CN205229709U - Emergent electricity generation management device in basic station - Google Patents
Emergent electricity generation management device in basic station Download PDFInfo
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- CN205229709U CN205229709U CN201520916084.3U CN201520916084U CN205229709U CN 205229709 U CN205229709 U CN 205229709U CN 201520916084 U CN201520916084 U CN 201520916084U CN 205229709 U CN205229709 U CN 205229709U
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Abstract
The utility model discloses an emergent electricity generation management device in basic station, including treater, data acquisition device, current detection device, voltage detection device and information display device, the treater is connected respectively with data acquisition device, current detection device, voltage detection device and information display device, the treater through data acquisition device, current detection device and voltage detection device gather, the judgement of the data condition of generating electricity of detection and export information display device with the result. Ammeter frequency that the treater was gathered through the data acquisition device determine current be mains power supply still the oil machine generate electricity to data that whether have a power failure, gather through the basic station and the conditions such as current -voltage value that detect determine that basic station oil machine electricity generation was concrete to be in which stage.
Description
Technical field
The utility model relates to mobile base station emergency power generation management system, particularly relates to a kind of base station emergency power generation management devices.
Background technology
Due to the singularity of mobile communication, its network base station quantity is many, distribution is wide, the basic condition such as traffic, electric power is poor, along with the high speed development of national economy, the electric power supply in many areas is not enough, especially the problem such as power cuts to limit consumption of peak times of power consumption in summer, has had a strong impact on stability and the reliability of mobile communications network.In order to ensure the uninterrupted of mobile communication base station power supply supply, small size gasoline (bavin) fry dried food ingredients motor is generally adopted to carry out emergency power generation when power-off.Current mobile communication base station emergency power generation still mainly adopts the traditional mode of manual dispatching, maintenance personal's utonomous working at present, emergency power generation work whole process cannot be monitored, the scheme of existing employing mainly contains two kinds, one is tie up the real time datas such as the alternating voltage of reporting base station by generation, and notifies that maintainer realizes base station electric generation management after these monitor datas are carried out operational analysis.But in this technical scheme, owing to lacking, hydro power generation data are monitored in real time, and oil consumption situation, the power generation situation of generation dimension reporting base station mobile diesel engine can only be relied on, therefore base station power generation situation cannot accurately be obtained, the mains supply comes out electric power thus supplied and the oil machine electric power thus supplied of base station cannot be distinguished, also effectively cannot differentiate the behavior of generation dimension wig electricity, thus reduce the validity of base station electric generation management.Two is the real time datas such as interchange being gathered base station by underlying programs, and by notifying after underlying programs operational analysis that maintainer realizes base station power dispatching management.But in this technical scheme, need each base station to be equipped with capture program, and base station power generation situation can not be reflected intuitively.
And the Chinese utility model patent that application number 201120109107.1 patent name is " mobile communication base station emergency generator monitor terminal and system " discloses and the utility model discloses a kind of mobile communication base station emergency generator monitor terminal, comprise center processing unit, current and voltage signals collecting unit, working state monitoring unit, GPS time service positioning unit, GSM message Transmit-Receive Unit and Power Management Unit; Also disclose a kind of mobile communication base station emergency power generation crane monitoring system, comprise mobile communication base station emergency generator monitor terminal, short message receiving-transmitting platform and central management platform.This utility model can realize the real-time monitoring of mobile communication base station emergency generator running status to a certain extent, improve the level that becomes more meticulous of generator of base station management, but do not distinguish the mains supply comes out electric power thus supplied and oil machine electric power thus supplied, so cannot reflect whether how long hydro power generation (namely filtering out the situation of mains-supplied), generating continue and have how many oil machines to use current base station.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of base station emergency power generation management devices, whether hydro power generation, oil machine service condition, generating duration and generating be abnormal etc. can to judge power generation situation, reflection current base station effectively and accurately.
Above-mentioned purpose of the present utility model is achieved by following technical solution:
A kind of base station emergency power generation management devices, comprise processor, data collector, current sensing means, voltage check device and information display device, processor is connected respectively with data collector, current sensing means, voltage check device and information display device
Described data collector is for gathering base station ammeter data and being fed back to the processor be attached thereto;
Described current sensing means is used for each blocks current of base stations detected and current data is fed back to the processor be attached thereto;
Described voltage check device is used for base stations detected VD and feeds back to the processor be attached thereto;
By the ammeter frequency that data collector collects, described processor judges that current is mains-supplied or hydro power generation, and whether had a power failure by base station, current/voltage value that other data of data collector collection and current sensing means, voltage check device detect judges which stage base station oil engine generating is specifically in, and result outputted to information display device;
Described information display device is used for the display of base station generating information, the historical query of base station generating information and SMS notification.
Data collector comprises and gathers ammeter frequency module and gather ammeter three-phase voltage module, gather ammeter frequency module and gather ammeter three-phase voltage module by collect ammeter frequency, ammeter three-phase voltage data feedback is to the processor be attached thereto.
Described current sensing means comprises battery current detection module, DC load current detection module and switch power supply current detection module, and the battery current detected, DC load current, switch power supply current are fed back to the processor be attached thereto by battery current detection module, DC load current detection module and switch power supply current detection module.
Described voltage check device detects VD and feeds back to the processor be attached thereto.
Described information display device comprises base station generating information module, generating information history enquiry module and SMS notification functional module.
A kind of base station emergency power generation management approach, specific as follows:
When base station has a power failure and current sensing means detects that arbitrary blocks current of base station is greater than 1A, processor is then judged as showing rear power generation situation;
When base station have a power failure, current sensing means detect the blocks current of Switching Power Supply be all 0 and battery current raise more than 10A time, processor is then judged as batteries in parallel connection electric power thus supplied;
When base station do not have a power failure and gather ammeter frequency that ammeter frequency module collects outside the mains-supplied frequency range of specifying time, processor is then judged as showing front power generation situation;
When the battery current that battery current pick-up unit detects generating website is less than-1A, judge that generating is abnormal immediately; Meanwhile, voltage check device periodically gathers VD, if VD constantly raises, processor is then judged as that generating is normal; If VD is also in decline, it is abnormal constant that processor is then judged as keeping generating.
Further, when processor is judged as showing rear power generation situation, the DC load current that current sensing means detects by processor and cell current value carry out computing, formula is: (DC load current+battery current)/50), carry rounds, be greater than 3 and get 3, the result obtained generates electricity after being current table oil machine quantity used.
When processor is judged as batteries in parallel connection electric power thus supplied, the DC load current that current sensing means detects by processor and cell current value carry out computing, formula is: (DC load current+battery current)/50), carry rounds, be greater than 3 and get 3, the result obtained is current batteries in parallel connection power supply station oil machine quantity.
When processor is judged as showing front power generation situation, the three-phase voltage of the ammeter that data collector collects by processor and 170V contrast, and have the voltage of several to be greater than 170V, and just there are several oil machines base station in generating.
The result of judgement is outputted to information display device by processor, user inquires about the base station generating information of current base station generating information and query history by base station generating information module and generating information history enquiry module, and the generating base station of base station personnel's exception is notified by SMS notification functional module, be convenient to the maintenance of base station generating.Whole software systems thus reach in time feedback base station generating information, efficiently and the object of management of base station generating easily.
Further, the base station information that generates electricity of described history comprises generating duration and generating electric energy, and described generating duration is the time difference of generating end time and generating start time, and described generating electric energy is ∑ DC load current * generation current * collection period * coefficient.
Compared with prior art, the beneficial effects of the utility model are as follows:
(1) the base station real-time data signal got more precisely in real time, existing scheme adopts the mode of artificial count off, not only take time and effort, and real-time can be short of many, and the utility model obtains data by processor, only just can solve the problem of poor real by program, and save manpower and materials;
(2) distinguishing base station by ammeter frequency powers as mains-supplied or hydro power generation, these two kinds generatings can not be distinguished in existing scheme, and the utility model finds the ammeter frequency stabilization of mains-supplied within the specific limits by analysis, as long as so the frequency of adjustment hydro power generation, just well can distinguish both, reach better management;
(3) the utility model can provide more detailed generating information, existing scheme can only the generating information of fetching portion, and the utility model adopts the information such as base station real time data and base station power failure to calculate current base station generating to be in which kind of state, and give more detailed generating state and divide;
(4) user is presented in a more intuitive way, the presentation mode that existing scheme is not relevant, also not relevant historical record, and the utility model passes through information display device, the information that current base station generated electricity and history base station generating information present to user, and adopt the mode of note directly the base station information that generating is abnormal to be issued to maintainer, more pointed.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is schematic flow sheet of the present utility model.
Embodiment
Below in conjunction with specific embodiment the utility model made and elaborating further, but embodiment does not limit in any form the utility model.
embodiment 1
As Fig. 1, a kind of base station emergency power generation management devices, comprise processor, data collector, current sensing means, voltage check device and information display device, processor is connected respectively with data collector, current sensing means, voltage check device and information display device
Described data collector is for gathering base station ammeter data and being fed back to the processor be attached thereto;
Described current sensing means is used for each blocks current of base stations detected and current data is fed back to the processor be attached thereto;
Described voltage check device is used for base stations detected VD and feeds back to the processor be attached thereto;
By the ammeter frequency that data collector collects, described processor judges that current is mains-supplied or hydro power generation, and whether had a power failure by base station, current/voltage value that other data of data collector collection and current sensing means and voltage check device detect judges which stage base station oil engine generating is specifically in, and result outputted to information display device;
Described information display device is used for the display of base station generating information, the historical query of base station generating information and SMS notification.
Data collector comprises and gathers ammeter frequency module and gather ammeter three-phase voltage module, gather ammeter frequency module and gather ammeter three-phase voltage module by collect ammeter frequency, ammeter three-phase voltage data feedback is to the processor be attached thereto.
Described current sensing means comprises battery current detection module, DC load current detection module and switch power supply current detection module, and the battery current detected, DC load current, switch power supply current are fed back to the processor be attached thereto by battery current detection module, DC load current detection module and switch power supply current detection module.
Described voltage check device detects VD and feeds back to the processor be attached thereto.
Described information display device comprises base station generating information module, generating information history enquiry module and SMS notification functional module.
As Fig. 2, a kind of base station emergency power generation management approach, specific as follows:
When base station has a power failure and current sensing means detects that arbitrary blocks current of base station is greater than 1A, processor is then judged as showing rear power generation situation;
When base station have a power failure, current sensing means detect the blocks current of Switching Power Supply be all 0 and battery current raise more than 10A time, processor is then judged as batteries in parallel connection electric power thus supplied;
When base station do not have a power failure and gather ammeter frequency that ammeter frequency module collects outside the mains-supplied frequency range of specifying time, processor is then judged as showing front power generation situation;
When the battery current that battery current pick-up unit detects generating website is less than-1A, judge that generating is abnormal immediately; Meanwhile, voltage check device periodically gathers VD, if VD constantly raises, processor is then judged as that generating is normal; If VD is also in decline, it is abnormal constant that processor is then judged as keeping generating.
Further, when processor is judged as showing rear power generation situation, the DC load current that current sensing means detects by processor and cell current value carry out computing, formula is: (DC load current+battery current)/50), carry rounds, be greater than 3 and get 3, the result obtained generates electricity after being current table oil machine quantity used.
When processor is judged as batteries in parallel connection electric power thus supplied, the DC load current that current sensing means detects by processor and cell current value carry out computing, formula is: (DC load current+battery current)/50), carry rounds, be greater than 3 and get 3, the result obtained is current batteries in parallel connection power supply station oil machine quantity.
When processor is judged as showing front power generation situation, the three-phase voltage of the ammeter that data collector collects by processor and 170V contrast, and have the voltage of several to be greater than 170V, and just there are several oil machines base station in generating.
The result of judgement is outputted to information display device by processor, user checks the base station generating information of current base station generating information and query history by base station generating information module and generating information history enquiry module, and the generating base station of base station personnel's exception is notified by SMS notification functional module, be convenient to the maintenance of base station generating.Whole software systems thus reach in time feedback base station generating information, efficiently and the object of management of base station generating easily.
Further, the base station information that generates electricity of described history comprises generating duration and generating electric energy, and described generating duration is the time difference of generating end time and generating start time, and described generating electric energy is ∑ DC load current * generation current * collection period * coefficient.
Claims (4)
1. a base station emergency power generation management devices, it is characterized in that, comprise processor, data collector, current sensing means, voltage check device and information display device, processor is connected respectively with data collector, current sensing means, voltage check device and information display device
Described data collector is for gathering base station ammeter data and being fed back to the processor be attached thereto;
Described current sensing means is used for each blocks current of base stations detected and current data is fed back to the processor be attached thereto;
Described voltage check device is used for base stations detected VD and feeds back to the processor be attached thereto;
By the ammeter frequency that data collector collects, described processor judges that current is mains-supplied or hydro power generation, and whether had a power failure by base station, current/voltage value that other data of data collector collection and current sensing means and voltage check device detect judges which stage base station oil engine generating is specifically in, and result outputted to information display device;
Described information display device is used for the display of base station generating information, the historical query of base station generating information and SMS notification.
2. base station emergency power generation management devices according to claim 1, it is characterized in that, data collector comprises and gathers ammeter frequency module and gather ammeter three-phase voltage module, gather ammeter frequency module and gather ammeter three-phase voltage module by collect ammeter frequency, ammeter three-phase voltage data feedback is to the processor be attached thereto.
3. base station emergency power generation management devices according to claim 1, it is characterized in that, described current sensing means comprises battery current detection module, DC load current detection module and switch power supply current detection module, and the battery current detected, DC load current, switch power supply current are fed back to the processor be attached thereto by battery current detection module, DC load current detection module and switch power supply current detection module.
4. base station emergency power generation management devices according to claim 1, is characterized in that, described information display device comprises base station generating information module, generating information history enquiry module and SMS notification functional module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201520916084.3U CN205229709U (en) | 2015-11-17 | 2015-11-17 | Emergent electricity generation management device in basic station |
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| CN201520916084.3U CN205229709U (en) | 2015-11-17 | 2015-11-17 | Emergent electricity generation management device in basic station |
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| CN205229709U true CN205229709U (en) | 2016-05-11 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105278386A (en) * | 2015-11-17 | 2016-01-27 | 高新兴科技集团股份有限公司 | Emergency generation management apparatus for base station, and emergency generation management processing method for base station |
| CN106909118A (en) * | 2017-04-01 | 2017-06-30 | 成都特斯拉云网络技术有限公司 | On the anti-theft method of mobile base station generator |
| CN107091995A (en) * | 2017-07-05 | 2017-08-25 | 东莞团诚自动化设备有限公司 | Monitor the method and device of communication base station and electric power power supply state |
-
2015
- 2015-11-17 CN CN201520916084.3U patent/CN205229709U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105278386A (en) * | 2015-11-17 | 2016-01-27 | 高新兴科技集团股份有限公司 | Emergency generation management apparatus for base station, and emergency generation management processing method for base station |
| CN105278386B (en) * | 2015-11-17 | 2018-08-21 | 高新兴科技集团股份有限公司 | A kind of base station emergency power generation managing device and its processing method |
| CN106909118A (en) * | 2017-04-01 | 2017-06-30 | 成都特斯拉云网络技术有限公司 | On the anti-theft method of mobile base station generator |
| CN107091995A (en) * | 2017-07-05 | 2017-08-25 | 东莞团诚自动化设备有限公司 | Monitor the method and device of communication base station and electric power power supply state |
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