CN109803027A - SCADA O&M monitor supervision platform based on CS framework - Google Patents
SCADA O&M monitor supervision platform based on CS framework Download PDFInfo
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- CN109803027A CN109803027A CN201910277965.8A CN201910277965A CN109803027A CN 109803027 A CN109803027 A CN 109803027A CN 201910277965 A CN201910277965 A CN 201910277965A CN 109803027 A CN109803027 A CN 109803027A
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Abstract
The present invention is based on the SCADA O&M monitor supervision platforms of CS framework, belong to a kind of energy monitoring management system；It is proposed a kind of energy consumption monitor supervision platform of SCADA O&M based on CS framework, and can be to enterprises lamp source intelligentized control method；Technical solution are as follows: the SCADA O&M monitor supervision platform based on CS framework, comprising: energy resource collecting terminal, energy consumption feedback system and energy consumption statistics and display system；The energy consumption statistics and display system are electrically connected with energy resource collecting terminal and energy consumption feedback system respectively；The present invention is suitable for Enterprise Mansion night lights and electric energy management.
Description
Technical field
The present invention is based on the SCADA O&M monitor supervision platforms of CS framework, belong to a kind of energy monitoring management system.
Background technique
China has become industrial first big country, but compared with developed countries, the energy consumption per unit of output value is high, energy-saving and emission-reduction
Work is also shouldered heavy responsibilities.Either consider from environmental protection and angle of sustainable development, or promote industrial repositioning to examine from cost is reduced
Consider, improves enterprise energy consumption management fining, the enterprise energy management system for developing a set of suitable enterprise information management is very
It is necessary.
A large amount of electric lights now are usually mounted with to enterprise's inside buildings, to save the energy, general electric light is incuded by acousto-optic
Device carries out control start and stop, some are controlled using infrared sensor.But acousto-optic inductor is easily damaged in use, and
Acousto-optic inductor and infrared sensor, which exist, incudes not sensitive enough defect, i.e., electric light can just be opened in personnel's closer distance.
It, can not according to circumstances flexible modulation in addition, electric light automatic distinguishing after the time at one end.
Enterprise's inside buildings did not carry out statistics for single energy consumption, and single energy consumption statistics is conducive to promote
Into personal awareness of saving energy, personal energy consumption is reduced, can further improve enterprises entirety energy consumption fine-grained management.
Summary of the invention
In order to solve the above technical problems, the present invention proposes a kind of energy consumption monitoring of SCADA O&M based on CS framework
Platform, and can be to enterprises lamp source intelligentized control method.
To realize the above-mentioned technical purpose, technical solution provided by the invention are as follows: the SCADA O&M monitoring based on CS framework is flat
Platform, comprising: energy resource collecting terminal, energy consumption feedback system and energy consumption statistics and display system；The energy consumption system
Meter and display system are successively electrically connected with several energy consumption feedback systems and several energy resource collecting terminals；
Several energy resource collecting terminals are set to entire plant machinery and enter on circuit, several energy resource collecting terminal acquisitions
Machine uses electricity and machine available machine time, is equipped at least one energy consumption feedback system, the energy consumption in workshop
The machine that feedback system is used to acquire energy resource collecting terminal uses generation energy usage amount after electricity and machine available machine time data
Database and machine available machine time database, when the energy consumption feedback system is switched on to energy usage amount database and machine
Machine power database is generated after spatial database processing, it is anti-that the energy consumption statistics and display system acquire several energy consumptions
In feedback system after energy usage amount database, machine available machine time database and generation machine power database, disappeared by the energy
It consumes SCADA operational system in feedback system and generates machine energy consumption histogram and machine power histogram.
The energy consumption feedback system includes: intelligence meter ammeter, demographic data library, power equipment statistical data
Library, single energy consumption data statistics library and data processing server, several intelligence meter ammeters and data processing server
By wireless network connection, the data processing server and energy resource collecting terminal are electrically connected.
Energy consumption statistics and display system include: web server, energy statistics database and monitoring computer,
The monitoring computer is electrically connected with several data processing servers respectively, the monitoring computer data acquisition processing service
Power equipment staqtistical data base and single energy consumption data statistics library form energy statistics number after being patterned processing in device
According to library, the web server is according to energy statistics database by data publication in online.
The energy resource collecting terminal including intelligent electric meter, intellectual water meter and gas meter, flow meter.
The data processing server is connected with Internet.
The energy resource collecting terminal further includes mobile control terminal, and the mobile control terminal and data processing server pass through net
Network is connected, and the mobile control terminal is mobile phone, and the interior of mobile phone is equipped with energy monitoring APP, and energy monitoring APP can be with
Real-time reception energy consumption feedback system database and histogram.
The SCADA O&M monitor supervision platform is installed in energy consumption statistics and display system, the SCADA O&M monitoring
Platform communicates to connect under the framework of C/S with several energy consumption feedback systems, the energy consumption feedback system difference
It is connect with the enterprise network switch communication in corresponding region, the enterprise network interchanger in the energy consumption region and the energy
Consume the multi-energy data interactive terminal communication connection in region, multi-energy data interactive terminal and the energy in the energy consumption region
Source consumes the energy resource collecting terminal called connection in region, and the multi-energy data interactive terminal is single-chip microcontroller；The energy consumption
Feedback system is for acquiring the energy-output ratio that the energy resource collecting terminal in the energy consumption region reports；And it is uploaded to data
Library, the database are connected directly with SCADA O&M monitor supervision platform, so the SCADA O&M monitor supervision platform is used for the energy
When the energy-output ratio of consumption feedback system acquisition is checked or is operated, as long as send request of data, the data of C/S framework
Library will make corresponding instruction by logical operation.It can be carried out real-time monitoring to reach, real-time data acquisition, to equipment
Control, alert process, be able to achieve to energy information classification subitem, and then realize visualized management.
Network security management system is provided between the energy consumption feedback system and energy consumption statistics and display system
System, the network security management system include: Intranet couple in router, enterprise's APN couple in router, outer net fire prevention
Wall, the outer network switch of office, external network server, authentication server, Intranet firewall, information security network isolating device and
Information Intra-Network switch；
The Intranet couple in router, which is connected by APN special line with enterprise APN couple in router, to be communicated, the enterprise
Industry APN couple in router, which is connected by outer net firewall with outer network switch of handling official business, to be communicated；
The outer network switch of the office is connected with several above-mentioned data processing servers respectively to be communicated；
The outer network switch of the office passes sequentially through Intranet firewall, information security network isolating device and information Intra-Network switch
It is connected with energy consumption statistics and display system and is communicated.
The SCADA O&M monitor supervision platform further includes the automatic control device of the energy, comprising: DDC control device, personnel's induction
Device, environment induction module, power auto-control device and fresh air system；The DDC control device and server, personnel incude
Device, environment induction module and fresh air system electrical connection, the environment induction module includes: temperature sensor, Temperature and Humidity
Instrument and air particles degree detector, several temperature sensors, temperature and humidity tester and air particles degree detector are installed on
Indoor corner, the built-in heating of the fresh air system and refrigeration module；
The power auto-control device includes: single-chip microcontroller, IGBT module, IGBT drive circuit, power supply and serial ports WiFi module；
The single-chip microcontroller is electrically connected with serial ports WiFi module and IGBT drive circuit respectively, and the IGBT module gate pole and IGBT drive
Circuit output end electrical connection, the IGBT module collector, emitter are set on indoor electric appliance connection firewire, the power supply
Electric power is provided for entire power auto-control device.
The power auto-control device using ambroin encapsulate, and package outside be provided with plant-grid connection socket,
The connection end point of IGBT module collector and emitter.
The power supply uses Switching Power Supply, and Switching Power Supply input terminal is connect with interior 220V power supply.
It is provided in the power auto-control device encapsulation and external fixed bolt hole or card slot.
The automatic control device of the energy further includes WiFi module, and the WiFi module and DDC control device are electrically connected,
The DDC control device is connect with several power auto-control devices by WiFi signal.
Personnel's inductor is human body infrared inductor.
Compared with the prior art, the invention has the beneficial effects that:
The present invention can have one to single machine energy consumption and clearly understand, can be to the energy conservation measure of the technical staff in workshop and enterprise
There is a specific directive function.
The present invention can voluntarily control abnormal running indoor equipment end electricity according to server data, while be incuded according to personnel
Device, environment induction modules acquiring data can be by DDC control devices for can power cutoff device power themselves down and unlatching.
In addition while the present invention is voluntarily controlled by DDC control device, indoor occupant can be controlled conveniently by DDC
Device adapter tube control authority processed, sets itself open and close.
The present invention using the automatic control device structure of the energy it is simple, cheap, can large-scale application in indoor transformation, together
When transformation it is convenient, it is only necessary to be directly accessed in circuit, without to being changed the outfit on a large scale to having installed circuit.
Detailed description of the invention
Fig. 1 is electrical block diagram of the present invention；
Fig. 2 is the automatic control device schematic diagram of the energy of the present invention；
Fig. 3 is power auto-control schematic device of the present invention；
Fig. 4 is power auto-control device package schematic diagram of the present invention；
In figure: 1 is energy resource collecting terminal, and 2 be energy consumption feedback system, and 3 be energy consumption statistics and display system, and 4 be envelope
Dress.
Specific embodiment
It is as shown in Figures 1 to 4: the SCADA O&M monitor supervision platform based on CS framework, comprising: energy resource collecting terminal 1, the energy
Consume feedback system 2 and energy consumption statistics and display system 3；Energy consumption statistics and display system 3 successively with it is several
Energy consumption feedback system 2 and several energy resource collecting terminals 1 are electrically connected；
Several energy resource collecting terminals 1 are set to entire plant machinery and enter on circuit, and several energy resource collecting terminals are adopted
Collect machine and use electricity and machine available machine time, at least one energy consumption feedback system 2 is installed in workshop, the energy disappears
The machine that consumption feedback system 2 is used to acquire energy resource collecting terminal 1 is made using the generation energy after electricity and machine available machine time data
Usage data library and machine available machine time database, the energy consumption feedback system 2 is to energy usage amount database and machine
Machine power database is generated after available machine time database processing, the energy consumption statistics and display system 3 acquire several energy
After source consumes energy usage amount database in feedback system 2, machine available machine time database and generates machine power database, lead to
It crosses SCADA operational system in energy consumption feedback system 2 and generates machine energy consumption histogram and machine power histogram.
The energy consumption feedback system 2 includes: intelligence meter ammeter, demographic data library, power equipment statistical data
Library, single energy consumption data statistics library and data processing server, several intelligence meter ammeters and data processing server
By wireless network connection, the data processing server and energy resource collecting terminal 1 are electrically connected.
Energy consumption statistics and display system 3 include: web server, energy statistics database and monitoring computer,
The monitoring computer is electrically connected with several data processing servers respectively, the monitoring computer data acquisition processing service
Power equipment staqtistical data base and single energy consumption data statistics library form energy statistics number after being patterned processing in device
According to library, the web server is according to energy statistics database by data publication in online.
The data processing server is connected with Internet.
The energy resource collecting terminal further includes mobile control terminal, and the mobile control terminal and data processing server pass through net
Network is connected, and the mobile control terminal is mobile phone, and the interior of mobile phone is equipped with energy monitoring APP, and energy monitoring APP can be with
2 database of real-time reception energy consumption feedback system and histogram.
The power auto-control device includes: single-chip microcontroller, IGBT module, IGBT drive circuit, power supply and serial ports WiFi
Module；The single-chip microcontroller is electrically connected with serial ports WiFi module and IGBT drive circuit respectively, the IGBT module gate pole with
The electrical connection of IGBT drive circuit output end, the IGBT module collector, emitter are set on indoor electric appliance connection firewire,
The power supply provides electric power for entire power auto-control device.
The power auto-control device using ambroin encapsulation 4, and encapsulate 4 outside be provided with plant-grid connection socket,
The connection end point of IGBT module collector and emitter.
The power supply uses Switching Power Supply, and Switching Power Supply input terminal is connect with interior 220V power supply.
It is provided in the power auto-control device encapsulation 4 and external fixed bolt hole or card slot.
The automatic control device of the energy further includes WiFi module, and the WiFi module and DDC control device are electrically connected,
The DDC control device is connect with several power auto-control devices by WiFi signal.
It is of the invention the specific operation is as follows:
The 1 collecting robot energy consumption of energy resource collecting terminal and power, and corresponding staqtistical data base is generated, the energy consumption in workshop
Feedback system 2 quickly can be calculated and be counted to machine energy consumption corresponding in workshop, while shop worker can be to plant machinery
Power consumption has a clear cognition and judgement, while energy consumption statistics and display system 3 receive the data in all workshops of enterprise
Collection can also be monitored specific machine energy consumption after having an overall judgement to all workshop power consumptions.
Claims (10)
1. the SCADA O&M monitor supervision platform based on CS framework, it is characterised in that: include: energy resource collecting terminal (1), energy consumption
Feedback system (2) and energy consumption statistics and display system (3)；Energy consumption statistics and display system (3) if successively with
Dry energy consumption feedback system (2) and several energy resource collecting terminals (1) are electrically connected；
Several energy resource collecting terminals (1) are set to entire plant machinery and enter on circuit, several energy resource collecting terminals
It acquires machine and uses electricity and machine available machine time, at least one energy consumption feedback system (2), the energy are installed in workshop
The machine that source consumption feedback system (2) is used to acquire energy resource collecting terminal (1) uses raw after electricity and machine available machine time data
At energy usage amount database and machine available machine time database, the energy consumption feedback system (2) is to energy usage amount number
According to machine power database is generated behind library and machine available machine time database processing, the energy consumption counts and display system
(3) the interior energy usage amount database of several energy consumption feedback systems (2), machine available machine time database are acquired and generates machine
Behind power data library, machine energy is generated by the interior SCADA operational system of energy consumption feedback system (2) and consumes histogram and machine
Device power histogram.
2. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the energy consumption
Feedback system (2) includes: intelligence meter ammeter, demographic data library, power equipment staqtistical data base, single energy consumption data
Library and data processing server are counted, several intelligence meter ammeters and data processing server pass through wireless network connection, institute
It states data processing server and energy resource collecting terminal (1) is electrically connected.
3. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the energy consumption
Statistics and display system (3) include: web server, energy statistics database and monitoring computer, the monitoring computer difference
It is electrically connected with several data processing servers, power equipment statistical number in the monitoring computer data acquisition processing server
Energy statistics database, the web server are formed after being patterned processing according to library and single energy consumption data statistics library
According to energy statistics database by data publication in online.
4. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the data processing
Server is connected with Internet.
5. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the energy resource collecting
Terminal further includes mobile control terminal, and the mobile control terminal is connected with data processing server by network, the mobile control
End is mobile phone, and the interior of mobile phone is equipped with energy monitoring APP, and the energy monitoring APP can be anti-with real-time reception energy consumption
Feedback system (2) database and histogram.
6. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the energy resource collecting
Terminal (1) including intelligent electric meter, intellectual water meter and gas meter, flow meter.
7. the SCADA O&M monitor supervision platform based on CS framework according to claim 1, it is characterised in that: the SCADA O&M
Monitor supervision platform further includes the automatic control device of the energy, comprising: DDC control device, personnel's inductor, environment induction module, electric power
Automatic control device and fresh air system；The DDC control device and data processing server, personnel's inductor, environment induction mould
Block and fresh air system electrical connection, the environment induction module includes: temperature sensor, temperature and humidity tester and air particles degree
Detector, several temperature sensors, temperature and humidity tester and air particles degree detector are installed on indoor corner, described new
The built-in heating of wind system and refrigeration module.
8. the SCADA O&M monitor supervision platform based on CS framework according to claim 7, it is characterised in that: the electric power is automatic
Control device includes: single-chip microcontroller, IGBT module, IGBT drive circuit, power supply and serial ports WiFi module；The single-chip microcontroller respectively with
Serial ports WiFi module and IGBT drive circuit are electrically connected, and the IGBT module gate pole electrically connects with IGBT drive circuit output end
It connects, the IGBT module collector, emitter are set on indoor electric appliance connection firewire, and the power supply is that entire electric power is controlled automatically
Device processed provides electric power.
9. the SCADA O&M monitor supervision platform based on CS framework according to claim 8, it is characterised in that: the electric power is automatic
Control device using ambroin encapsulation (4), and encapsulate (4) outside be provided with plant-grid connection socket, IGBT module collector and
The connection end point of emitter.
10. the SCADA O&M monitor supervision platform based on CS framework according to claim 8, it is characterised in that: the power supply uses
Switching Power Supply, and Switching Power Supply input terminal is connect with interior 220V power supply.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910277965.8A CN109803027A (en) | 2019-04-08 | 2019-04-08 | SCADA O&M monitor supervision platform based on CS framework |
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| CN201910277965.8A CN109803027A (en) | 2019-04-08 | 2019-04-08 | SCADA O&M monitor supervision platform based on CS framework |
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| CN107832946A (en) * | 2017-11-07 | 2018-03-23 | 中山大学 | A kind of power energy monitoring and controlling for workshop and management method and system |
| CN109217466A (en) * | 2018-08-22 | 2019-01-15 | 湖南迅捷公共设施服务有限公司 | A kind of electric power O&M monitoring system and method |
| CN109471417A (en) * | 2018-11-09 | 2019-03-15 | 巴中市天果农业科技有限公司 | A kind of energy management system for fertilizer enterprises |
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2019
- 2019-04-08 CN CN201910277965.8A patent/CN109803027A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20090198384A1 (en) * | 2008-02-05 | 2009-08-06 | Ls Industrial Systems Co., Ltd. | Electronic smart meter enabling demand response and method for demand response |
| CN205563677U (en) * | 2016-04-08 | 2016-09-07 | 郑州创合电子科技有限公司 | Cloud intelligence energy management system |
| CN107832946A (en) * | 2017-11-07 | 2018-03-23 | 中山大学 | A kind of power energy monitoring and controlling for workshop and management method and system |
| CN109217466A (en) * | 2018-08-22 | 2019-01-15 | 湖南迅捷公共设施服务有限公司 | A kind of electric power O&M monitoring system and method |
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Application publication date: 20190524 |