication monitoring apparatus 100 includes a control unit 110, a storage unit 180, and a communication unit 230.

  The storage unit 180 includes a communication information storage unit 190, a system configuration information storage unit 200, a monitoring rule storage unit 210, and an access list storage unit 220.

  The communication information storage unit 190 stores information on communication on the IT equipment network of the customer facility 10 (hereinafter also referred to as “communication information”) and communication information on the equipment network.

  The communication information of the IT equipment network is configured as shown in FIG. 3 (a diagram showing an example of the communication information table 191), for example. The communication information table 191 stores a record in which transmission source address information 1911, destination address information 1912, communication data amount 1913, and communication frequency 1914 are associated with each other.

  The source address information 1911 and the destination address information 1912 are address information for specifying the source and destination, and are, for example, IP addresses. The communication data amount 1913 is a data amount of communication (may be referred to as “communication path”) specified by the source address information 1911 and the destination address information 1912. For example, the communication data amount 1913 is a data amount per unit time of the communication. is there. The communication frequency 1914 is a communication frequency specified by the source address information 1911 and the destination address information 1912, and is, for example, the number of IP packets per unit time of the communication.

  The communication information of the facility device network is configured as shown in FIG. 4 (a diagram showing an example of the communication information table 192), for example. The communication information table 192 stores a record in which the energy control device ID 1921, the device ID 1922, the communication data amount 1923, and the communication frequency 1924 are associated with each other.

  The energy control device ID 1921 is identification information of the energy control device 14, and is, for example, an IP address. The device ID 1922 is identification information of the facility device 15 and the measuring device 16, and for example, the energy control device ID 1921 is an ID of each device used for monitoring and controlling each device. The communication data amount 1923 is a data amount of communication (may be referred to as “communication path”) specified by the energy control device ID 1921 and the device ID 1922, and is, for example, a data amount per unit time of the communication. The communication frequency 1924 is the frequency of communication specified by the energy control device ID 1921 and the device ID 1922, and is, for example, the number of communication units such as communication packets per unit time of the communication.

  Note that the communication data amount and communication frequency described above are measures used in monitoring unauthorized communication described later. However, if unauthorized communication can be monitored, the scale to be used is not limited to the communication data amount or the communication frequency. One or more scales may be used. If unauthorized communication can be monitored, the definition of communication data amount and communication frequency is not limited to the above-described definitions. For example, the communication data amount may be the average or maximum value of the data amount for each series of communications (one communication), and the communication frequency may be the number of series communications per unit time.

  Returning to FIG. 2, the system configuration information storage unit 200 stores system configuration information (hereinafter also referred to as “system configuration information”) including both the IT device network and the facility device network of the customer facility 10.

  The system configuration information is configured as shown in FIG. 5 (a diagram showing an example of the system configuration table 201), for example. The system configuration table 201 stores a record in which a component ID 2011, a name 2012, supplementary information 2013, object information 2014, and a connection relationship 2015 are associated with each other.

  The component ID 2011 is identification information of each component (IT device, facility device, etc.) constituting the system, and is, for example, the above-described IP address or device ID. The name 2012 is the name of the component specified by the component ID 2011, and is, for example, a character string. The supplementary information 2013 is supplementary information related to the component, and is, for example, a character string, a path to a related file, or the like. The object information 2014 is information for specifying the position on the screen where the object corresponding to the component is displayed, the size of the object, and the like. The connection relationship 2015 is information for specifying the connection relationship between the component specified by the component ID 2011 and another component, and is, for example, the component ID of the other component.

  Returning to FIG. 2, the monitoring rule storage unit 210 stores monitoring rules for unauthorized communication on the IT device network of the customer facility 10 and monitoring rules for unauthorized communication on the facility device network.

  The IT device network monitoring rule is configured as shown in FIG. 6 (an example of the monitoring rule table 211), for example. The monitoring rule table 211 stores a record in which source address information 2111, destination address information 2112, a communication data amount threshold 2113, and a communication frequency threshold 2114 are associated with each other.

  The source address information 2111 and the destination address information 2112 are a source address and a destination address that specify the communication to be monitored. The communication data amount threshold 2113 is a communication data amount threshold for determining whether or not the communication specified by the source address information 2111 and the destination address information 2112 is unauthorized communication. The communication frequency threshold 2114 is a communication frequency threshold for determining whether or not the communication specified by the source address information 2111 and the destination address information 2112 is unauthorized communication.

  The equipment device network monitoring rules are configured as shown in FIG. 7 (an example of the monitoring rule table 212), for example. The monitoring rule table 212 stores a record in which the energy control device ID 2121, the device ID 2122, the communication data amount threshold 2123, and the communication frequency threshold 2124 are associated with each other.

  The energy control device ID 2121 and the device ID 2122 are the IP address and device ID of the energy control device 14 that specify the communication to be monitored. The communication data amount threshold 2123 is a communication data amount threshold for determining whether or not the communication specified by the energy control device ID 2121 and the device ID 2122 is unauthorized communication. The communication frequency threshold 2124 is a communication frequency threshold for determining whether or not the communication specified by the energy control device ID 2121 and the device ID 2122 is unauthorized communication.

  Returning to FIG. 2, the access list storage unit 220 stores transmission source information (hereinafter also referred to as “access list”) that is permitted to access the destination IT device of the customer facility 10.

  For example, the access list is configured as shown in FIG. 8 (a diagram showing an example of the access list 221). The access list 221 stores a record in which destination address information 2211 and permitted transmission source address information 2212 are associated with each other.

  The destination address information 2211 and the permitted transmission source address information 2212 are address information for specifying a destination and a transmission source permitted to access the destination, and are, for example, IP addresses.

  The access list described above is used in monitoring unauthorized access described later. However, the configuration and usage of the access list are not limited as long as unauthorized access can be monitored. For example, a source address (or destination address or a combination of a source address and a destination address) is registered in the access list, and communication from an unregistered transmission address (or communication to an unregistered destination address or registration) (Communication of a combination of a source address and a destination address that has not been performed) may be determined as unauthorized access. Conversely, even if communication from a registered transmission address (or communication to a registered destination address, or communication of a combination of a registered transmission source address and destination address) is determined as unauthorized access. Good.

  Returning to FIG. 2, the control unit 110 includes an information generation unit 120, a capture unit 130, a log collection unit 140, a monitoring unit 150, an input control unit 160, and an output control unit 170.

  The information generation unit 120 generates the communication information table 191 based on the capture information of the communication on the IT equipment network of the customer facility 10 collected by the capture unit 130. Further, the communication information table 192 is generated based on the log information of communication on the equipment network of the customer facility 10 collected by the log collection unit 140.

  Further, the information generation unit 120 generates the system configuration table 201 based on the input information acquired via the communication information table 191, the communication information table 192, and the input control unit 160. Further, the information generation unit 120 generates the monitoring rule table 211, the monitoring rule table 212, and the access list 221 based on the input information acquired via the input control unit 160.

  The capture unit 130 captures communication packets on the IT device network via the communication unit 230 and buffers them in the storage unit 180 or the like. A known technique can be used as the capture technique.

  The log collection unit 140 requests and collects log information from the energy control device 14 via the communication unit 230. Then, it is buffered in the storage unit 180 or the like.

  The monitoring unit 150 acquires capture information from the capture unit 130, and for each communication identified from the source address information 2111 and destination address information 2112 included in the monitoring rule table 211 based on the acquired capture information, The communication data amount and communication frequency are calculated and updated. Further, the occurrence of unauthorized communication is monitored by comparing the updated communication data amount and communication frequency with the communication data amount threshold value 2113 and the communication frequency threshold value 2114 for each corresponding communication.

  In addition, the monitoring unit 150 acquires log information from the log collection unit 140, and for each communication specified from the energy control device ID 2121 and the device ID 2122 included in the monitoring rule table 212 based on the acquired log information, The communication data amount and communication frequency are calculated and updated. Further, the occurrence of unauthorized communication is monitored by comparing the updated communication data amount and communication frequency with the communication data amount threshold value 2123 and the communication frequency threshold value 2124 for each corresponding communication.

  In addition, the monitoring unit 150 acquires capture information from the capture unit 130 and specifies communication including a destination address that matches the destination address information 2211 of the access list 221 based on the acquired capture information. Then, the occurrence of unauthorized communication is monitored by determining whether or not the specified transmission source address of the communication matches the permitted transmission source address information 2212.

  The input control unit 160 controls input of information from the management terminal 12 or the management terminal 22 via the communication unit 230. For example, the input control unit 160 receives an input to a user interface screen for operating the communication monitoring apparatus 100 displayed on the management terminal 12 or the management terminal 22. Note that the input control unit 160 controls the input of information via the input device 350 of its own device, which will be described later.

  The output control unit 170 controls output of information to the management terminal 12 or the management terminal 22 via the communication unit 230. For example, the output control unit 170 outputs a user interface screen for operating the communication monitoring apparatus 100 to the management terminal 12 or the management terminal 22. Note that the output control unit 170 may control the output of information via the output device 360 of its own device, which will be described later.

  The communication unit 230 is connected to the IT device network and transmits / receives information via the IT device network.

  The communication monitoring apparatus 100 described above includes, for example, a CPU (Central Processing Unit) 310, a memory 320, and an external storage device 330 such as an HDD as shown in FIG. 9 (an example of a hardware configuration of the computer 300). A communication device 340 for connecting to a communication network wirelessly or by wire, an input device 350 such as a mouse or a keyboard, an output device 360 such as a liquid crystal display, and a recording medium such as a DVD (Digital Versatile Disk). This can be realized by a computer 300 including a reading / writing device 370 that performs reading and writing.

  For example, the control unit 110 can be realized by loading a predetermined program stored in the external storage device 330 into the memory 320 and executing it by the CPU 310. The storage unit 180 can be realized by the CPU 310 using the memory 320 or the external storage device 330. The communication unit 230 can be realized by the CPU 310 using the communication device 340.

  The predetermined program may be downloaded from the network to the external storage device 330 via the communication device 340, and then loaded onto the memory 320 and executed by the CPU 310. Alternatively, it may be directly loaded onto the memory 320 from the network via the communication device 340 and executed by the CPU 310. The computer 300 may load the predetermined program from the storage medium set in the read / write device 370 into the external storage device 330 or the memory 320.

  The management server 11, the management terminal 12, the remote management server 21, and the management terminal 22 described above can also be realized by a computer 300 as shown in FIG. 9, for example.

  The above-described configuration of the communication monitoring apparatus 100 in FIG. 2 is classified according to main processing contents for easy understanding. The present invention is not limited by the way of classification and names of the constituent elements. The configuration of the communication monitoring apparatus 100 can also be classified into more components depending on the processing content. Moreover, it can also classify | categorize so that one component may perform more processes. Further, the processing of each component may be executed by one hardware or may be executed by a plurality of hardware. Further, the processing of each component may be realized by one program or may be realized by a plurality of programs.

  Moreover, the table of each information of said FIG. 3-8 is an example, and is not restricted to the illustrated example. Further, each information is not limited to the table structure, but may be another data structure.

  Next, operations realized by the communication monitoring apparatus 100 will be described.

  FIG. 10 is a flowchart illustrating an example of the communication information generation process. Note that the capture process by the capture unit 130 and the log information collection process by the log collection unit 140 are executed in parallel with this flow, for example.

  When this flow is started, the information generation unit 120 acquires capture information from the capture unit 130 (S11). The capture information includes, for example, information on IP packets flowing on the IT device network.

  Further, the information generation unit 120 generates communication information based on the capture information acquired in step S11 (S12). Specifically, the information generation unit 120 includes the source information 1911 and the destination address information 1912 corresponding to the source address and destination address of the IP packet included in the acquired capture information in the communication information table 191. Determine whether or not. If not included, a record including the acquired transmission source address and destination address is added to the communication information table 191. Further, the information generation unit 120 updates the communication data amount 1913 and the communication frequency 1914 of the record corresponding to the IP packet included in the acquired capture information.

  Note that the information generation unit 120 captures the data amount of each IP packet captured within the most recent unit time (for example, 1 hour) in association with each record included in the communication information table 191, for example, Record with. The information generation unit 120 can calculate the communication data amount 1913 and the communication frequency 1914 of each record using this record.

  Then, the information generation unit 120 determines whether or not to end generation of communication information (S13). Specifically, the information generation unit 120 determines whether or not a certain time has elapsed from the start of this flow, or whether or not there is an end instruction from the management terminal 12 or the management terminal 22 via the input control unit 160. judge. If the generation of communication information is not terminated (S13: N), the process returns to S11.

  When the generation of communication information ends (S13: Y), the information generation unit 120 acquires log information from the log collection unit 140 (S14). The log information includes, for example, the IP address of the energy control device 14, the device IDs of the destination equipment 15 and the measuring device 16 that communicated, and the communication contents (date time, communication type, data amount, etc.) with the destination. .

  Moreover, the information generation part 120 produces | generates communication information based on the log information acquired by step S14 (S15). Specifically, the information generation unit 120 includes in the communication information table 192 the energy control device ID 1921 and the device ID 1922 corresponding to the IP address of the energy control device 14 and the destination device ID included in the acquired log information. Determine whether or not. If not included, a record including the acquired IP address of the energy control device 14 and the destination device ID is added to the communication information table 192. In addition, the information generation unit 120 updates the communication data amount 1923 and the communication frequency 1924 of the record corresponding to the IP address of the energy control device 14 and the destination device ID included in the acquired log information.

  The information generation unit 120 records, for example, the data amount of each communication collected in the latest unit time (for example, 1 hour) in association with each record included in the communication information table 192 together with the collected time information. To do. The information generation unit 120 can calculate the communication data amount 1923 and the communication frequency 1924 of each record using this record.

  Then, the information generation unit 120 determines whether or not to end generation of communication information (S16). Specifically, the information generation unit 120 determines whether or not a certain time has elapsed from the start of this flow, or whether or not there is an end instruction from the management terminal 12 or the management terminal 22 via the input control unit 160. judge. If the generation of communication information is not terminated (S16: N), the process returns to S14. When the generation of communication information is to be ended (S16: Y), this flow is ended.

  Through the above flow, communication information including communication path information used in the system configuration information generation process of FIG. 11 described later can be generated. Further, it is possible to generate communication information displayed in a monitoring rule generation process of FIG. Note that the processes of S11 to S13 and the processes of S14 to S16 may be performed separately, for example, in parallel.

  FIG. 11 is a flowchart illustrating an example of the system configuration information generation process.

  When this flow is started, the information generation unit 120 acquires communication information (S21). Specifically, the information generation unit 120 acquires the communication information table 191 and the communication information table 192 from the communication information storage unit 190.

  Then, the information generation unit 120 generates system configuration information (S22). Specifically, the information generation unit 120 determines each component (source address) based on the communication path (specified by the source address information 1911 and destination address information 1912) of each record included in the communication information table 191. Information 1911 or destination address information 1912)).

  In addition, the information generation unit 120 adds a record to the system configuration table 201 for each identified component, sets the IP address of the component as the component ID 2011, and has a connection relationship with the component. Are set as the connection relationship 2015. In this step, information is not set in the name 2012, supplementary information 2013, and object information 2014.

  Further, the information generation unit 120 identifies each component (energy control device ID 1921 or device ID 1922) based on the communication path of each record included in the communication information table 192 (which can be specified by the energy control device ID 1921 and the device ID 1922). )).

  In addition, the information generation unit 120 adds a record to the system configuration table 201 for each identified component, sets identification information (energy control device ID 1921 or device ID 1922) of the component as the component ID 2011, and Identification information of other components having a connection relationship with the component is set as a connection relationship 2015. In this step, information is not set in the name 2012, supplementary information 2013, and object information 2014.

  Then, the output control unit 170 displays the system configuration (S23). Specifically, the output control unit 170 acquires the system configuration table 201 from the system configuration information storage unit 200. Then, based on the component ID 2011 of each record in the system configuration table 201, display information in which an object corresponding to each component is arranged is generated. Each object is arranged so as not to overlap each other when displayed. Further, based on the connection relationship 2015 of each record, display information of a link connecting the objects of the constituent elements having the connection relationship is generated. Then, display information on the user interface screen including the generated display information is output to the management terminal 12 or the management terminal 22 via the communication unit 230.

  The management terminal 12 or the management terminal 22 is based on the display information received from the communication monitoring apparatus 100, for example, as shown in FIG. 12 (a diagram showing an example of a user interface screen 500 for editing the system configuration (part 1)). The user interface screen 500 is output on the display. As shown in the figure, the user interface screen 500 displays a system configuration including an object 510 and a link 520. In the object 510, the component ID 2011 (“20.1.2.101”, “20.1.2.110”, “20.1.2.111”, “1”, “2”, “3”) is displayed. The example in this figure is based on the values set in the component ID 2011 and the connection relationship 2015 of each record in the system configuration table 201 (FIG. 5).

  As described above, the management terminal 12 or the management terminal 22 displays a system configuration in which the IT equipment network and the equipment equipment network of the customer facility 10 are integrated.

  Here, the management terminal 12 or the management terminal 22 can accept an editing operation related to the system configuration displayed on the user interface screen 500 using an input device such as a keyboard or a mouse.

  Returning to FIG. 11, the input control unit 160 receives an input of an operation for editing the system configuration from the management terminal 12 or the management terminal 22 via the communication unit 230 (S24). Note that the output control unit 170 generates and outputs display information corresponding to the editing operation.

  Specifically, for example, the input control unit 160 receives an operation for adjusting the position and size of the object 510 displayed on the user interface screen 500. For example, as shown in FIG. 13 (a diagram showing an example of a user interface screen 500 for editing the system configuration (part 2)), compared with FIG. 12, the objects (“20.1.2.101”) of each IT device and each equipment device , “20.1.2.110”, “20.1.2.111”, “1”, “2”, “3”) 510 are changed, and the objects (“1”, “2”, “3” ") 510 has been changed to a smaller size. The link 520 is displayed while maintaining the connection between the objects 520 based on the connection relationship 2015. The input control unit 160 holds information indicating the position and size of each object 510.

  For example, the input control unit 160 accepts input of related information to the object 510. For example, as illustrated in FIG. 14 (part (part 3) illustrating an example of the user interface screen 500 for editing the system configuration), when the selection of the object “1” is received, the output control unit 170 performs details regarding the object. A dialog 530 for setting information is displayed. The dialog 530 can accept the name of an object (component), a memo as supplementary information, and a file path setting as supplementary information. The input control unit 160 receives and holds detailed information (name, memo, file) set in the dialog 530. For example, the names of IT equipment, equipment, and measuring equipment are set as the name, and the memo is the location of each equipment, for example, and the file is a photograph of the appearance of each equipment, for example. It is conceivable to set etc.

  FIG. 15 is a diagram (part 4) illustrating an example of a user interface screen 500 for editing the system configuration. This figure shows a case where the name and supplementary information of each object 510 are set. As shown in the figure, each object 510 has a component ID 2011 and a name 2012 (“management terminal”, “management server”, “control device”, “air conditioning equipment”, “lighting equipment”, “security equipment”). Is displayed. For example, when the object “1” is selected, the output control unit 170 displays a dialog 540 that displays detailed information about the object. In the dialog 540, a memo as supplementary information of the object and an image specified by a path of image information as supplementary information are displayed.

  As described above, the management terminal 12 or the management terminal 22 displays detailed information of each device in relation to the system configuration in which the IT device network and the facility device network of the customer facility 10 are integrated. Therefore, for example, when an operator wants to work directly on equipment, the position and appearance can be confirmed in advance.

  Returning to FIG. 11, the information generation unit 120 determines whether the editing of the system configuration has ended (S25). Specifically, the information generation unit 120 determines whether or not there is an end instruction from the management terminal 12 or the management terminal 22 via the input control unit 160. If editing has not ended (S25: N), the process returns to S24.

  When the editing is completed (S25: Y), the information generation unit 120 ends this flow. In this case, the information generation unit 120 acquires the position, size, detailed information, and the like of each object set in step S24 from the input control unit 160, and updates the system configuration table 201. For example, the position and size of the object are set in the object information 2014, the name set in the dialog 530 is set in the name 2012, and the supplementary information (memo and image file path) is set in the supplementary information 2013. .

  The output control unit 170 can output the system configuration according to a request from the management terminal 12 or the management terminal 22 without being limited to the procedure of this flow. That is, when receiving the request, the output control unit 170 generates display information of the system configuration based on the system configuration table 201, generates display information of a user interface screen including the system configuration, and manages the management terminal 12 or the management Output to the terminal 22. The input control unit 160 can accept an editing operation on the user interface screen.

  As described above, the system configuration can be edited according to the request of the customer-side administrator 13 or the service-side administrator 23 with respect to the system configuration in which the IT device network and the facility device network of the customer facility 10 are integrated.

  FIG. 16 is a flowchart illustrating an example of the monitoring rule generation process.

  When this flow is started, the output control unit 170 acquires communication information and a monitoring rule (S31). Specifically, the output control unit 170 acquires the communication information table 191 and the communication information table 192 from the communication information storage unit 190, and acquires the monitoring rule table 211 and the monitoring rule table 212 from the monitoring rule storage unit 210. To do.

  Then, the output control unit 170 displays communication information and monitoring rules (S32). For example, the output control unit 170 manages the display information of the user interface screen including the communication information table 191 and the communication information table 192 and a field for inputting information of each record of the monitoring rule via the communication unit 230. 12 or the management terminal 22.

  The management terminal 12 or the management terminal 22 is based on the display information received from the communication monitoring apparatus 100, for example, a user interface screen 600 as shown in FIG. 17 (a diagram showing an example of a user interface screen 600 for editing a monitoring rule). Is output to the display. On the user interface screen 600, a communication information table 610 corresponding to the communication information table 191 and a communication information table 620 corresponding to the communication information table 192 are displayed as performance data.

  On the user interface screen 600, a monitoring rule table 630 corresponding to the monitoring rule table 211 and a monitoring rule table 640 corresponding to the monitoring rule table 212 are displayed as monitoring rules. If no record is stored in the monitoring rule table, a blank field may be displayed.

  Here, the management terminal 12 or the management terminal 22 can accept a monitoring rule editing operation on the user interface screen 600 by an input device such as a keyboard or a mouse.

  Returning to FIG. 16, the input control unit 160 accepts an input of an operation for editing the monitoring rule (S33). Note that the output control unit 170 generates and outputs display information corresponding to the editing operation.

  For example, the input control unit 160 sets each piece of information (source address information, destination address information, communication data amount threshold value, communication frequency threshold value) in the monitoring rule table 630 and each piece of information (energy control device) in the monitoring rule table 640. Settings of ID, device ID, communication data amount threshold value, communication frequency threshold value) are received via the communication unit 230.

  Returning to FIG. 16, the information generation unit 120 determines whether or not the editing of the monitoring rule is completed (S34). For example, the information generation unit 120 determines whether or not there is an end instruction from the management terminal 12 or the management terminal 22 via the input control unit 160. If editing has not ended (S34: N), the process returns to S33.

  When the editing is finished (S34: Y), the information generation unit 120 finishes this flow. In this case, the information generation unit 120 acquires the information of each record in the monitoring rule table 630 and the monitoring rule table 640 set in step S33 from the input control unit 160, and the monitoring rule table 211 and the monitoring rule table 212. Set to.

  As described above, a monitoring rule for monitoring unauthorized communication can be set for the system configuration in which the IT device network and the facility device network of the customer facility 10 are integrated according to the request of the administrator 13 or the administrator 23. .

  The access list 221 can be generated in the same manner. For example, the output control unit 170 outputs a user interface screen including a column for inputting information of each record in the access list. Further, the input control unit 160 receives settings of each information (destination address information, permitted transmission source address information) in the access list via the communication unit 230. When the editing is completed, the information generation unit 120 acquires the information of each record of the set access list from the input control unit 160 and sets it in the access list 221.

  FIG. 18 is a flowchart illustrating an example of unauthorized communication monitoring processing. Note that the capture process by the capture unit 130 and the log information collection process by the log collection unit 140 are executed in parallel with this flow, for example.

  When this flow is started, the monitoring unit 150 acquires the monitoring rule table 211 and the monitoring rule table 212 from the monitoring rule storage unit 210 (S41). Also, the monitoring unit 150 acquires the access list 221 from the access list storage unit 220 (S42).

  Then, the monitoring unit 150 acquires capture information from the capture unit 130 (S43).

  Further, the monitoring unit 150 determines whether or not communication is permitted based on the capture information acquired in step S43 (S44). Specifically, the monitoring unit 150 acquires the transmission source address and the destination address of the IP packet included in the capture information. Then, it is determined whether or not the destination address information 2211 that matches the acquired destination address is included in the access list 221 acquired in step S42. If not included, it is determined that access is permitted (S44: Y), and the process proceeds to S46. If it is included, it is determined whether or not the permitted transmission source address information 2212 associated with the destination address information 2211 that matches the acquired destination address matches the acquired transmission source address. If they match, it is determined that access is permitted (S44: Y), and the process proceeds to S46. If they do not match, it is determined that access is not permitted (access is prohibited) (S44: N), and the process proceeds to S45.

  In step S45, the output control unit 170 notifies that there is communication for which access is not permitted (S45). For example, in addition to the display information of the system configuration based on the system configuration table 201, the output control unit 170 displays the source address object and the destination address object that are determined not to be permitted in step S44, and these objects. The display information of the user interface screen including link information is output to the management terminal 12 or the management terminal 22 via the communication unit 230.

  Based on the display information received from the communication monitoring device 100, the management terminal 12 or the management terminal 22, for example, a user interface screen 700 as shown in FIG. 19 (a diagram showing an example of a user interface screen 700 that notifies unauthorized communication). Is output to the display. The user interface screen 700 displays a system configuration including objects 510 and links 520, as in FIG. Further, the user interface screen 700 includes an object 710 having a source address that is determined not to be permitted to access, a link 720 that connects the object 710 and an object having a destination address of the object 710, and communication of the link 720. A dialog 730 indicating that it is not permitted is displayed.

  As described above, the management terminal 12 or the management terminal 22 displays information for identifying communication that is expected to be unauthorized access in relation to the system configuration in which the IT equipment network and the equipment network of the customer facility 10 are integrated. The

  Returning to FIG. 18, in step S46, the monitoring unit 150 totals the capture information acquired in step S43 (S46). Specifically, the monitoring unit 150 includes, in the monitoring rule table 211, a record having source address information 2111 and destination address information 2112 corresponding to the source address and destination address of the IP packet included in the acquired capture information. It is determined whether or not. If included, the monitoring unit 150 updates the actual value of the communication data amount and communication frequency associated with the record.

  The monitoring unit 150 records the data amount of each IP packet captured within the latest unit time (for example, 1 hour) in association with each record included in the monitoring rule table 211 together with the captured time information. . Using this record, the monitoring unit 150 can calculate the actual value of the communication data amount and communication frequency of each record.

  Then, the monitoring unit 150 determines whether or not the communication data amount of the capture information and the actual value of the communication frequency collected in step S46 have exceeded the threshold (S47). Specifically, the monitoring unit 150 determines whether or not the communication data amount and the communication frequency actual value updated in step S46 exceed the corresponding communication data amount threshold 2113 and communication frequency threshold 2114. If any result value does not exceed the threshold value (S47: N), the process proceeds to S49. In other cases (S47: Y), the process proceeds to S48.

  In step S48, the output control unit 170 notifies that a communication path exceeding the threshold has been detected (S48). Specifically, the output control unit 170 displays, in addition to the system configuration display information based on the system configuration table 201, user interface screen display information including information on the link that has been determined to exceed the threshold in step S47. The data is output to the management terminal 12 or the management terminal 22 via the communication unit 230.

  Based on the display information received from the communication monitoring device 100, the management terminal 12 or the management terminal 22, for example, a user interface screen 700 as shown in FIG. 19 (a diagram showing an example of a user interface screen 700 that notifies unauthorized communication). Is output to the display. The user interface screen 700 displays a system configuration including objects 510 and links 520, as in FIG. Further, in the user interface screen 700, a link 740 that connects communications determined that at least one of the communication data amount and the communication frequency exceeds the threshold value can be distinguished from the other links 520 and 720. Is displayed. In addition, a dialog 750 indicating that at least one of the communication data amount and the communication frequency exceeds the threshold for the communication of the link 740 is displayed. Note that in the dialog 750, it is only necessary to notify the item (at least one of the communication data amount and the communication frequency) determined to exceed the threshold.

  As described above, the management terminal 12 or the management terminal 22 may have illegal communication on the IT equipment network related to the system configuration in which the IT equipment network and the equipment equipment network of the customer facility 10 are integrated. Information that identifies the communication that is present.

  Returning to FIG. 18, the monitoring unit 150 acquires log information from the log collection unit 140 (S49).

  Moreover, the monitoring part 150 totals the log information acquired by step S49 (S50). Specifically, the monitoring unit 150 includes, in the monitoring rule table 212, a record having the energy control device ID 2121 and the device ID 2122 corresponding to the IP address of the energy control device 14 and the destination device ID included in the acquired log information. It is determined whether or not. If included, the monitoring unit 150 updates the actual value of the communication data amount and communication frequency associated with the record.

  The monitoring unit 150 records the data amount of each communication collected in the latest unit time (for example, 1 hour) in association with each record included in the monitoring rule table 212 together with the collected time information. Using this record, the monitoring unit 150 can calculate the actual value of the communication data amount and communication frequency of each record.

  Then, the monitoring unit 150 determines whether or not the communication data amount of the log information and the actual value of the communication frequency collected in step S50 exceed a threshold value (S51). Specifically, the monitoring unit 150 determines whether or not the communication data amount and the communication frequency record value updated in step S50 exceed the corresponding communication data amount threshold value 2123 and communication frequency threshold value 2124. If any result value does not exceed the threshold value (S51: N), the process returns to S43. In other cases (S51: Y), the process proceeds to S52.

  In step S52, the output control unit 170 notifies that there is communication exceeding the threshold (S52). Specifically, the output control unit 170 displays the display information of the user interface screen including the information of the link of the communication determined to exceed the threshold value in step S51 in addition to the display information of the system configuration based on the system configuration table 201. Is output to the management terminal 12 or the management terminal 22 via the communication unit 230.

  For example, on the user interface screen 700, a system configuration including objects 510 and links 520 is displayed as in FIG. Further, in the user interface screen 700, the link 760 that connects the communication determined that at least one of the communication data amount and the communication frequency exceeds the threshold value can be distinguished from the other links 520 and 720. Is displayed. In addition, a dialog 770 is displayed indicating that at least one of the communication data amount and the communication frequency exceeds the threshold value for the communication of the link 760. Note that in the dialog 770, it is only necessary to notify the item (at least one of the communication data amount and the communication frequency) determined to exceed the threshold.

  As described above, the management terminal 12 or the management terminal 22 may have an unauthorized communication on the equipment network related to the system configuration in which the IT equipment network and the equipment network of the customer facility 10 are integrated. Information that identifies the communication that is present.

  Returning to FIG. 18, the monitoring part 150 returns a process to step S43 after completion | finish of step S52.

  The processing units in the flowcharts of FIGS. 10, 11, 16, and 18 are divided according to the main processing contents in order to make the processing of the control unit 110 easy to understand. The present invention is not limited by the way of dividing the processing unit or the name. The processing of the control unit 110 can be divided into more processing units according to the processing contents. Moreover, it can also divide | segment so that one process unit may contain many processes. Further, the processing order of the above flowchart is not limited to the illustrated example.

  Also, the configuration of the user interface screens of FIGS. 12 to 15, 17 and 19 is not limited to the illustrated example.

  The embodiment of the present invention has been described above. According to the present embodiment, facility equipment and IT equipment can be managed in an integrated manner in the energy management system.

  In addition, by installing the communication monitoring device 100 in the customer facility 10, it is possible to construct a monitoring system without substantially changing the system of the customer facility 10, and thus providing a monitoring service while keeping costs as low as possible. Can do.

  In addition, the above embodiment of this invention intends to illustrate the summary and scope of this invention, and does not limit it. Many alternatives, modifications, and variations will be apparent to those skilled in the art.

  For example, the communication monitoring device 100 may be installed in each of the plurality of customer facilities 10, and the system configuration and unauthorized communication of each of the customer facilities 10 may be centrally monitored by the management terminal 22. In this way, the system configuration and unauthorized communication of the plurality of customer facilities 10 can be efficiently monitored.

  For example, when displaying the system configuration, the output control unit 170 may output information indicating the range of the IT device network and the range of the facility device network. Specifically, for example, as shown in FIG. 20 (a diagram showing a modified example of the user interface screen 500 for editing the system configuration), an IT device network range 550 including an object 510 and a link 520 constituting the IT device network. Is displayed. In addition, the range 560 of the equipment network including the object 510 and the link 520 constituting the equipment network is displayed. Note that the output control unit 170 determines, for example, whether the component ID 2011 of the system configuration table 201 is included in the communication information table 191 or the communication information table 192, so that the device indicated by the component ID 2011 is an IT device. Or equipment. In this way, the customer-side manager 13 or the service-side manager 23 can easily recognize the ranges of the IT equipment network and the equipment equipment network.

1: energy management system, 10: customer facility, 11: management server, 12: management terminal, 13: customer-side administrator, 14: energy control device, 15: facility device, 16: measuring device, 20: service providing facility, 21: Remote management server, 22: Management terminal, 23: Service side administrator, 40: Internet, 50: Terminal, 51: Unauthorized accessor, 100: Communication monitoring device, 110: Control unit, 120: Information generation unit, 130 : Capture unit, 140: Log collection unit, 150: Monitoring unit, 160: Input control unit, 170: Output control unit, 180: Storage unit, 190: Communication information storage unit, 191: Communication information table, 192: Communication information table , 200: system configuration information storage unit, 201: system configuration table, 210: monitoring rule storage unit, 211: monitoring rule table, 21 : Monitoring rule table, 220: access list storage unit, 221: access list, 230: communication unit, 300: computer, 310: CPU, 320: memory, 330: external storage device, 340: communication device, 350: input device, 360: Output device, 370: Read / write device, 500: User interface screen, 510: Object, 520: Link, 530: Dialog, 540: Dialog, 550: Range, 560: Range, 600: User interface screen, 610: Communication Information table, 620: Communication information table, 630: Monitoring rule table, 640: Monitoring rule table, 700: User interface screen, 710: Object, 720: Link, 730: Dialog, 740: Link, 750: Dialog 760: Link, 770: Dialog, 1911: Source address information, 1912: Destination address information, 1913: Communication data amount, 1914: Communication frequency, 1921: Energy control device ID, 1922: Device ID, 1923: Communication data amount 1924: Communication frequency, 2011: Component ID, 2012: Name, 2013: Supplementary information, 2014: Object information, 2015: Connection relationship, 2111: Source address information, 2112: Destination address information, 2113: Communication data amount threshold 2114: Communication frequency threshold, 2121: Energy control device ID, 2122: Device ID, 2123: Communication data amount threshold, 2124: Communication frequency threshold, 2211: Destination address information, 2212: Permitted source address information

Claims (9)

A monitoring device,
Connected to an energy management system including IT equipment, equipment, and a control device for controlling the equipment,
A first acquisition unit that acquires first route information that identifies a communication route on a first network to which the IT device and the control device are connected;
A second acquisition for acquiring second route information for specifying a communication route on a second network which is a network to which the facility device and the control device are connected and has a communication method different from that of the first network. And
A system configuration information generation unit that generates system configuration information for specifying a connection relationship between the IT device, the facility device, and the control device based on the first route information and the second route information;
An output unit that outputs display information representing a connection relationship between the IT device, the facility device, and the control device based on the system configuration information;
A monitoring device characterized by that. The monitoring device according to claim 1,
A capture unit for capturing communication on the first network;
A log collection unit for collecting log information of communication on the second network from the control device;
A first generation unit that generates path information for identifying a communication path on the first network based on the capture information captured by the capture unit;
A second generation unit that generates path information that identifies a communication path on the second network based on the log information collected by the log collection unit;
The first acquisition unit acquires the route information generated by the first generation unit as the first route information,
The second acquisition unit acquires the route information generated by the second generation unit as the second route information.
A monitoring device characterized by that. The monitoring device according to claim 1 or 2,
A third acquisition unit for acquiring access information including address information;
Monitoring communication on the first network, and monitoring whether or not access to the communication is permitted based on address information included in the communication and address information included in the access information And a monitoring section of
The output unit outputs display information for identifying communication determined not to be permitted by the first monitoring unit;
A monitoring device characterized by that. The monitoring device according to any one of claims 1 to 3,
A fourth acquisition unit that acquires threshold information that associates a threshold for comparison with a parameter related to communication on the communication path for each communication path on the first network and the communication path on the second network;
The communication path on the first network and the communication path on the second network are monitored, and for each communication path, the parameter relating to communication in the communication path is obtained, and the parameter is determined based on the threshold information. A second monitoring unit for determining whether or not the threshold value is exceeded,
The output unit outputs display information for identifying a communication path determined by the second monitoring unit to exceed the threshold;
A monitoring device characterized by that. The monitoring device according to any one of claims 1 to 4,
An input unit that accepts an input for display information representing the connection relationship output by the output unit;
The output unit outputs display information representing the connection relationship by an object corresponding to the IT device, the equipment, and the control device, and a link between the objects,
The input unit receives and holds a setting of information specifying a related file for the object,
The output unit outputs display information representing the file contents in association with an object for which information specifying the file is set.
A monitoring device characterized by that. The monitoring device according to any one of claims 1 to 5,
The output unit outputs display information representing a range of the first network in association with a connection relationship between the IT device and the control device based on the system configuration information, and connects the control device and the facility device. Outputting display information representing the range of the second network in association with the relationship;
A monitoring device characterized by that. A monitoring system,
IT equipment, equipment, and a monitoring device connected to an energy management system including a control device for controlling the equipment, and a terminal connected to the energy management system,
The monitoring device
A first acquisition unit that acquires first route information that identifies a communication route on a first network to which the IT device and the control device are connected;
A second acquisition for acquiring second route information for specifying a communication route on a second network which is a network to which the facility device and the control device are connected and has a communication method different from that of the first network. And
A system configuration information generation unit that generates system configuration information for specifying a connection relationship between the IT device, the facility device, and the control device based on the first route information and the second route information;
An output unit that outputs display information representing a connection relationship between the IT device, the facility device, and the control device based on the system configuration information;
The terminal
A display unit for displaying the display information output from the output unit;
A monitoring system characterized by that. A monitoring device program,
The monitoring device is connected to an energy management system including an IT device, a facility device, and a control device that controls the facility device,
The program is
A first acquisition step of acquiring first route information for specifying a communication route on a first network to which the IT device and the control device are connected;
A second acquisition for acquiring second route information for specifying a communication route on a second network which is a network to which the facility device and the control device are connected and has a communication method different from that of the first network. Steps,
A system configuration information generating step for generating system configuration information for specifying a connection relationship between the IT device, the facility device, and the control device based on the first route information and the second route information;
Based on the system configuration information, an output step of outputting display information representing a connection relationship between the IT device, the facility device, and the control device is executed by the monitoring device.
A program characterized by that. An energy management system monitoring method including IT equipment, equipment, and a control device for controlling the equipment,
A first acquisition step of acquiring first route information for specifying a communication route on a first network to which the IT device and the control device are connected;
A second acquisition for acquiring second route information for specifying a communication route on a second network which is a network to which the facility device and the control device are connected and has a communication method different from that of the first network. Steps,
A system configuration information generating step for generating system configuration information for specifying a connection relationship between the IT device, the facility device, and the control device based on the first route information and the second route information;
An output step of outputting display information representing a connection relationship between the IT device, the facility device, and the control device based on the system configuration information,
A monitoring method characterized by that.

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