CN109541996A - A kind of green environment construction method under building electric apparatus Collaborative Control - Google Patents
A kind of green environment construction method under building electric apparatus Collaborative Control Download PDFInfo
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- CN109541996A CN109541996A CN201811294961.2A CN201811294961A CN109541996A CN 109541996 A CN109541996 A CN 109541996A CN 201811294961 A CN201811294961 A CN 201811294961A CN 109541996 A CN109541996 A CN 109541996A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
- G05B19/0425—Safety, monitoring
Abstract
The invention discloses the green environment construction methods under a kind of building electric apparatus Collaborative Control, comprising the following steps: step 1: building electric apparatus installation, hardware system are established；Step 2: software systems are established；Step 3: the foundation of database；Step 4: the foundation of green index；Step 5: on-line monitoring in real time judges green index；Step 6: emergency processing.The present invention carries out green monitoring by realizing and carrying out green early warning to resource to power monitoring, to environment, and clarifier, air interchanger improve environment, and user terminal shows data and warning information, alarm equipment alarm.The present invention can also consume Gas Resource and obtain, and control coal gas carbon emission, realize resource green.
Description
[technical field]
The present invention relates to the green environment construction methods under the technical field of Internet of Things, especially building electric apparatus Collaborative Control
Technical field.
[background technique]
Currently, with the development of economy, environmental resource is increasingly destroyed, to realize economic sustainable development, need
Environment is protected, is economized on resources.35,300,000 tons of casting annual output of China 2009, until 2010 have reached 39,600,000 tons, has connected
It ranks first in the world within continuous 10 years, about 2,000,000 people of practitioner, but from scope of the enterprise, industry centralization degree, disposal of pollutants, synthesis
Quality, cost, energy consumption, benefit and clean manufacturing etc. are seen makes the country prosperous far from casting, and China divides the work also in global industrial chain
In, low end trim.Meanwhile " made in China 2025 ", wherein the industrial strong basis engineering and Green Manufacture Project in five large-engineerings are equal
Highlight energy-efficient importance.It proposes to formulate and implement the environmental protection and energy conservation that integrate with international most advanced level in industrial strong basis engineering
Standard, while green manufacturing of carrying out in an all-round way, constantly improve green low-carbon energy usage rate；Tissue is proposed in Green Manufacture Project
Implement promotions of traditional manufacture efficiency, clean manufacturing, water-saving pollution treatment, the specific techniques such as recycle and be transformed, carries out great energy conservation
Environmental protection comprehensive utilization of resources, remanufactures, low-carbon technology production demonstration.
Meanwhile with the development of technology of Internet of things, the cooperative control system of building is more and more mature.With resource consumption
Green, the green of gaseous environment are criterion, construct suitable and safety a green environment, it appears particularly important.
[summary of the invention]
The object of the invention is to solve the problems of the prior art, the green under a kind of building electric apparatus Collaborative Control is proposed
Environment construction method carries out green monitoring, purification to environment by realizing and carrying out green early warning to resource to power monitoring
Device, air interchanger improve environment, and user terminal shows data and warning information, alarm equipment alarm.
To achieve the above object, the invention proposes the green environment construction method under a kind of building electric apparatus Collaborative Control,
The following steps are included:
Step 1: building electric apparatus installation, hardware system are established: the building electric apparatus is that the electric appliance being installed in building is set
Standby, building electric apparatus includes infrastructure device, common apparatus, personalized electric appliance；Building electric apparatus is arranged in building, by oxygen concentration
Sensor, smoke sensor device, pellet sensor, air purifier, air interchanger each of are installed in building
In room, above-mentioned all devices are connected into relay module, energy consumption acquisition device access building general supply is spaced apart；It will be upper
It states all devices and central processor equipment is networked, central processor equipment and cloud platform are connected to the network；
Step 2: software systems are established: by user terminal by network connection cloud platform, interior be equipped with of user terminal is applied APP, is answered
It include plan view, virtual control, data interface, set interface, early warning interface, the corresponding building object plane of plan view with APP；Virtually
Control is associated by network and program code with building electric apparatus, electrically driven curtain, air purifier；Data interface is for showing energy
Curve, energy consumption data, oxygen concentration, smoke data, inspirable particle concentration are consumed, the energy consumption data includes instantaneous energy consumption, peak
It is worth energy consumption, odd-numbered day total energy consumption, per hour energy consumption；Set interface is for being arranged early warning limit；Early warning interface is for showing that green refers to
Mark and flashing early warning；
Step 3: the foundation of database: database includes normal energy consumption data, and energy consumption data is obtained by energy consumption acquisition device
It is obtained after taking voltage, current data through being handled by central processor equipment；
Step 4: the foundation of green index: green index includes energy consumption index, environmental index, comprehensive pre-warning index；Energy consumption
IndexWherein EinstantFor instantaneous energy consumption, EpeakFor peak value energy consumption,
EsingleFor odd-numbered day total energy consumption, Eper-hourFor energy consumption per hour；Environmental indexIts
Middle EoxygenFor oxygen concentration, EsmokeFor smog value, EPMIOFor inspirable particle concentration value；Comprehensive pre-warning indexWherein α, β,
γ, δ, ε, η, λ are weight coefficient, EB-instantFor the standard value of instantaneous energy consumption, EB-peakFor the standard value of peak value energy consumption, EB-single
For the standard value of odd-numbered day total energy consumption, EB-per-hourFor the standard value of energy consumption per hour, EB-oxygenFor the standard value of oxygen concentration,
EB-smokeFor the standard value of smog value, EB-PMIOFor the standard value of inspirable particle concentration value；
Step 5: on-line monitoring in real time judges green index: the data of real-time acquisition system, and is processed into green
Chromogenic indicator；When green index in safe range, then continue to monitor；When green index is outside safe range, then carry out at emergency
Reason；
Step 6: emergency processing: when the instantaneous energy consumption of energy consumption index or excessive peak value energy consumption, central processor equipment control
Relay module closes building electric apparatus, sends energy consumption pre-warning signal to user terminal, transmission alarm signal to alarm；When energy consumption refers to
Target odd-numbered day total energy consumption or when energy consumption is excessive per hour, central processor equipment send energy consumption pre-warning signal to user terminal, send report
Signal is warned to alarm；When the oxygen concentration of environmental index is too low, central processor equipment controls air interchanger work, sends environment
Pre-warning signal to user terminal, send alarm signal to alarm；When the smog value of environmental index is excessive, central processor equipment hair
It send environmental warning signal to user terminal, send alarm signal to alarm；When the inspirable particle concentration value mistake of environmental index
When big, the work of central processor equipment control air purifier sends environmental warning signal to user terminal, transmission alarm signal to report
Alert device；Comprehensive pre-warning index ICEWWhen excessive, central processor equipment sends comprehensive pre-warning signal to user terminal, transmission alarm signal
To alarm.
Preferably, the energy consumption acquisition device of the step 1 include voltage sensor, current sensor, sampling resistor,
Voltage acquisition card, capture card pedestal, voltage sensor, current sensor quantity be 3,3 voltage sensors, 3 electricity
Flow sensor detects three-phase voltage and electric current respectively, and voltage sensor, current sensor output are current analog signal, passes through
Sampling resistor is converted to input voltage capture card after voltage analog signal, the voltage digital signal of last voltage acquisition card output by
Capture card pedestal reaches central processor equipment through data line；The central processor equipment data processing is obtained voltage data,
Current data, voltage data is multiplied by central processor equipment with current data obtains power data, and central processor equipment is by power
Data versus time integral obtains energy consumption data.
Preferably, the energy consumption acquisition device of the step 1, relay module are powered by independent circuits, relay mould
Block includes several relays.
Preferably, being loaded into control program in the central processor equipment of the step 1；User terminal in the step 2
For the mobile device with network communication function.
Preferably, the foundation of the database of the step 3 obtains instantaneous energy by equipment in normal use building
Consume Einstant, peak value energy consumption Epeak, odd-numbered day total energy consumption Esingle, energy consumption E per hourper-hourRange, the model of all energy consumption datas
Enclose composition database.
Preferably, the energy consumption index of the step 4 includes coal gas carbon emission amount Egas=sgas·vgas·tgas·egas,
Wherein sgasFor coal gas pipe diameter, vgasFor coal gas gas flow rate, tgasFor gas pipe valve opening time, egasFor coal gas carbon emission
Transformation ratio.
Beneficial effects of the present invention: the present invention is by realizing and carrying out green early warning to resource, to environment to power monitoring
Green monitoring is carried out, clarifier, air interchanger improve environment, and user terminal shows data and warning information, alarm equipment alarm.
Feature and advantage of the invention will be described in detail by embodiment.
[specific embodiment]
The present invention, comprising the following steps:
Step 1: building electric apparatus installation, hardware system are established: the building electric apparatus is that the electric appliance being installed in building is set
Standby, building electric apparatus includes infrastructure device, common apparatus, personalized electric appliance；Building electric apparatus is arranged in building, by oxygen concentration
Sensor, smoke sensor device, pellet sensor, air purifier, air interchanger each of are installed in building
In room, above-mentioned all devices are connected into relay module, energy consumption acquisition device access building general supply is spaced apart；It will be upper
It states all devices and central processor equipment is networked, central processor equipment and cloud platform are connected to the network；
Step 2: software systems are established: by user terminal by network connection cloud platform, interior be equipped with of user terminal is applied APP, is answered
It include plan view, virtual control, data interface, set interface, early warning interface, the corresponding building object plane of plan view with APP；Virtually
Control is associated by network and program code with building electric apparatus, electrically driven curtain, air purifier；Data interface is for showing energy
Curve, energy consumption data, oxygen concentration, smoke data, inspirable particle concentration are consumed, the energy consumption data includes instantaneous energy consumption, peak
It is worth energy consumption, odd-numbered day total energy consumption, per hour energy consumption；Set interface is for being arranged early warning limit；Early warning interface is for showing that green refers to
Mark and flashing early warning；
Step 3: the foundation of database: database includes normal energy consumption data, and energy consumption data is obtained by energy consumption acquisition device
It is obtained after taking voltage, current data through being handled by central processor equipment；
Step 4: the foundation of green index: green index includes energy consumption index, environmental index, comprehensive pre-warning index；Energy consumption
IndexWherein EinstantFor instantaneous energy consumption, EpeakFor peak value energy consumption,
EsingleFor odd-numbered day total energy consumption, Eper-hourFor energy consumption per hour；Environmental indexIts
Middle EoxygenFor oxygen concentration, EsmokeFor smog value, EPMIOFor inspirable particle concentration value；Comprehensive pre-warning indexWherein α, β,
γ, δ, ε, η, λ are weight coefficient, EB-instantFor the standard value of instantaneous energy consumption, EB-peakFor the standard value of peak value energy consumption, EB-single
For the standard value of odd-numbered day total energy consumption, EB-per-hourFor the standard value of energy consumption per hour, EB-oxygenFor the standard value of oxygen concentration,
EB-smokeFor the standard value of smog value, EB-PMIOFor the standard value of inspirable particle concentration value；
Step 5: on-line monitoring in real time judges green index: the data of real-time acquisition system, and is processed into green
Chromogenic indicator；When green index in safe range, then continue to monitor；When green index is outside safe range, then carry out at emergency
Reason；
Step 6: emergency processing: when the instantaneous energy consumption of energy consumption index or excessive peak value energy consumption, central processor equipment control
Relay module closes building electric apparatus, sends energy consumption pre-warning signal to user terminal, transmission alarm signal to alarm；When energy consumption refers to
Target odd-numbered day total energy consumption or when energy consumption is excessive per hour, central processor equipment send energy consumption pre-warning signal to user terminal, send report
Signal is warned to alarm；When the oxygen concentration of environmental index is too low, central processor equipment controls air interchanger work, sends environment
Pre-warning signal to user terminal, send alarm signal to alarm；When the smog value of environmental index is excessive, central processor equipment hair
It send environmental warning signal to user terminal, send alarm signal to alarm；When the inspirable particle concentration value mistake of environmental index
When big, the work of central processor equipment control air purifier sends environmental warning signal to user terminal, transmission alarm signal to report
Alert device；Comprehensive pre-warning index ICEWWhen excessive, central processor equipment sends comprehensive pre-warning signal to user terminal, transmission alarm signal
To alarm.
Specifically, the energy consumption acquisition device of the step 1 includes voltage sensor, current sensor, sampling resistor, electricity
Press capture card, capture card pedestal, voltage sensor, current sensor quantity be 3,3 voltage sensors, 3 electric currents
Sensor detects three-phase voltage and electric current respectively, and voltage sensor, current sensor output are current analog signal, by adopting
Sample resistance is converted to input voltage capture card after voltage analog signal, and the voltage digital signal of last voltage acquisition card output is by adopting
Truck pedestal reaches central processor equipment through data line；Data processing is obtained voltage data, electricity by the central processor equipment
Flow data, voltage data is multiplied by central processor equipment with current data obtains power data, and central processor equipment is by power number
Energy consumption data is obtained according to time integral.
Specifically, the energy consumption acquisition device of the step 1, relay module are powered by independent circuits, relay module
Including several relays.
Specifically, being loaded into control program in the central processor equipment of the step 1；User terminal in the step 2 is
Mobile device with network communication function.
Specifically, the foundation of the database of the step 3 obtains instantaneous energy consumption by equipment in normal use building
Einstant, peak value energy consumption Epeak, odd-numbered day total energy consumption Esingle, energy consumption E per hourper-hourRange, the range of all energy consumption datas
Constitute database.
Specifically, the energy consumption index of the step 4 includes coal gas carbon emission amount Egas=sgas·vgas·tgas·egas,
Middle sgasFor coal gas pipe diameter, vgasFor coal gas gas flow rate, tgasFor gas pipe valve opening time, egasTurn for coal gas carbon emission
Change coefficient.
The course of work of the present invention:
Green environment construction method under a kind of building electric apparatus Collaborative Control of the present invention during the work time, in conjunction with implement into
Row explanation.System is established, including hardware system and software systems；Database is obtained by experiment, green index is established, in conjunction with number
The safe range of green index is set up according to library；On line real-time monitoring adjustment, reply processing when abnormal are green so as to complete one
The building in colour circle border.Specifically, building electric apparatus may include refrigerator, washing machine, water heater, micro-wave oven, electrically driven curtain, user terminal
Application APP on have corresponding control associated with material object, by the foundation of database, obtain instantaneous energy consumption be it is infinitely great, it is super
Energy consumption index range is crossed, while relay powers off, user terminal obtains energy consumption pre-warning signal, alarm equipment alarm.Artificially survey
It is found after testing, the moment that micro-wave oven uses, power is excessive, caused internal overload.
Similar, when the oxygen concentration of environmental index is too low, central processor equipment controls air interchanger work, sends environment
Pre-warning signal to user terminal, send alarm signal to alarm；When the smog value of environmental index is excessive, central processor equipment hair
It send environmental warning signal to user terminal, send alarm signal to alarm；When the inspirable particle concentration value mistake of environmental index
When big, the work of central processor equipment control air purifier sends environmental warning signal to user terminal, transmission alarm signal to report
Alert device；Comprehensive pre-warning index ICEWWhen excessive, central processor equipment sends comprehensive pre-warning signal to user terminal, transmission alarm signal
To alarm.
The present invention carries out green monitoring to environment, only by realizing and carrying out green early warning to resource to power monitoring
Change device, air interchanger improves environment, user terminal display data and warning information, alarm equipment alarm.
Above-described embodiment is the description of the invention, is not limitation of the invention, after any pair of simple transformation of the present invention
Scheme all belong to the scope of protection of the present invention.
Claims (6)
1. the green environment construction method under a kind of building electric apparatus Collaborative Control, it is characterised in that: the following steps are included:
Step 1: building electric apparatus installation, hardware system are established: the building electric apparatus is the electrical equipment being installed in building, is built
Building electric appliance includes infrastructure device, common apparatus, personalized electric appliance；Building electric apparatus is arranged in building, oxygen concentration is sensed
Device, smoke sensor device, pellet sensor, air purifier, air interchanger are installed on each room in building
It is interior, above-mentioned all devices are connected into relay module, energy consumption acquisition device access building general supply is spaced apart；By above-mentioned institute
There are equipment and central processor equipment to network, central processor equipment and cloud platform are connected to the network；
Step 2: software systems are established: by user terminal by network connection cloud platform, interior be equipped with of user terminal applies APP, application
APP includes plan view, virtual control, data interface, set interface, early warning interface, the corresponding building object plane of plan view；Virtual control
Part is associated by network and program code with building electric apparatus, electrically driven curtain, air purifier；Data interface is for showing energy consumption
Curve, energy consumption data, oxygen concentration, smoke data, inspirable particle concentration, the energy consumption data include instantaneous energy consumption, peak value
Energy consumption, odd-numbered day total energy consumption, per hour energy consumption；Set interface is for being arranged early warning limit；Early warning interface is for showing green index
And flashing early warning；
Step 3: the foundation of database: database includes normal energy consumption data, and energy consumption data obtains electricity by energy consumption acquisition device
It is obtained after pressure, current data through being handled by central processor equipment；
Step 4: the foundation of green index: green index includes energy consumption index, environmental index, comprehensive pre-warning index；Energy consumption indexWherein EinstantFor instantaneous energy consumption, EpeakFor peak value energy consumption, EsingleFor
Odd-numbered day total energy consumption, Eper-hourFor energy consumption per hour；Environmental indexWherein Eoxygen
For oxygen concentration, EsmokeFor smog value, EPMIOFor inspirable particle concentration value；Comprehensive pre-warning indexWherein α, β,
γ, δ, ε, η, λ are weight coefficient, EB-instantFor the standard value of instantaneous energy consumption, EB-peakFor the standard value of peak value energy consumption, EB-single
For the standard value of odd-numbered day total energy consumption, EB-per-hourFor the standard value of energy consumption per hour, EB-oxygenFor the standard value of oxygen concentration,
EB-smokeFor the standard value of smog value, EB-PMIOFor the standard value of inspirable particle concentration value；
Step 5: on-line monitoring in real time judges green index: the data of real-time acquisition system, and is processed into green and refers to
Mark；When green index in safe range, then continue to monitor；When green index is outside safe range, then emergency processing is carried out；
Step 6: emergency processing: when the instantaneous energy consumption of energy consumption index or excessive peak value energy consumption, central processor equipment controls relay
Device module closes building electric apparatus, sends energy consumption pre-warning signal to user terminal, transmission alarm signal to alarm；When energy consumption index
Odd-numbered day total energy consumption or when energy consumption is excessive per hour, central processor equipment send energy consumption pre-warning signal to user terminal, send alarm signal
Number to alarm；When the oxygen concentration of environmental index is too low, central processor equipment controls air interchanger work, sends environmental warning
Signal to user terminal, send alarm signal to alarm；When the smog value of environmental index is excessive, central processor equipment sends ring
Border pre-warning signal to user terminal, send alarm signal to alarm；When the inspirable particle concentration value of environmental index is excessive,
Central processor equipment controls air purifier work, sends environmental warning signal to user terminal, transmission alarm signal to alarm；
Comprehensive pre-warning index ICEWWhen excessive, central processor equipment sends comprehensive pre-warning signal to user terminal, transmission alarm signal to alarm
Device.
2. the green environment construction method under a kind of building electric apparatus Collaborative Control as described in claim 1, it is characterised in that: institute
The energy consumption acquisition device for stating step 1 includes voltage sensor, current sensor, sampling resistor, voltage acquisition card, capture card bottom
Seat, voltage sensor, current sensor quantity be 3,3 voltage sensors, 3 current sensors detect three-phase respectively
Voltage and current, voltage sensor, current sensor output are current analog signal, are converted to voltage-mode by sampling resistor
The voltage digital signal of input voltage capture card after quasi- signal, last voltage acquisition card output is passed by capture card pedestal through data line
To central processor equipment；Data processing is obtained voltage data, current data, central processor equipment by the central processor equipment
Voltage data is multiplied with current data and obtains power data, power data is obtained energy consumption to time integral by central processor equipment
Data.
3. the green environment construction method under a kind of building electric apparatus Collaborative Control as described in claim 1, it is characterised in that: institute
State the energy consumption acquisition device of step 1, relay module is powered by independent circuits, relay module includes several relays.
4. the green environment construction method under a kind of building electric apparatus Collaborative Control as described in claim 1, it is characterised in that: institute
It states and is loaded into control program in the central processor equipment of step 1；User terminal in the step 2 is with network communication function
Mobile device.
5. the green environment construction method under a kind of building electric apparatus Collaborative Control as described in claim 1, it is characterised in that: institute
The foundation of the database of step 3 is stated by equipment in normal use building, obtains instantaneous energy consumption Einstant, peak value energy consumption
Epeak, odd-numbered day total energy consumption Esingle, energy consumption E per hourper-hourRange, the ranges of all energy consumption datas constitutes database.
6. the green environment construction method under a kind of building electric apparatus Collaborative Control as described in claim 1, it is characterised in that: institute
The energy consumption index for stating step 4 includes coal gas carbon emission amount Egas=sgas·vgas·tgas·egas, wherein sgasIt is straight for gas pipe
Diameter, vgasFor coal gas gas flow rate, tgasFor gas pipe valve opening time, egasFor coal gas carbon emission transformation ratio.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811294961.2A CN109541996A (en) | 2018-11-01 | 2018-11-01 | A kind of green environment construction method under building electric apparatus Collaborative Control |
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| CN201811294961.2A CN109541996A (en) | 2018-11-01 | 2018-11-01 | A kind of green environment construction method under building electric apparatus Collaborative Control |
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ID=65845901
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|---|---|---|---|---|
| CN101393451A (en) * | 2007-09-19 | 2009-03-25 | 谭雄 | Construction energy-conserving control method and system |
| US20110231320A1 (en) * | 2009-12-22 | 2011-09-22 | Irving Gary W | Energy management systems and methods |
| CN105425711A (en) * | 2016-01-20 | 2016-03-23 | 安徽南瑞继远电网技术有限公司 | Integrated management system of intelligent building |
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Application publication date: 20190329 |
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