CN113467352A - Dispatching automation machine room power environment monitoring system and application thereof - Google Patents
Dispatching automation machine room power environment monitoring system and application thereofDownload PDFInfo
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Abstract
Translated fromChinese
Description
Technical Field
The invention belongs to the technical field of real-time monitoring of power equipment, relates to real-time monitoring of power environment equipment of a machine room of an automatic main station, and particularly relates to a power environment monitoring system of a dispatching automation machine room and application thereof.
Background
With the continuous promotion of intrinsic safety construction by national network companies, the principle that all production processes need to put safety at the primary position is implemented, and the operation management foundation is tamped by taking standardized management and control and information platform construction as key points. For a dispatching department, as a throat department for power grid operation management and control, power grid operation dynamics must be mastered all the time, and power grid safety management and control and accurate dispatching are realized.
At present, a power grid dispatching automation system is mature, is an indispensable important component part for the operation of the whole power grid, and provides power grid operation information, analysis decision reference and control means for regulation and control personnel. An automatic machine room of a power dispatching control center is used as a core for supporting a power grid control technology, an Energy Management System (EMS), a distribution automation system (DMS), a dispatching production management system (OMS), a dispatching data network core node, a regulating and controlling center Office Automation (OA) network device and the like are operated at present, and the automatic machine room is used as a neural center for regulating and controlling personnel to command and manage a power grid, is a premise and a foundation for building a strong intelligent power grid, is an important means for ensuring safe, stable and reliable operation of the power grid, and lays a solid foundation for improving essential safety construction of the power grid. Therefore, safe and stable operation of the dispatching automation system is important.
In order to ensure safe, stable and reliable operation of an automation system and equipment, an automation machine room is provided with power environment equipment such as an Uninterruptible Power Supply (UPS) system, a constant temperature and humidity precise air conditioner, a fresh air blower, a fire alarm system, a gas fire extinguishing system and the like; because the devices are distributed on a plurality of floors and managed in a manual patrol mode, the problems that patrol is long in time consumption, the devices are abnormal and cannot be found in time and the like exist. Therefore, a new, efficient and reliable way to scientifically and effectively manage the power environment equipment of the automatic machine room is needed.
Based on the current situation of main station automation machine room management, the power dispatching control center urgently needs to build a real-time monitoring system for power environment equipment, and carries out centralized real-time monitoring on the power environment equipment in the machine room, so that informationization and standardization management is realized, the safe and stable operation of each automation system and auxiliary facilities is ensured, and the intrinsic safety of the equipment is improved. Therefore, a dispatching automation machine room power environment monitoring system and application thereof are provided.
Disclosure of Invention
The invention aims to provide a dispatching automation machine room power environment monitoring system and application thereof, and solves the problems that in the prior art, inspection of automation machine room power environment equipment consumes long time, and abnormity of the equipment cannot be found in time.
In order to achieve the purpose, the invention provides the following technical scheme:
a power environment monitoring system for a dispatching automation machine room comprises a system configuration module, an equipment monitoring module, an alarm scheduling module, an event query module, a user authority management module, a timing task module, a timing report module and an equipment linkage module,
a system configuration module: looking at the current configuration parameters of the appointed or all equipment, the parameters modified by the system configuration module can be directly effective after the storage and the configuration are finished,
a device monitoring module: the real-time update shows the running state of the current system, various alarm and message records, and the event inquiry module: the event query module provides queries for setup events, device events and system events for a specified or all devices,
the alarm meter arranging module: grouping the devices and assigning responsible personnel to the device groups, when the devices fail or fail to recover, the system sends alarm information to the responsible personnel according to the grouping arrangement,
the user authority management module: the user authority management module distributes and manages the authority of the user, distributes different authorities to a plurality of roles,
a timing task module: can specify a series of schedules to be automatically executed in the specified time without human operation, can export the record of the specified time period to Excel,
a timing report module: the specified device measurement points or states are recorded,
an equipment linkage module: and selecting the 'source' measuring points, wherein each source measuring point can correspond to a linkage action, and when the 'source' event gives an alarm, linkage is executed.
Further, the system configuration module can select a device or a measuring point, and automatically set the device name, the device attribute, the communication refreshing period, the associated page, the alarm level, the alarm mode, the upper limit and the lower limit of remote measurement, whether curve recording is performed or not and some basic parameters.
Further, the user authority management module judges whether an event of the device can be inquired, the device can be controlled, a system function can be used, and the like, and then the user can obtain corresponding authority by assigning a subordinate role to the user account.
Furthermore, the equipment monitoring module can quickly and accurately know the running condition of the current system and the past event records, including video monitoring and data monitoring, from the monitoring interface and the list.
Furthermore, the video monitoring module mainly comprises a real-time video module, a video playback module and a video polling module, wherein in a display page, a real-time video window, a video playback window and a video polling window are all seamlessly embedded in the page as controls, and the video monitoring module defines the number, the placement position, the window size and the player interface of the video windows by self.
Furthermore, in the real-time monitoring system for the equipment in the power environment of the machine room, the linkage between the equipment can be set at will, when a fire alarm or other alarm conditions are detected, the equipment linkage module is linked with the camera to rotate to a relevant position and start to record video, and transmits a signal to the driving device, and the driving device executes driving action, for example, the driving device opens all doors, so that people can conveniently escape.
In summary, due to the adoption of the technical scheme, the beneficial technical effects of the invention are as follows:
1. the invention is based on the current situation of managing power environment equipment of an automatic dispatching machine room, aims to solve the problems that operation and maintenance personnel patrol the power environment equipment dispersed in machine rooms of all floors, consumes long time, finds out and eliminates equipment faults in time, and adopts advanced computer technology, network communication technology, data transmission technology, image processing technology and the like to realize the display, processing, storage and the like of the running state and the running parameters of each intelligent equipment; the data flow and linkage functions among the subsystems are realized; the system has the advantages that the fault automatic detection and expert diagnosis functions and the abundant alarm functions of the system are realized, the burden of machine room maintenance personnel is greatly reduced, the reliability of the machine room system is improved, the operation efficiency of the whole machine room is improved, and the scientific management of the automatic machine room is realized.
2. After the real-time monitoring system of the power environment equipment is applied, a UPS power supply system, a precise air conditioning system, a fire fighting system, a power distribution system, a video screen monitoring system, an access control system, a temperature and humidity detection system, a water leakage system, a fresh air fan system and the like in a machine room are all in a monitored state, operation and maintenance personnel can know the current operation state of the equipment at any time, and especially can quickly know when the equipment is abnormal. In addition, operation and maintenance personnel can analyze whether hidden dangers or problems exist in the equipment through equipment operation records, logs, reports, curves and the like, and powerful basis is provided for troubleshooting equipment hidden dangers and processing equipment abnormity.
3. Before the power environment equipment real-time monitoring system is built, the automatic operation and maintenance personnel only judge the running state of the equipment through the display of an indicator light, sound and an indicator panel before the management of the power environment equipment in the machine room is carried out, and accurate diagnosis cannot be realized; after the real-time monitoring system of the power environment equipment is built, the operation parameters of the power environment equipment are collected in real time, operation and maintenance personnel can know the internal operation state of the equipment at any time, and the operation and maintenance management level of the equipment is improved from deep level instead of only looking at the appearance.
4. By research and application of a real-time monitoring system of power environment equipment and combination of technical martial arts, exercise and other modes, operation and maintenance personnel can deeply know the knowledge of the internal structure, the operation principle and the like of the power environment equipment such as a UPS, a fire fighting system, a precise air conditioner and the like, and the operation and maintenance skills of the equipment are remarkably improved; at present, the abnormity of equipment can be accurately positioned by automatic operation and maintenance personnel, faults can be rapidly processed, and the application of a real-time monitoring system of power environment equipment solves the problem that the time consumption of the power environment equipment is long when the operation and maintenance personnel patrol and disperse in machine rooms of all floors.
Drawings
FIG. 1 shows the execution principle of a real-time monitoring system for power environment equipment of an automatic machine room
FIG. 2 shows a development scheme of a real-time monitoring system for power environment equipment of an automatic machine room
FIG. 3 is a main interface of the power environment monitoring system of the automated machine room.
Fig. 4 shows a UPS monitoring management interface of a power environment monitoring system of an automated machine room.
FIG. 5 shows a monitoring and management interface of a precise air conditioner of a power environment monitoring system of an automatic machine room
FIG. 6 shows a fire monitoring management interface of a power environment monitoring system of an automatic machine room
FIG. 7 shows a temperature and humidity monitoring management picture of a power environment monitoring system of an automatic machine room
FIG. 8 is a view of a first cabinet monitoring management of the power environment monitoring system of the automation room
FIG. 9 shows a video monitoring management interface of a power environment monitoring system of an automatic machine room
FIG. 10, entrance guard monitoring management interface of power environment monitoring system of automatic machine room
FIG. 11 shows a water leakage detection picture of the power environment monitoring system of the automatic machine room
FIG. 12, monitoring and managing interface of new wind machine of power environment monitoring system of automatic machine room
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
A power environment monitoring system for a dispatching automation machine room comprises a system configuration module, an equipment monitoring module, an alarm scheduling module, an event query module, a user authority management module, a timing task module, a timing report module and an equipment linkage module,
a system configuration module: looking at the current configuration parameters of the appointed or all equipment, the parameters modified by the system configuration module can be directly effective after the storage and the configuration are finished,
a device monitoring module: the real-time update shows the running state of the current system, various alarm and message records, and the event inquiry module: the event query module provides queries for setup events, device events and system events for a specified or all devices,
the alarm meter arranging module: grouping the devices and assigning responsible personnel to the device groups, when the devices fail or fail to recover, the system sends alarm information to the responsible personnel according to the grouping arrangement,
the user authority management module: the user authority management module distributes and manages the authority of the user, distributes different authorities to a plurality of roles,
a timing task module: can specify a series of schedules to be automatically executed in the specified time without human operation, can export the record of the specified time period to Excel,
a timing report module: the specified device measurement points or states are recorded,
an equipment linkage module: and selecting the 'source' measuring points, wherein each source measuring point can correspond to a linkage action, and when the 'source' event gives an alarm, linkage is executed.
The system configuration module can select one device or measuring point, and automatically set the device name, the device attribute, the communication refreshing period, the associated page, the alarm level, the alarm mode, the upper and lower telemetering limits, whether curve recording is performed or not and some basic parameters.
The user authority management module judges whether the event of the equipment can be inquired, the equipment can be controlled, the system function can be used and the like, and then the user can obtain the corresponding authority by assigning the subordinate role to the user account.
The equipment monitoring module can quickly and accurately know the running condition of the current system and the past event records, including video monitoring and data monitoring, from the monitoring interface and the list.
The video monitoring module mainly comprises a real-time video module, a video playback module and a video polling module, wherein in a display page, a real-time video window, a video playback window and a video polling window are seamlessly embedded in the page as controls, and the video monitoring module defines the number, the placement position, the window size and the player interface of the video windows by self.
In the real-time monitoring system for the power environment equipment of the machine room, the linkage between the equipment can be set at will, when a fire alarm or other alarm conditions are detected, the equipment linkage module is linked with the camera to rotate to a relevant position, the camera starts to record video, signals are transmitted to the driving device, the driving device executes driving action, and if the driving device opens all doors, people can conveniently escape.
The design principle is as follows: the display, processing, storage and the like of the running state and the running parameters of each intelligent device are realized by adopting an advanced computer technology, a network communication technology, a data transmission technology, an image processing technology and the like; the data flow and linkage functions among the subsystems are realized; the system has the advantages that the fault automatic detection and expert diagnosis functions and the abundant alarm functions of the system are realized, the burden of machine room maintenance personnel is greatly reduced, the reliability of the machine room system is improved, the operation efficiency of the whole machine room is improved, and the scientific management of the automatic machine room is realized.
As shown in fig. 2, factors such as actual usage environment, cost, portability and the like are considered comprehensively, and finally, the SQL Server/Access of microsoft corporation is selected as the data platform; the operating system adopts a Windows system of Microsoft corporation; foreground application computer room configuration software is developed by adopting Visual C #; the network data communication adopts TCP/IP protocol.
The working process is as follows: as shown in fig. 1, the state parameters of each environment device are introduced into the serial server by using the network cable, then are merged into the RS485 bus, and then are accessed into the device driver board of the monitoring host, and finally, the device state data image is displayed on the monitor after data processing, if the device is abnormal, a voice alarm is given out to remind the worker.
As shown in fig. 3, a system for monitoring power environment of a dispatching automation machine room can perform centralized monitoring and management on the following devices, including: the system comprises a UPS system, a precise air conditioning system, a fire protection monitoring system, a temperature and humidity monitoring system, a power distribution system, a video screen monitoring system, an entrance guard system, a water leakage monitoring system, a fresh air machine monitoring system and the like.
Example 1
As shown in fig. 4, the dispatching automation power room is equipped with a UPS, and since the UPS is provided with an RS232 communication interface, the UPS can transmit signals remotely after being converted by RS232/RS 485. The system monitors the running states of various parts such as a rectifier, an inverter, a battery, a bypass, a load and the like in the UPS in real time, monitors various parameters such as voltage, current, frequency, power and the like of the UPS in real time, and has intuitive graphical interface display. Once some parts are failed, the parts are switched to relevant pictures automatically, the out-of-limit parameters are changed in color, and corresponding processing prompts are provided along with alarm sound, and telephone voice or short message notification can be set according to needs. For important parameters, curve records can be made, curves in one year can be inquired, and the maximum value and the minimum value of a selected day can be displayed, so that managers can comprehensively know the condition of the UPS.
Example 2
As shown in fig. 5, the dispatching automation machine room is equipped with a precision air conditioner, and through an intelligent communication interface and a communication protocol of the air conditioner, the system can comprehensively diagnose the operation condition of the air conditioner in real time, monitor the operation states and parameters of various parts (such as a compressor, a fan, a heater, a humidifier, a dehumidifier, a filter screen and the like) of the air conditioner, modify the setting parameters (such as temperature, humidity, upper and lower temperature limits, upper and lower humidity limits and the like) of the air conditioner on the system through software, and realize the remote on-off of the air conditioner. Once the system monitors that an alarm or a parameter is out of limit, the system automatically switches to a relevant operation picture. The out-of-limit parameters will change color accompanied by an alarm sound and related processing prompts. Important parameters can be recorded by a curve, and operation and maintenance personnel can visually see the operation quality of the air conditioning unit through the curve recording; even if the air conditioning unit has a tiny fault, the air conditioning unit can also be detected by the system, and steps are taken in time to prevent the air conditioning unit from being further damaged.
Example 3
As shown in fig. 6, the heptafluoropropane fire extinguishing system is adopted for fire control in the dispatching automation machine room, and the system is a modern intelligent automatic fire extinguishing device integrating gas body fire extinguishing, automatic control and fire detection, and comprises a storage bottle group, a storage bottle group frame, a liquid flow one-way valve, a collecting pipe, a selection valve, a tee joint, a reducing tee joint, an elbow, a reducing elbow, a flange, a safety valve, a pressure signal transmitter, a pipe network, a nozzle, a medicament, a fire detector, a controller, an acousto-optic alarm, an alarm bell, an air release indicator lamp, an emergency start/stop button and the like.
The management process comprises the following steps: the alarm signal given by the fire control box sends the dry junction change signal on the fire control controller to the monitoring host through the 8052 switching value data acquisition module, so that the fire condition in the machine room is monitored in real time, and the fire control working state can be determined even if the fire control system is unattended. Once the fire fighting alarm is given, the system can be linked with the access control system to open all door locks as required, so that workers can be separated from the scene as soon as possible and can be linked with the camera to take pictures.
Example 4
As shown in fig. 7, since the automation systems in the machine room are all composed of relatively precise devices, the normal operation of the automation systems has relatively high requirements on the environmental temperature and humidity, and the condition of the machine room environment is very important for fully playing the performance of the automation systems, prolonging the service life of the machines, and ensuring the data security and accuracy. Therefore, the temperature and humidity of the machine room must be controlled within the range required by the equipment according to relevant regulations.
The dispatching automation machine room has a large area, and due to the influence of airflow and equipment distribution, temperature and humidity values are greatly different, so that the requirement of safety management of the machine room cannot be met only by knowing the temperature and humidity values of the machine room according to return air parameters of a precision air conditioner; therefore, the temperature and humidity sensor is additionally arranged, the real-time temperature and humidity of a local comparison area in the machine room are collected, the accurate actual temperature and humidity value of the key position of the machine room is provided, and operation and maintenance personnel can conveniently know the actual temperature and humidity value of each point of the machine room.
The temperature and humidity detection device is arranged in the machine room, once the temperature and humidity value is found to be out of limit, the alarm is started immediately, a manager is reminded to adjust the working setting value of the air conditioner in time or adjust the equipment distribution condition in the machine room, and the system can also automatically adjust the working setting value of the air conditioner. In addition, the curve under the system record can be referred by operation and maintenance personnel to conveniently adjust in due time according to the temperature and humidity conditions of each local season, timely prevent unnecessary equipment damage caused by temperature and humidity quality, easily find the problem according to the historical curve after the problem occurs, and conveniently solve the problem.
Example 5
As shown in fig. 8, the dispatching automation equipment room is arranged in four rows, each row of equipment cabinet is provided with a power supply row head cabinet, an inlet electric quantity monitor or a voltage current sensor and an analog quantity module are adopted in the dispatching automation equipment room to form a power distribution parameter monitoring system, and the electric quantity instrument is an intelligent instrument integrating parameters such as three-phase voltage, phase current, line voltage, line current, active power, reactive power, apparent power, frequency, power factor and electric power. The watch band has an alarm function and an intelligent communication interface, can be connected with a computer, and sends acquired parameters to the computer, so that operation and maintenance personnel can read the current and voltage of power distribution very conveniently and know the power supply quality. And clicking a power distribution parameter menu of the power distribution icon of the main picture by using a mouse to enter and view the parameters of the monitored power distribution line.
The corresponding parameters are stored with historical curves, and a historical curve menu hung under the parameters can be clicked to enter a historical curve graph. The problem caused by the power supply problem of the machine room can be analyzed through the historical curves of the electric meter and the UPS to find out the fault reason, and even prevent a plurality of faults. If a certain parameter exceeds the set range, the system sends out a voice alarm, the state indicator lamp alternately flickers to display an alarm, which parameter is out of limit can be seen in the event window, the event is double-clicked, and the display interface is automatically switched to a corresponding picture.
Example 6
Specifically, as shown in fig. 9, the system integrates five-channel video monitoring, which adopts an h.264 video compression mode and integrates multi-picture browsing, video playback, video remote transmission, alarm triggering, video control and device linkage.
In a display page, a real-time video window, a video playback window and a dome camera control window are seamlessly embedded in the page as controls, so that a user can define the number, the placement position, the window size, the player interface and the like of the video windows by himself, and the personalized requirements of different users are met.
The system has rich alarm linkage function, and the video system can be triggered by external input signals, such as a dual-technology probe and a door magnet, or by a self-supported 'mobile alarm' function. The video recording time interval can be set by a user, and any video can be remotely transmitted. Once the video gives an alarm, the mobile phone can make a call and send a short message, and can also be linked with other equipment to output a corresponding control signal.
Example 7
As shown in fig. 10, for safety, the design of the silvery ground-dispatching automatic machine room access control system adopts a structure that the control and the card reading are separated, a card reader is installed outside the door, and an access control system controller is installed at a hidden place in the room, so that the access control system can prevent someone from being damaged and illegally intruding through technical means. The entrance guard part is specifically composed of a controller, an induction type card reader, an electric lock and a door opening button, wherein the card reading mode belongs to a non-contact card reading mode, a card holder only needs to shake a card near the card reader once, the card reader can sense the card request to verify and send information in the card, namely an internal code to a host, the host checks the validity of the card and then determines whether to perform door opening action; the access control management function can be realized in the effective card swiping range in the whole process.
The access control system performs real-time monitoring (two doors can be opened or closed by the instruction sent by the computer, and the states of all the doors can be checked in real time), data processing, query, report output and the like with the computer through the communication adapter (RS 485).
Personnel management: the operation and maintenance manager can establish an employee database according to roles through a computer, such as: the automatic operation and maintenance management personnel, the automatic operation and maintenance staff and the like regularly or in real time collect the data of each door, and simultaneously collect, inquire, classify, print and the like according to roles; in addition, various parameters of the host computer can be set by the computer.
Card swiping recording: when people enter/exit, people need to hold a card and read the card before the card reader, after the card reader reads information, the information is transmitted to the host computer, the host computer firstly judges whether the information is legal, if the information is legal, the host computer sends out a door opening instruction, otherwise, the host computer does not send out the door opening instruction and can send out an alarm; meanwhile, the host can store data such as card swiping information, date, time and the like for inquiry or directly transmit the data to a computer for processing.
And (3) real-time monitoring: the working state of each gateway can be reflected in real time through the control center computer. Such as door opening and closing, personnel entering and exiting door areas, legal states, states of anti-theft monitoring points and the like, thereby realizing the safety precaution requirements of the machine room.
Multilevel management: the system can conveniently realize the multi-level management function, and operation and maintenance managers can set the access authority, the time range, the holiday limit and the like of each card (namely each person) through a computer; such as: the high-grade manager can get in and out any door at any time, and the outside maintenance personnel can only get in and out all doors during the working hours, and can not get in and out beyond the working hours, and various authorities can be freely set according to requirements.
Example 8
Water leakage monitoring management
As shown in fig. 11, the dispatching automation machine room adopts a comprehensive wiring design, so as to realize the separated layout of strong and weak electricity, distribute strong electric cables, ground wires and the like under the floor, and the cables are criss-cross. Because the damage of water leakage of the automatic machine room is extremely large and is not easy to find, once the water leakage happens, the consequences can not be imagined, and therefore, the real-time monitoring of the water leakage state in the automatic machine room is very necessary.
The water leakage detection system for silver underground regulation mainly comprises a water leakage controller, a water leakage induction rope, a lead-out wire, a fixed adhesive tape, a power supply and the like; the working principle is as follows: adopt corrosion-resistant, the high response rope of intensity and controller and other annex, enclose the place that has the water source through the rope that leaks, in case there is liquid to leak and contact the rope that leaks, the controller will be with signal input on the control station to send audio alert, in time inform fortune dimension personnel to handle.
Example 9
As shown in fig. 12, in order to ensure ventilation of the machine room, the dispatch automation machine room is equipped with a fresh air fan system. The system automatically informs automatic operation and maintenance personnel to process in time in a short message mode, a field voice alarm mode and other modes once the system detects that the running state of the fresh air fan is abnormal, and simultaneously records fault occurrence time in a database so as to be convenient for query; in addition, the remote switch control of the fresh air fan system is implemented by utilizing the relay exit module. In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Claims (6)
1. The utility model provides a dispatch automation computer lab power environmental monitoring system which characterized in that: comprises a system configuration module, an equipment monitoring module, an alarm scheduling module, an event query module, a user authority management module, a timed task module, a timed report module and an equipment linkage module,
a system configuration module: the system configuration module is used for checking the current configuration parameters of the specified or all equipment, the parameters modified by the system configuration module can be directly effective after being stored and configured,
a device monitoring module: the event query module is used for updating and displaying the running state of the current system and various alarm and message records in real time: the event query module provides queries for setup events, device events and system events for a specified or all devices,
the alarm meter arranging module: grouping the devices and assigning responsible personnel to the device groups, when the devices fail or fail to recover, the system sends alarm information to the responsible personnel according to the grouping arrangement,
the user authority management module: the authority assignment management to the user, the assignment of different authorities to a plurality of roles,
a timing task module: the system is used for automatically executing a series of schedule plans in a designated time without human operation, and can export records of designated time periods to Excel,
a timing report module: for recording the specified device measurement points or states,
an equipment linkage module: the method is used for selecting 'source' measuring points, each source measuring point can correspond to a linkage action, and linkage is executed when an alarm occurs in a 'source' event.
2. The dispatching automation computer room power environment monitoring system of claim 1, characterized in that: the system configuration module can select one device or one measuring point, and automatically set the device name, the device attribute, the communication refreshing period, the associated page, the alarm level, the alarm mode, the upper and lower telemetering limits and whether to record curves or not and record some basic parameters.
3. The dispatching automation computer room power environment monitoring system of claim 1, characterized in that: the user authority management module judges whether the event of the equipment can be inquired, the equipment can be controlled, the system function can be used and the like, and then the user can obtain the corresponding authority by assigning the subordinate role to the user account.
4. The dispatching automation computer room power environment monitoring system of claim 1, characterized in that: the equipment monitoring module can quickly and accurately know the running condition of the current system and the past event records, including video monitoring and data monitoring, from the monitoring interface and the list.
5. The dispatching automation computer room power environment monitoring system of claim 1, characterized in that: the video monitoring module mainly comprises a real-time video module, a video playback module and a video polling module, wherein in a display page, a real-time video window, a video playback window and a video polling window are seamlessly embedded in the page as controls, and the video monitoring module defines the number, the placement position, the window size and the player interface of the video windows by self.
6. The dispatching automation computer room power environment monitoring system of claim 1, characterized in that: when the equipment linkage module detects alarm information, the equipment linkage module is linked with the camera to rotate to a relevant position, starts recording, transmits a signal to the driving device, and the driving device executes driving action.
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| CN114326559A (en)* | 2022-02-09 | 2022-04-12 | 保定市冀能电力自动化设备有限公司 | A power dispatch monitoring system and method |
| CN114489307A (en)* | 2022-02-14 | 2022-05-13 | 阿里巴巴（中国）有限公司 | Energy efficiency optimization method and device for internet data center |
| CN115202222A (en)* | 2022-02-24 | 2022-10-18 | 山东浪潮科学研究院有限公司 | A whole house temperature control system and method |
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| CN114489307A (en)* | 2022-02-14 | 2022-05-13 | 阿里巴巴（中国）有限公司 | Energy efficiency optimization method and device for internet data center |
| CN115202222A (en)* | 2022-02-24 | 2022-10-18 | 山东浪潮科学研究院有限公司 | A whole house temperature control system and method |
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