CN103795773A - Remote networking monitoring method and system of high-voltage direct-current power supply devices - Google Patents
Remote networking monitoring method and system of high-voltage direct-current power supply devices Download PDFInfo
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- CN103795773A CN103795773A CN201310378422.8A CN201310378422A CN103795773A CN 103795773 A CN103795773 A CN 103795773A CN 201310378422 A CN201310378422 A CN 201310378422A CN 103795773 A CN103795773 A CN 103795773A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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Abstract
The invention discloses a remote networking monitoring method and system of high-voltage direct-current power supply devices. The system comprises a server monitoring terminal and a plurality of high-voltage direct-current remote power supply devices; the server monitoring terminal is respectively in communication connection with the plurality of high-voltage direct-current remote power supply devices by a network protocol. According to the invention, the high-voltage direct-current remote power supply devices actively initiates a link request to the server monitoring terminal by the network protocol; after the high-voltage direct-current remote power supply devices receive information of a response to the link request by the server monitoring terminal, connection between the high-voltage direct-current remote power supply devices and the server monitoring terminal is established; and the user can obtain real-time working states of the high-voltage direct-current remote power supply devices in the area by the server monitoring terminal and can carry out instruction controlling on the high-voltage direct-current remote power supply devices remotely. According to the invention, on the basis of the remote networking monitoring, the user can know related power supply device states rapidly, timely and conveniently; and when an abnormal situation occurs, response measures can be taken timely.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of remote networking method for supervising and system of high voltage direct current Remote Power Supply equipment.
Background technology
Communication in China cause has had development at full speed in recent years, communication power supply is that execute on the basis of whole communication network, it is the assurance of whole communication telecommunications network normal reliable operation, along with the universal of 3G network and development, the power supply of its mobile base station, EPON and the construction of indoor and outdoor machine room, connect electric problem and complete by high voltage direct current Remote Power Supply.This power supply has solved the powerup issue of communication equipment in some particular application, such as: the RRU remote base station of 2G/3G, high ferro banded coverage base station along the line and some difficult applied environments that solves Alternating Current Power Supply.
But, along with the increase of high voltage direct current Remote Power Supply module usage quantity, also brought the puzzlement administering and maintaining to client.If in the time that power supply trouble appears in certain power module, convert to breath if operator can not obtain in time, and take corresponding measure, will cause so this intra-area communication equipment cannot normally work for a long time.If thunderbolt appears in high voltage direct current remote power feeding system that What is more, civil power overlap joint, when the abnormality alarmings such as leakage current protection, if can not quick solution, so just likely can cause personal safety accident.
Summary of the invention
For the weak point existing in above-mentioned technology, the invention provides a kind of remote networking method for supervising and system of high voltage direct current Remote Power Supply equipment, by this system, user can understand the state of line related module quickly and easily, in the time there are abnormal conditions, can take timely counter-measure, guarantee communication device safety, reliably and stably move.
For achieving the above object, the invention provides a kind of remote networking method for supervising of high voltage direct current Remote Power Supply equipment, comprise the following steps:
Steps A: high voltage direct current Remote Power Supply equipment is initiatively initiated linking request by procotol to server monitoring terminal;
Step C: high voltage direct current Remote Power Supply equipment receives after this linking request of server monitoring terminal responds, connects between high voltage direct current Remote Power Supply equipment and server monitoring terminal;
Step D: high voltage direct current Remote Power Supply equipment initiatively sends real time data to server monitoring terminal by procotol;
Step e: the receiving element in server monitoring terminal receives via procotol and receives the real time data from high voltage direct current Remote Power Supply equipment, and is transferred to processing unit;
Step F: processing unit is processed the real time data of receiving element transmission, and real time data after treatment is sent to display unit demonstration, make user judge by the data that show whether high voltage direct current Remote Power Supply equipment belongs to normal operating conditions;
Step G: user is input control order on display unit, and by transmitting element, control command is sent to high voltage direct current Remote Power Supply equipment.
Wherein, before described step C, also comprise a step B, described step B: if high voltage direct current Remote Power Supply equipment does not receive this linking request of server monitoring terminal responds, high voltage direct current Remote Power Supply equipment will certain interval of time after, automatically again send linking request to server monitoring terminal, until this linking request of server monitoring terminal responds.
Wherein, described real time data comprises one or more in following data: fault data, configuration data, secure data, running parameter and request real time data; One or more during described control command comprises giving an order: switching on and shutting down instruction, output voltage instruction and current limliting are set instruction.
Wherein, described procotol is TCP/TP agreement.
Wherein, described server monitoring terminal is PC host computer.
For achieving the above object, the invention provides also a kind of remote networking supervisory control system of high voltage direct current Remote Power Supply equipment, comprise server monitoring terminal and multiple high voltage direct current Remote Power Supply equipment, described server monitoring terminal is connected with multiple high voltage direct current Remote Power Supply devices communicatings respectively by procotol;
Described server monitoring terminal comprises receiving element, processing unit, display unit and the transmitting element of the real time data for receiving high voltage direct current Remote Power Supply equipment; Described receiving element is connected with processing unit and this receiving element sends real time data to processing unit, described processing unit be connected with display unit and this processing unit to the real time data after display unit transmission process, described transmitting element be connected with display unit and this transmitting element to high voltage direct current Remote Power Supply equipment sending controling instruction.
Wherein, described real time data comprises one or more in following data: fault data, configuration data, secure data, running parameter and request real time data; One or more during described control command comprises giving an order: switching on and shutting down instruction, output voltage instruction and current limliting are set instruction.
Wherein, described procotol is TCP/TP agreement.
Wherein, described server monitoring terminal is PC host computer.
The invention has the beneficial effects as follows: compared with prior art, remote networking method for supervising and the system of high voltage direct current Remote Power Supply equipment provided by the invention, high voltage direct current Remote Power Supply equipment is initiatively initiated linking request by procotol to server monitoring terminal; High voltage direct current Remote Power Supply equipment receives after this linking request of server monitoring terminal responds, between high voltage direct current Remote Power Supply equipment and server monitoring terminal, connect, user can obtain by server monitoring terminal the real-time working state of region inner high voltage direct-current remote feeding power equipment, meanwhile, user can long-rangely carry out instruction control to high voltage direct current Remote Power Supply equipment.The present invention monitors by remote networking, user can understand the state of line related equipment fast timely and conveniently, in the time there are abnormal conditions, can take timely counter-measure, guarantee communication device safety and reliably and stably move, extended the useful life of all power-supply devices.
Accompanying drawing explanation
Fig. 1 is the structure chart of the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment of the present invention;
Fig. 2 is the Organization Chart of the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment of the present invention;
Fig. 3 is the remote networking method for supervising workflow diagram of high voltage direct current Remote Power Supply equipment of the present invention;
Fig. 4 is the sectional drawing at ipc monitor interface in server monitoring terminal in the present invention;
Fig. 5 is the schematic diagram that in the present invention, in server monitoring terminal, Surveillance center arranges;
Fig. 6 is the schematic diagram that in the present invention, in server monitoring terminal, local communication parameter arranges.
Main element symbol description is as follows:
1, server monitoring terminal 2, high voltage direct current Remote Power Supply equipment
11, receiving element 12, processing unit
13, display unit 14, transmitting element
3, procotol
Embodiment
In order more clearly to explain the present invention, below in conjunction with accompanying drawing, the present invention is further described.
Refer to Fig. 1-2, the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment of the present invention, comprise server monitoring terminal 1 and multiple high voltage direct current Remote Power Supply equipment 2, server monitoring terminal 1 communicates to connect with multiple high voltage direct current Remote Power Supply equipment 2 respectively by procotol 3;
Please further consult Fig. 3, the invention provides also a kind of remote networking method for supervising of high voltage direct current Remote Power Supply equipment, comprise the following steps:
Step S1: high voltage direct current Remote Power Supply equipment 2 is initiatively initiated linking request by procotol 3 to server monitoring terminal 1; Step S2: reply this linking request if high voltage direct current Remote Power Supply equipment 2 does not receive server monitoring terminal 1, high voltage direct current Remote Power Supply equipment 2 will certain interval of time after, automatically again send linking request to server monitoring terminal 1, until server monitoring terminal 1 is replied this linking request; Step S3: high voltage direct current Remote Power Supply equipment 2 receives server monitoring terminal 1 and replys after this linking request, connects between high voltage direct current Remote Power Supply equipment 2 and server monitoring terminal 1; Step S4: high voltage direct current Remote Power Supply equipment 2 initiatively sends real time data to server monitoring terminal 1 by procotol 3; Step S5: the receiving element 11 in server monitoring terminal 1 receives via procotol 3 and receives the real time data from high voltage direct current Remote Power Supply equipment 2, and be transferred to processing unit 12; Step S6: the real time data that processing unit 12 transmits receiving element 11 is processed, and real time data after treatment is sent to display unit 13 and show, make user judge by the data that show whether high voltage direct current Remote Power Supply equipment 2 belongs to normal operating conditions; By above-mentioned step, user can know whether high voltage direct current Remote Power Supply equipment 2 occurs the situations such as thunderbolt, civil power overlap joint, leakage current in time, and dispatch personnel is carried out abnormality processing to the scene at situation place timely; Step S7: user is input control order on display unit 13, and by transmitting element 14, control command is sent to high voltage direct current Remote Power Supply equipment 2, high voltage direct current Remote Power Supply equipment 2 operates according to control command.
In the remote networking method for supervising and system of high voltage direct current Remote Power Supply equipment provided by the invention, real time data comprises one or more in following data: fault data, configuration data, secure data, running parameter and request real time data; One or more during control command comprises giving an order: switching on and shutting down instruction, output voltage instruction and current limliting are set instruction.Certainly; be not limited to above-mentioned cited data or control command; real time data can also be some analogue datas on unsolicited real time data or high voltage direct current Remote Power Supply equipment 2 etc.; control command can also be that situation is adjusted instruction or running parameter is adjusted instruction etc.; if the change to real time data or control command type; so also be appreciated that it is to simple deformation of the present invention or conversion, all fall into protection range of the present invention.
In native system and method, server monitoring terminal 1 is PC host computer, and procotol 3 is TCP/TP agreement, and wherein transport layer protocol has adopted the Transmission Control Protocol based on reliable connection.TCP/TP agreement is used the connected mode of master-slave response on an order wire, first high voltage direct current Remote Power Supply equipment 2 sends linking request to PC host computer to PC host computer, then the signal of PC host computer is addressed to a unique high voltage direct current Remote Power Supply equipment 2, finally, the answer signal that PC host computer sends is transferred to high voltage direct current Remote Power Supply equipment 2 with contrary direction, and both successfully connect.This communication process has illustrated that it is to communicate by letter between power-supply device and monitor terminal that TCP/TP agreement only allows in client, do not allow independently between client, to carry out exchanges data, power-supply device between client can not occupy communication line in the time of their initialization like this, and is confined to the only signal of communication of response arrival PC host computer.Simultaneously, in the process of monitoring, user can only choose wherein some power-supply device to monitor, like this, not selected power-supply device will not carry out data response, do not send any real time data to PC host computer, guarantee thus at synchronization, avoid multiple power-supply devices to cause the phenomenon of data receiver confusion to PC host computer transmission data simultaneously yet.Certainly, the present invention is not limited to the type of above-mentioned procotol 3, if the change of the type to procotol 3 is so also appreciated that it is to simple deformation of the present invention or conversion, all falls into protection range of the present invention.
Please further consult Fig. 4, what in Fig. 4, show is the local interface sectional drawing of monitoring software in PC host computer, this interface can show the setting to certain region inner high voltage direct-current remote feeding power equipment 2, module arranges, the large window such as inquiry failure logging and monitoring interface, can display simulation parameter on monitoring interface, real time fail, communications status, the wicket such as historical record and Long-distance Control, user is by this interface, can know the PDU state of high voltage direct current Remote Power Supply equipment 2 in place, ALM, output module enables and lightning-protection module state etc., if power-supply device AC overlap joint in ALM, input overvoltage protection, do not connect load, thunderbolt warning waits and goes wrong, system all can show automatically, the problem that user shows according to this system will know that certain power-supply device goes wrong, just can send staff to on-the-spot, unusual condition to be solved, this monitoring software can all high voltage direct current Remote Power Supply equipment 2 in place of long-range assurance safe operation.
Please further consult Fig. 5, in Fig. 5, show the interface of Surveillance center's region division, as input " undertaking area of university city ", communication port " 2022 " in can the zone name in this interface, to send parameter be retransmission time 30 seconds, sending times 3 times and polling interval 10 seconds, by inputting these parameters, the interface of PC host computer will show according to these requirements the state of all high voltage direct current Remote Power Supply equipment 2 in this region of undertaking area of university city; Can modify to show by adding key, modification key, delete key or ESC Escape in addition the monitoring display of the different high voltage direct current Remote Power Supply of zones of different equipment 2 to these parameters.
Please further consult Fig. 6, what Fig. 6 showed is the interface of this software local side configuration, carry out current module number by this interface, local side module sequence number, local side title, local side IP address, communication port and the isoparametric setting of Remote Power Supply model, in current module number input " 5 ", input " PSU-2 " in local side module sequence number, input " JINGTING-2 " in local side title, input " 192.168.1.106 " in local side IP address, input " NPS5000A " in Remote Power Supply model, input " 2011 " in communication port, in end interface, demonstrate the result that meets these parameter requests, in addition can be by adding key, revise key, delete key or ESC Escape modify to show to these parameters.
Remote networking method for supervising and the system of high voltage direct current Remote Power Supply equipment provided by the invention, have following advantage:
1) high voltage direct current Remote Power Supply equipment 2 is initiatively initiated linking request by procotol 3 to server monitoring terminal 1; High voltage direct current Remote Power Supply equipment 2 receives server monitoring terminal 1 and replys after this linking request, between high voltage direct current Remote Power Supply equipment 2 and server monitoring terminal 1, connect, user can obtain by server monitoring terminal 1 the real-time working state of region inner high voltage direct-current remote feeding power equipment 2, meanwhile, user can long-rangely carry out instruction control to high voltage direct current Remote Power Supply equipment 2.The present invention monitors by remote networking, and user can understand the state of line related equipment fast timely and conveniently.
2) in the time there are abnormal conditions, user sends staff to on-the-spot, unusual condition to be processed in time, efficiently solve in prior art the safe operation for guaranteeing power-supply device, send a large amount of personnel to take turns at keeping watch at the scene and cause waste time and energy, the phenomenon such as inefficiency.
3) transmission that remote networking supervisory control system is carried out information based on Ethernet is with mutual.What whole group network system adopted is client end/server end (Client/Server) pattern.
4) 3 of procotols allow to carry out transfer of data between client and server, do not allow to carry out transfer of data between client, and the power-supply device between client can not occupy communication line in the time of their initialization like this, has simplified operation.
5) pass through monitoring software; user can recognize the abnormality alarmings such as the appearance thunderbolt, civil power overlap joint, leakage current protection of high voltage direct current Remote Power Supply equipment in time; and take timely counter-measure; guarantee can not cause personal safety accident; guarantee communication device safety and reliably and stably move, extended the useful life of all power-supply devices.
Disclosed is above only several specific embodiment of the present invention, but the present invention is not limited thereto, and the changes that any person skilled in the art can think of all should fall into protection scope of the present invention.
Claims (9)
1. a remote networking method for supervising for high voltage direct current Remote Power Supply equipment, is characterized in that, comprises the following steps:
Steps A: high voltage direct current Remote Power Supply equipment is initiatively initiated linking request by procotol to server monitoring terminal;
Step C: high voltage direct current Remote Power Supply equipment receives after this linking request of server monitoring terminal responds, connects between high voltage direct current Remote Power Supply equipment and server monitoring terminal;
Step D: high voltage direct current Remote Power Supply equipment initiatively sends real time data to server monitoring terminal by procotol;
Step e: the receiving element in server monitoring terminal receives via procotol and receives the real time data from high voltage direct current Remote Power Supply equipment, and is transferred to processing unit;
Step F: processing unit is processed the real time data of receiving element transmission, and real time data after treatment is sent to display unit demonstration, make user judge by the data that show whether high voltage direct current Remote Power Supply equipment belongs to normal operating conditions;
Step G: user is input control order on display unit, and by transmitting element, control command is sent to high voltage direct current Remote Power Supply equipment.
2. the remote networking method for supervising of high voltage direct current Remote Power Supply equipment according to claim 1, before described step C, also comprise a step B, described step B: if high voltage direct current Remote Power Supply equipment does not receive this linking request of server monitoring terminal responds, high voltage direct current Remote Power Supply equipment will certain interval of time after, automatically again send linking request to server monitoring terminal, until this linking request of server monitoring terminal responds.
3. the remote networking method for supervising of high voltage direct current Remote Power Supply equipment according to claim 1 and 2, described real time data comprises one or more in following data: fault data, configuration data, secure data, running parameter and request real time data; One or more during described control command comprises giving an order: switching on and shutting down instruction, output voltage instruction and current limliting are set instruction.
4. the remote networking method for supervising of high voltage direct current Remote Power Supply equipment according to claim 3, described procotol is TCP/TP agreement.
5. the remote networking method for supervising of high voltage direct current Remote Power Supply equipment according to claim 4, described server monitoring terminal is PC host computer.
6. the remote networking supervisory control system of a high voltage direct current Remote Power Supply equipment, it is characterized in that, comprise server monitoring terminal and multiple high voltage direct current Remote Power Supply equipment, described server monitoring terminal is connected with multiple high voltage direct current Remote Power Supply devices communicatings respectively by procotol;
Described server monitoring terminal comprises receiving element, processing unit, display unit and the transmitting element of the real time data for receiving high voltage direct current Remote Power Supply equipment; Described receiving element is connected with processing unit and this receiving element sends real time data to processing unit, described processing unit be connected with display unit and this processing unit to the real time data after display unit transmission process, described transmitting element be connected with display unit and this transmitting element to high voltage direct current Remote Power Supply equipment sending controling instruction.
7. the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment according to claim 6, described real time data comprises one or more in following data: fault data, configuration data, secure data, running parameter and request real time data; One or more during described control command comprises giving an order: switching on and shutting down instruction, output voltage instruction and current limliting are set instruction.
8. the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment according to claim 6, described procotol is TCP/TP agreement.
9. the remote networking supervisory control system of high voltage direct current Remote Power Supply equipment according to claim 6, described server monitoring terminal is PC host computer.
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Cited By (5)
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| CN106059067A (en) * | 2016-05-24 | 2016-10-26 | 国家电网公司 | Power supply system remote monitoring system |
| CN112799349A (en) * | 2020-12-31 | 2021-05-14 | 浙江热刺激光技术有限公司 | Control method and system for upper and lower computers, electronic equipment and storage medium |
| US11016129B1 (en) | 2017-10-20 | 2021-05-25 | Alarm.Com Incorporated | Voltage event tracking and classification |
| CN114204680A (en) * | 2021-12-13 | 2022-03-18 | 广州思泰信息技术有限公司 | Multi-type automatic detection equipment fusion remote diagnosis system and method |
| US11391479B2 (en) | 2019-01-24 | 2022-07-19 | Alarm.Com Incorporated | HVAC service performance |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106059067A (en) * | 2016-05-24 | 2016-10-26 | 国家电网公司 | Power supply system remote monitoring system |
| US11016129B1 (en) | 2017-10-20 | 2021-05-25 | Alarm.Com Incorporated | Voltage event tracking and classification |
| US11391479B2 (en) | 2019-01-24 | 2022-07-19 | Alarm.Com Incorporated | HVAC service performance |
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| CN112799349A (en) * | 2020-12-31 | 2021-05-14 | 浙江热刺激光技术有限公司 | Control method and system for upper and lower computers, electronic equipment and storage medium |
| CN114204680A (en) * | 2021-12-13 | 2022-03-18 | 广州思泰信息技术有限公司 | Multi-type automatic detection equipment fusion remote diagnosis system and method |
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