CN216356094U - Power distribution station room - Google Patents
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- CN216356094U CN216356094U CN202120840040.2U CN202120840040U CN216356094U CN 216356094 U CN216356094 U CN 216356094U CN 202120840040 U CN202120840040 U CN 202120840040U CN 216356094 U CN216356094 U CN 216356094U
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Abstract
The utility model provides a power distribution station house. The power distribution station room comprises a substation system; the substation system comprises an auxiliary monitoring substation, wherein the auxiliary monitoring substation comprises a monitoring device and a comprehensive measurement and control device, and the comprehensive measurement and control device comprises an environment detection unit, a fire alarm unit, a safety protection unit, an auxiliary unit and a lightning protection unit; the environment detection unit, the fire alarm unit, the safety protection unit, the auxiliary unit and the lightning protection unit are all connected with the comprehensive measurement and control device, the comprehensive measurement and control device and the monitoring device are all connected with the auxiliary monitoring substation, and the auxiliary monitoring substation is connected with the substation system. The problem of a plurality of systems of distribution station room independently operation, can't realize comprehensive management is solved. The power distribution station room is distributed layer by layer according to the main station system, the sub station system, the auxiliary monitoring sub station, the monitoring device and the comprehensive measurement and control device, so that unified management and comprehensive monitoring are realized, and intelligent management and unattended operation of the power distribution station room are realized.
Description
Technical Field
The utility model belongs to the technical field of power distribution equipment, and particularly relates to a power distribution station house.
Background
Along with the continuous development of science and technology, intelligent and degree of automation deepens constantly, and the work of patrolling and examining in power distribution system also tends to unmanned gradually.
In order to realize unattended operation, a large substation needs to bid systems in multiple fields, each company which needs to bid provides a system in a corresponding field, and the systems in the multiple fields are gathered to a general control center, so that the unattended operation can be realized; in the process, because a plurality of systems operate independently, the comprehensive management of the systems is difficult to achieve, the integration level and the availability of the whole substation are reduced, and the management cost of the systems is increased, so that the real unattended operation is difficult to achieve.
SUMMERY OF THE UTILITY MODEL
The utility model aims to overcome the defects in the prior art and provides a power distribution station room.
In order to achieve the above object, the present invention provides a power distribution station room, comprising a substation system;
the substation system comprises an auxiliary monitoring substation, wherein the auxiliary monitoring substation comprises a monitoring device and a comprehensive measurement and control device, and the comprehensive measurement and control device comprises an environment detection unit, a fire alarm unit, a safety protection unit, an auxiliary unit and a lightning protection unit;
the environment detection unit, the fire alarm unit, the safety protection unit, the auxiliary unit and the lightning protection unit are all connected with the comprehensive measurement and control device, the comprehensive measurement and control device and the monitoring device are all connected with the auxiliary monitoring substation, and the auxiliary monitoring substation is connected with the substation system.
Optionally, the system further comprises a master station system;
the number of the substation systems is multiple, and the plurality of substation systems are all connected with the main station system.
Optionally, the auxiliary monitoring substation includes a monitoring screen, and the monitoring screen is used for displaying all data in the substation system.
Optionally, the monitoring device includes a high-definition camera, an infrared thermal imaging camera, and a video recorder.
Optionally, the monitoring device includes a guide-track camera.
Optionally, the monitoring device includes a video analysis unit and an image recognizer;
the video analysis unit is used for identifying videos uploaded by the monitoring device, and the image recognizer is used for identifying graphs uploaded by the monitoring device.
Optionally, the comprehensive measurement and control device includes a touch screen.
Optionally, the auxiliary monitoring substation includes an image recognizer, and the image recognizer is configured to recognize the graph uploaded by the monitoring device.
Optionally, the environment detection unit includes a temperature sensor, a water immersion detector, a humidity sensor, a wind speed sensor, a rainfall detector, a sulfur hexafluoride detector and a small animal invasion prevention device.
Optionally, the fire alarm unit includes a smoke detector, an electrical fire detector, a manual fire alarm button, an arc detector and a temperature detector.
Optionally, the safety protection unit includes a laser detector, an access controller, a broken window detector, an infrared detector, a card reader, and a door magnetic switch.
Optionally, the auxiliary unit includes an air conditioner controller, a lighting controller, a fan controller, and a water pump controller.
Optionally, the lightning protection unit includes a surge protector, a ground detector, and a direct lightning detection device.
Optionally, the number of the integrated measurement and control devices is multiple, and the multiple integrated measurement and control devices are all connected with the auxiliary monitoring substation.
The power distribution station room provided by the utility model has the beneficial effects that: the environment detection unit, the fire alarm unit, the safety protection unit, the auxiliary unit and the lightning protection unit are all connected with the comprehensive measurement and control device, the comprehensive measurement and control device and the monitoring device are all connected with the auxiliary monitoring substations, the auxiliary monitoring substations are connected with the substation systems, and the plurality of substation systems are all connected with the main station system; the environment detection unit, the fire alarm unit, the safety protection unit, the auxiliary unit and the lightning protection unit are used as the lowest level and are respectively connected with the upper level comprehensive measurement and control device, the same level comprehensive measurement and control device and the control device are connected with the upper level auxiliary monitoring substation, the auxiliary substation is connected with the upper level substation system, and finally the substation system is connected with the main station system, so that the modular hierarchical design and the integrated design of the power distribution station room are realized.
Drawings
Fig. 1 is a block diagram of a power distribution station room according to an embodiment of the present invention;
FIG. 2 is a block diagram of an auxiliary monitoring substation according to an embodiment of the present invention;
FIG. 3 is a partial block diagram of an auxiliary monitoring substation according to an embodiment of the present invention;
FIG. 4 is a block diagram of a monitoring device according to an embodiment of the present invention;
fig. 5 is a block diagram of a monitoring apparatus according to a second embodiment of the present invention.
The reference numbers illustrate:
1. a master station system; 2. a substation system; 3. an auxiliary monitoring substation; 31. a monitoring device; 32. a comprehensive measurement and control device; 33. a video analysis unit; 34. an image recognizer; 311. a high-definition camera; 312. an infrared thermal imaging camera; 313. a video recorder; 314. a guide tracked camera; 321. an environment detection unit; 322. a fire alarm unit; 323. a safety protection unit; 324. an auxiliary unit; 325. a lightning protection unit; 3211. a temperature sensor; 3212. a water immersion detector; 3213. a humidity sensor; 3214. a wind speed sensor; 3215. a rainfall detector; 3216. a sulfur hexafluoride detector; 3217. preventing small animals from invading the device; 3221. a smoke detector; 3222. an electrical fire detector; 3223. a manual fire alarm button; 3224. an arc detector; 3225. a temperature detector; 3231. a laser detector; 3232. an access controller; 3233. a broken window detector; 3234. an infrared detector; 3235. a card reader; 3236. a door magnetic switch; 3241. an air conditioner controller; 3242. a lighting controller; 3243. a fan controller; 3244. a water pump controller; 3251. a surge protector; 3252. a ground detector; 3253. direct lightning detection device.
Detailed Description
The power distribution station house of the present invention will be described in detail below with reference to the accompanying drawings.
Example one
Fig. 1 is a block diagram of a power distribution station room according to an embodiment of the present invention; fig. 2 is a block diagram of an auxiliary monitoring substation 3 according to an embodiment of the present invention; fig. 3 is a partial block diagram of an auxiliary monitoring substation 3 according to an embodiment of the present invention; fig. 4 is a block diagram of a monitoring device 31 according to an embodiment of the present invention.
As shown in fig. 1 to 4, a power distribution station room according to a first embodiment of the present invention includes a substation system 2; the substation system 2 comprises an auxiliary monitoring substation 3, the auxiliary monitoring substation 3 comprises a monitoring device 31 and a comprehensive measurement and control device 32, and the comprehensive measurement and control device 32 comprises an environment detection unit 321, a fire alarm unit 322, a safety protection unit 323, an auxiliary unit 324 and a lightning protection unit 325; the environment detection unit 321, the fire alarm unit 322, the safety protection unit 323, the auxiliary unit 324 and the lightning protection unit 325 are all connected with the comprehensive measurement and control device 32, and the comprehensive measurement and control device 32 and the monitoring device 31 are all connected with the auxiliary monitoring substation 3.
Specifically, the environment detection unit 321, the fire alarm unit 322, the safety protection unit 323, the auxiliary unit 324 and the lightning protection unit 325 are used as the lowest stage, the upper stage is the integrated measurement and control device 32 and the control device, the upper stage is the auxiliary monitoring substation 3, the upper stage is the substation system 2, and the upper stage is the master station system 1;
the environment detection unit 321, the fire alarm unit 322, the safety protection unit 323, the auxiliary unit 324 and the lightning protection unit 325 at the lowest stage are respectively connected with the comprehensive measurement and control device 32 at the upper stage, the comprehensive measurement and control device 32 and the control device at the same level are both connected with the auxiliary monitoring substation 3 at the upper stage, the auxiliary substation is connected with the substation system 2 at the upper stage, and finally the substation system 2 is connected with the main station system 1, so that the modular hierarchical design and the integrated design of the power distribution station room are realized, the monitoring device 31 at the lowest stage can be flexibly configured according to requirements and is finally managed uniformly by the main station system 1, the comprehensive management and regulation capability of the power distribution station room is improved, and the safety and reliability of the power distribution station room are ensured, meanwhile, information interaction between the upper and lower levels of the power distribution station house is realized, and intelligent operation and maintenance management and unattended operation of the power distribution station house are realized.
The substation system 2 and the main station system 1 are connected through an optical fiber channel, and data conversion is carried out through a firewall; the auxiliary monitoring substation 3 is connected with the substation system 2 through a fiber channel, and data conversion is also performed through a firewall.
Optionally, the system further comprises a master station system;
the number of the substation systems is multiple, and the plurality of substation systems are all connected with the main station system.
The number of the substation systems 2 can be multiple, and the plurality of substation systems 2 respectively transmit data to the master station system 1 through firewall conversion, so that unified management of the plurality of substation systems 2 is realized, and a power distribution management system of a larger system is realized.
Optionally, the auxiliary monitoring substation 3 includes a monitoring screen, and the monitoring screen is used for displaying all data in the substation system 2.
Through the monitoring screen that supplementary monitoring substation 3 includes, the realization is with synthesizing the data of measurement and control device 32 and the data of monitoring device 31 all can monitor the demonstration through the monitoring screen, realizes that the data is concentrated to be shown and is handled, improves the same management in whole distribution station room.
The power distribution station room provided by the utility model is characterized in that a plurality of measurement and control units of the comprehensive measurement and control device 32 are monitored through the monitoring device 31, and then the auxiliary monitoring substation 3 is used for monitoring the data of the monitoring device 31 and the comprehensive measurement and control device 32 in a centralized manner, so that the comprehensive management of monitoring is realized, and the maintenance efficiency is improved.
Optionally, the monitoring device 31 includes a high-definition camera 311, an infrared thermal imaging camera 312 and a video recorder 313.
All the conditions in the station house can be subjected to video shooting monitoring through the high-definition camera 311, the infrared thermal imaging camera 312 and the video recorder 313; and the high-definition camera 311, the infrared thermal imaging camera 312 and the video recorder 313 collect video graphs in the station room, so that the functions of real-time video, video playback, inspection snapshot, voice conversation, alarm information and the like are realized.
The video display collected by the high-definition camera 311, the infrared thermal imaging camera 312 and the video recorder 313 is divided into four modes of single picture, four pictures, nine pictures and sixteen pictures, wherein the four modes can be selected at will, and the video display sequence can be customized. And each shot picture can support the functions of motion detection and the like. When the monitoring device 31 detects an alarm signal, the camera points to the alarm position, and intercepts the video image within the alarm time range for permanent storage, wherein the alarm time range can be set by the user. The video transmission and control protocol supports standard protocols such as STMP, RTSP, ONVIF and the like, the video coding supports H264/H265, and the resolution supports 720P high-definition images.
The camera may be the network video recorder 313, which is a storage and forwarding part of the network video monitoring system, and cooperates with the video encoder or the network camera to complete the video recording, storing and forwarding functions.
Optionally, the auxiliary monitoring substation 3 comprises a video analysis unit 33 and an image recognizer 34; the video analysis unit 33 is configured to analyze and judge the graphs uploaded by the high-definition camera 311, the infrared thermal imaging camera 312, and the video recorder 313; the auxiliary monitoring substation 3 comprises an image recognizer 34, said image recognizer 34 being adapted to recognize the pattern uploaded by the monitoring device 31.
Specifically, the video analysis unit 33 is arranged on the auxiliary monitoring substation 3, so that images can be analyzed and judged when the high-definition camera 311, the infrared thermal imaging camera 312 and the video recorder 313 upload the images, the images uploaded by the high-definition camera 311, the infrared thermal imaging camera 312 and the video recorder 313 do not need to be transmitted to the master station system 1 and then processed, the timeliness of image processing is improved, it is ensured that an alarm can be given as soon as possible when abnormal images are collected, and the alarm effect is improved.
Specifically, the image identifier 34 is arranged in the auxiliary monitoring substation 3, so that the images uploaded by the monitoring device 31 can be identified, the situation that the images uploaded by the monitoring device 31 need to be collected to the master station system 1 for identification is avoided, and the timeliness of image processing is improved. The monitoring devices 31 may be multiple sets, the graphic information of the multiple sets of monitoring devices 31 may be all transmitted to the auxiliary monitoring substation 3, and the image identifier 34 in the auxiliary monitoring substation 3 may identify the images uploaded by the multiple sets of monitoring devices 31. It should be noted that the auxiliary monitoring substation 3 is provided with the video analysis unit 33 and the image recognizer 34, both of which can accelerate the timeliness of monitoring in the power distribution station room, the video analysis unit 33 can perform real-time analysis on the image acquired by the monitoring device 31, and the image recognizer 34 can perform uniform recognition on the image uploaded by the monitoring device 31.
Optionally, the integrated measurement and control device 32 includes a touch screen.
The touch screen is arranged on the comprehensive measurement and control device 32, so that the comprehensive measurement and control device 32 can be controlled in real time, and convenience is improved.
The integrated measurement and control device 32 is an equipment information acquisition and management device, and is directly in interface communication with equipment such as environment monitoring, safety precaution, power control, lighting control, lightning grounding, digital power distribution terminals and the like. The structure of the comprehensive measurement and control device 32 can be selected to be a wall-mounted case structure with a ten-inch color touch screen, so that monitoring and management of monitoring equipment in the station house are locally realized.
It is worth mentioning that the integrated measurement and control device 32 can support short messages, APP, local or remote sound and light alarm, and the touch screen can alarm by icons.
It is worth mentioning that the on-line monitoring system of the integrated measurement and control device 32 can be used as an original power distribution station room item, and meanwhile, data information is shared with the original power distribution station room on-line monitoring and early warning system.
Optionally, the environment detecting unit 321 includes a temperature sensor 3211, a water logging detector 3212, a humidity sensor 3213, a wind speed sensor 3214, a rainfall detector 3215, a sulfur hexafluoride detector 3216, and a small animal intrusion preventing device 3217.
Specifically, the temperature sensor 3211 included in the environment detection unit 321 detects the temperature in the distribution station room, the water immersion detector 3212 detects water immersion in the distribution station room, the humidity sensor 3213 detects the humidity in the distribution station room, the wind speed sensor 3214 detects the wind speed in the distribution station room, the rainfall detector 3215 detects the rainfall in the distribution station room, and the sulfur hexafluoride detector 3216 detects the concentration of sulfur hexafluoride in the distribution station room.
The environment detection unit 321 further includes a small animal intrusion prevention device 3217 for preventing small animals from intruding and ensuring the security of the distribution station room in the outdoor environment. The device 3217 for preventing the small animals from invading may be an electronic mouse repeller for repelling mice and other similar small animals.
The method comprises the following steps of monitoring environmental parameters such as temperature, humidity, wind speed, water immersion and sulfur hexafluoride concentration in a power distribution station house in real time, displaying the environmental parameters in a visual electronic map mode, recording and processing environmental state data, alarming when the monitored environmental parameters exceed a threshold value, and setting an alarm threshold value in a user-defined mode; according to the change of the environmental parameters, the occurrence of the fault is predicted or the fault is detected in time, and related personnel are informed to process in time to remove the fault.
The system comprises a power distribution station room, a video monitoring system, an air conditioner, a water pump and the like, wherein the ambient temperature and humidity inside and outside the power distribution station room are monitored, the concentration of SF6 inside the power distribution station room is monitored, the wind speed and the rainfall in the environment outside the power distribution station room are monitored, the ponding conditions of drainage ditches and cable ditches outside the power distribution station room are monitored, and monitoring information is analyzed and linked with the video monitoring system, the air conditioner, the water pump and the like.
Optionally, the fire alarm unit 322 includes a smoke detector 3221, an electrical fire detector 3222, a manual fire alarm button 3223, an arc detector 3224, and a temperature detector 3225.
The smoke detector 3221 included in the fire alarm unit 322 is used for detecting smoke and the position of smoke generation, and displaying the working state of the smoke sensor in real time, and when smoke occurs, the smoke sensor can automatically alarm, wherein the smoke sensor mainly detects the interior of a power distribution station room; the electrical fire detector 3222 is used for controlling the circuit breaker to be automatically disconnected in case of emergency, and suppressing fire, when a distribution line in a power distribution station room has joint fault, fault arc, abnormal residual current, grounding leakage in a power distribution cabinet and the like; the manual fire alarm button 3223 is used for starting the manual fire alarm button 3223 in time to cut off a line in a distribution station room when a fire disaster is found in the distribution station room; the arc detector 3224 performs arc detection on the power distribution loop cable in the power distribution station room; temperature sensor 3211 detects the temperature of the power distribution circuit line in the distribution station room, and avoids the occurrence of fire and other conditions caused by excessive cable temperature.
Optionally, the security protection unit 323 includes a laser detector 3231, an access controller 3232, a broken window detector 3233, an infrared detector 3234, a card reader 3235, and a door magnetic switch 3236.
Through a laser detector 3231, an access controller 3232, a broken window detector 3233, an infrared detector 3234, a card reader 3235 and a door magnetic switch 3236, an alarm signal is sent out when unauthorized access is performed, an alarm signal is sent out when a wall is turned into and glass is broken, and the alarm signal is linked to a monitoring device 31 for shooting, so that the safety of the operation environment is ensured.
The access control system comprises common access control systems such as a double-technology access control system and a door magnetic switch 3236, and an advanced access control system with face recognition and fingerprint recognition functions, and can automatically unlock under emergency conditions by functions of door opening record, remote control, voice and video conversation, permission setting and the like. It can be combined with the monitoring device 31 to automatically locate the video information when passing the door or the video information when the alarm occurs.
Optionally, the auxiliary unit 324 includes an air conditioner controller 3241, a lighting controller 3242, a blower controller 3243, and a water pump controller 3244.
The air conditioner in the power distribution station room is intelligently controlled through an air conditioner controller 3241 of the auxiliary unit 324, including on-off state, regulation and control and the like; the lighting controller 3242 controls lighting in the power distribution station room, including on-off state, regulation and control and the like; the fans in the power distribution station room are controlled through a fan controller 3243, including on-off state, regulation and control and the like; the water pump in the distribution station room is controlled by the water pump controller 3244, including the state of the switch, regulation and control, and the like.
The auxiliary unit 324 can monitor lighting, air conditioners, fans and the like of the power distribution station room, provide various control modes for users to select, and is linked with systems for environment monitoring, fire monitoring and the like, so that the system is safe and reliable in operation, energy conservation and consumption reduction are realized, and the management requirements of the users for energy conservation and efficiency improvement are met.
It is worth mentioning that a plurality of scientifically used illumination control schemes are provided for the illumination system of the power distribution station room, the unattended management requirements of the substation are met, and the illumination energy consumption in the substation is effectively reduced; can learn the remote control instruction of various brands air conditioner through various ordinary air conditioners of infrared remote control to realize the intelligent control to the air conditioner that links to each other with it, can also be according to measured ambient temperature and humidity, automatic control air conditioner switch and operational mode, the threshold value of switch air conditioner can set up. The fan is controlled, a remote control operation function is provided, linkage with other subsystems is realized, and the requirements of site environment and management are met.
Optionally, the lightning protection unit 325 includes a surge protector 3251 and a ground detector 3252.
The lightning protector 3251 of the lightning protection unit 325 protects lightning and surge of the power distribution station room, and the ground detector 3252 detects changes in ground resistance of the power distribution station room.
The lightning protection unit 325 further comprises a direct lightning strike detection device 3253, which is used for detecting direct lightning strike data of the power distribution station room, recording direct lightning strike event time, current magnitude, waveform information and the like, monitoring the direct lightning strike data in real time, analyzing the influence of the direct lightning strike on the power distribution station room according to recorded data, and avoiding the direct lightning strike from causing harm to the power distribution station room.
It is worth mentioning that the surge protector 3251 has the functions of surge protection, power frequency current protection without dead zone of full current and intelligent monitoring, effectively improves the lightning protection effect, and is safe and effective.
Example two
Fig. 5 is a block diagram of the monitoring device 31 according to the second embodiment of the present invention.
As shown in fig. 5, a power distribution station room provided in the second embodiment of the present invention is different from the first embodiment in that: the monitoring device 31 includes a guide camera 314.
Through including guide tracked camera 314 on monitoring device 31, realize that monitoring device 31 can remove the video and take the picture in the distribution station room to can patrol and examine the distribution station room through regularly, improve intelligent fortune dimension management and unmanned on duty in the distribution station room.
Wherein, be provided with the track in the scope of the main website system 1 in distribution station room to make guide tracked camera 314 can follow the track and remove, carry out the automatic timing to the distribution station room and patrol and examine.
EXAMPLE III
The power distribution station room provided by the third embodiment of the utility model is different from the first embodiment in that: the number of the integrated measurement and control devices 32 is multiple, and the multiple integrated measurement and control devices 32 are all connected with the auxiliary monitoring substation 3.
A plurality of integrated measurement and control devices 32 are connected with the auxiliary monitoring substation 3, so that a server and a plurality of client modes are realized, and intelligent operation and maintenance management and unattended operation of a power distribution station room of a larger system are realized.
Among them, the plurality of integrated monitoring devices 31 also monitor a plurality of distribution lines or even a plurality of distribution environments, and realize distribution management in a larger system.
In summary, the power distribution station house provided by the utility model has the beneficial effects that: the environment detection unit 321, the fire alarm unit 322, the safety protection unit 323, the auxiliary unit 324 and the lightning protection unit 325 are all connected with the comprehensive measurement and control device 32, the comprehensive measurement and control device 32 and the monitoring device 31 are all connected with the auxiliary monitoring substation 3, the auxiliary monitoring substation 3 is connected with the substation system 2, and the plurality of substation systems 2 are all connected with the master station system 1; the environment detection unit 321, the fire alarm unit 322, the safety protection unit 323, the auxiliary unit 324 and the lightning protection unit 325 are taken as the lowest level and are respectively connected with the upper level comprehensive measurement and control device 32, the same level comprehensive measurement and control device 32 and the control device are both connected with the upper level auxiliary monitoring substation 3, the auxiliary substation is connected with the upper level substation system 2, and finally the substation system 2 is connected with the main station system 1, so that the modular hierarchical design and the integrated design of the power distribution station room are realized, the monitoring device 31 of the lowest level can be flexibly configured according to requirements and is finally managed uniformly by the main station system 1, the comprehensive management and regulation capability of the power distribution station room is improved, and the safety and reliability of the power distribution station room are ensured, meanwhile, information interaction between the upper and lower levels of the power distribution station house is realized, and intelligent operation and maintenance management and unattended operation of the power distribution station house are realized.
The above description is only an example of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of changes or substitutions within the technical scope of the present invention, and the present invention shall be covered thereby. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (12)
1. A power distribution substation room, characterized by comprising a substation system (2);
the substation system (2) comprises an auxiliary monitoring substation (3), the auxiliary monitoring substation (3) comprises a monitoring device (31) and a comprehensive measurement and control device (32), and the comprehensive measurement and control device (32) comprises an environment detection unit (321), a fire alarm unit (322), a safety protection unit (323), an auxiliary unit (324) and a lightning protection unit (325);
the environment detection unit (321), the fire alarm unit (322), the safety protection unit (323), the auxiliary unit (324) and the lightning protection unit (325) are all connected with the integrated measurement and control device (32), the integrated measurement and control device (32) and the monitoring device (31) are all connected with the auxiliary monitoring substation (3), and the auxiliary monitoring substation (3) is connected with the substation system (2).
2. The distribution substation room according to claim 1, characterized in that it further comprises a main station system (1);
the number of the substation systems (2) is multiple, and the plurality of the substation systems (2) are connected with the main station system (1).
3. The substation room according to claim 1, characterized in that the auxiliary monitoring substation (3) comprises a monitoring screen for displaying all data within the substation system (2).
4. The distribution substation room according to claim 1, characterized in that the monitoring device (31) comprises a high definition camera (311), an infrared thermal imaging camera (312) and a video recorder (313).
5. Station house according to any of the claims 1 or 4, characterized in that the monitoring device (31) comprises a rail camera (314).
6. The distribution substation house according to claim 1, characterized in that the auxiliary monitoring substation (3) comprises a video analysis unit (33) and an image recognizer (34);
the video analysis unit (33) is used for identifying videos uploaded by the monitoring device (31), and the image recognizer (34) is used for identifying graphs uploaded by the monitoring device (31).
7. The substation room of claim 1, wherein the integrated measurement and control device (32) comprises a touch screen.
8. The distribution substation room of claim 1, wherein the environment detection unit (321) comprises a temperature sensor (3211), a water logging detector (3212), a humidity sensor (3213), a wind speed sensor (3214), a rain detector (515), a sulphur hexafluoride detector (3216) and a small animal intrusion prevention device (3217).
9. The distribution substation room of claim 1, wherein the fire alarm unit (322) comprises a smoke detector (3221), an electrical fire detector (3222), a manual fire alarm button (3223), an arc detector (3224) and a temperature detector (3225).
10. The substation room of claim 1, wherein the security unit (323) comprises a laser detector (3231), an access controller (3232), a broken window detector (3233), an infrared detector (3234), a card reader (3235), and a door switch (3236).
11. The substation room of claim 1, wherein the auxiliary units (324) comprise an air conditioning controller (3241), a lighting controller (3242), a fan controller (3243), and a water pump controller (3244).
12. The distribution substation room of claim 1, wherein the lightning protection unit (325) comprises a surge protector (3251), a ground detector (3252) and a direct lightning detection device (3253);
the number of the integrated measurement and control devices (32) is multiple, and the integrated measurement and control devices (32) are all connected with the auxiliary monitoring substation (3).
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| CN202120840040.2U CN216356094U (en) | 2021-04-22 | 2021-04-22 | Power distribution station room |
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| CN202120840040.2U CN216356094U (en) | 2021-04-22 | 2021-04-22 | Power distribution station room |
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