CN207365324U - A kind of big data intelligent air condition equipment with household metering - Google Patents
A kind of big data intelligent air condition equipment with household metering Download PDFInfo
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- CN207365324U CN207365324U CN201721129776.9U CN201721129776U CN207365324U CN 207365324 U CN207365324 U CN 207365324U CN 201721129776 U CN201721129776 U CN 201721129776U CN 207365324 U CN207365324 U CN 207365324U
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- temperature controller
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- metering
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Abstract
The utility model discloses a kind of big data intelligent air condition equipment with household metering, including air-conditioner host, for measuring total end energy consumption measure table of air-conditioner host energy consumption, air-conditioner host is connected with system pipeline, system pipeline is connected by multiple branch pipes with multiple end-equipments, digital regulated valve is separately installed with each branch pipe, further include wireless metering temperature controller, flow velocity measurement module in each branch pipe, data gateway, wireless metering temperature controller and corresponding digital regulated valve, end-equipment control connection, flow velocity measurement module is connected with wireless metering temperature controller wireless telecommunications, data gateway holds energy consumption measure table with total respectively, wireless metering temperature controller communication connection, data gateway is also communicated with cloud server and connected.The utility model can accurately record the energy of each end-equipment consumption in real time, so as to realize a point possibility for family subset charge.
Description
Technical field
Field of heating ventilation air conditioning is the utility model is related to, is specifically a kind of big data intelligent air condition with household metering
Equipment.
Background technology
With the development of society, domestic construction energy consumption accounts for the proportion of social total energy consumption up to 30%, and still in a growth
Process.Research shows that the energy consumption of central air-conditioning accounts for the 45% of building total energy consumption, is the important component of building energy consumption.One
The secondary energy conservation measure to central air conditioner system, helping, which reduces social energy consumption, saves social resources.
Due to existing central air conditioner system, do not possess point family or equipment or equipment end traffic statistic function, in existing
Centre air-conditioning charging system is used shares tune expense by area.There are a series of irrationality, such as place institute for this charge method
The function of using and business hours section and thermic load amount are all there is difference, and existing central air conditioner system is if it is desired to reach
, it is necessary in each point of family entrance installation flowmeter or calorimeter, this way one input cost at initial stage is high, and is for accurate measurement
System component increase necessarily causes failure rate to increase.Secondly each household metering table needs manually periodically meter reading statistics, expend substantial amounts of
Manpower and materials.From the point of view of long term growth, existing central air-conditioning charging system can not meet the needs of market.
Utility model content the purpose of this utility model is to provide a kind of big data Intelligent air with household metering
Equipment is adjusted, to solve the prior art because air conditioner end equipment specifically can not count energy consumption in point family, and uses and shares tune expense by area
Unreasonable charge system the problem of.
In order to achieve the above object, technical solution is used by the utility model：
A kind of big data intelligent air condition equipment with household metering, it is characterised in that：Including air-conditioner host, and
For measuring total end energy consumption measure table of air-conditioner host energy consumption, air-conditioner host is connected with system pipeline by pump group auxiliary device,
System pipeline is connected one to one by multiple branch pipes and multiple end-equipments, is separately installed with each branch pipe digital regulated
Valve, further includes wireless metering temperature controller, the flow velocity measurement module in each branch pipe for being configured at each end-equipment, with
And data gateway, the wireless metering temperature controller are wirelessly controlled with corresponding digital regulated valve, end-equipment respectively
Connection, the flow velocity measurement module are connected with corresponding wireless metering temperature controller wireless telecommunications, and the data gateway passes through wireless
Mode is connected with total end energy consumption measure table, wireless metering temperature controller communication respectively, and data gateway is also taken by internet and high in the clouds
Business device communication connection.
A kind of big data intelligent air condition equipment with household metering, it is characterised in that：Total end energy
Consumption gauge table is the intelligent energy consumption table with wireless communication function.
A kind of big data intelligent air condition equipment with household metering, it is characterised in that：The flow velocity is surveyed
Amount module has wireless communication function.
In the utility model, the wireless temperature controller that measures obtains each digital regulated valve state change duration t, valve
Branch flow velocity V in door open degree a and branch pipe, and passes through data network by time t, valve opening degree a and branch flow speed data v
Pass is sent to cloud server, while total energy consumption data are sent to cloud service by total end energy consumption measure table by data gateway
Device, branch of the cloud server in each digital regulated valve state change duration t, valve opening degree a and branch pipe
Road flow velocity V, with reference to known branch pipe sectional area S, is calculated flow G, G=a × S × V × t of each branch, and according to each
The flow G of branch can obtain total flow, and last cloud server accounts for the ratio of total flow according to each bypass flow G, uses ratio
It is multiplied by total energy consumption and can obtain the energy consumption of each branch, and then can obtain the energy consumption cost of each branch.
The utility model can avoid the use of flowmeter, calorimeter, by air-conditioning original end-equipment that data are wireless
Reach large data center and carry out accurate measurement to each end cold, so as to realize a point possibility for family subset charge, section
The expense of original individual household metering device is saved；At the same time by the utilization of wireless technology, each end-equipment of statistics can be managed concentratedly
Flow service condition.By wireless technology real-time Transmission recording terminal end device data, establish that database analysis is large-scale public to be built
The energy-saving potential built, so as to further implement building energy-saving renovation.User's reasonable employment air-conditioning can be advocated again at the same time, actively saved
It is avoided that the waste of the energy.
Brief description of the drawings
Fig. 1 is the utility model structure principle chart.
Fig. 2 is the utility model network topology structure figure.
Embodiment
As shown in Figure 1 and Figure 2, a kind of big data intelligent air condition equipment with household metering, including air-conditioner host 1,
And for measuring total end energy consumption measure table 7 of air-conditioner host energy consumption, air-conditioner host 1 is connected with system by pump group auxiliary device
Pipeline 2, system pipeline 2 are connected one to one by multiple branch pipes and multiple end-equipments 3, and number is separately installed with each branch pipe
Regulation valve 4, further includes the wireless metering temperature controller 5 for being configured at each end-equipment 3, the flow velocity survey in each branch pipe
Measure module, and data gateway 8, it is wireless measure temperature controller 5 wirelessly respectively with corresponding digital regulated valve 4, end
The control connection of equipment 3, flow velocity measurement module are connected with 5 wireless telecommunications of corresponding wireless metering temperature controller, and data gateway 8 passes through nothing
Line mode is connected with total end energy consumption measure table 7, wireless metering temperature controller 5 communication respectively, data gateway 8 also by internet 9 with
The communication connection of cloud server 10.
Total end energy consumption measure table 7 is the intelligent energy consumption table with wireless communication function.
Flow velocity measurement module has wireless communication function.
The utility model is that digital regulated valve 4, wireless metering temperature controller 5, energy are provided with whole central air conditioner system
Consumption gauge table 7, data gateway 8 and distal end are equipped with cloud server 10.Digital regulated valve 4 is installed on returning for end-equipment 3
In water lines, it is wireless measure temperature controller 5 can the digital regulated valve 4 of wireless control open and close and opening angle and time, and
And the open and close of end-equipment 3 and low- medium- high level wind speed is also controlled to adjust at the same time.Wireless metering temperature controller 5 and end-equipment 3
Controlled using wireless transmission signal mode between digital regulated valve 4, in the intelligent energy consumption table 7 of total end installation and periodically led to energy consumption
Cross intelligent gateway and power consumption values are transmitted to cloud server.Treat that installation is complete for whole central air conditioner system, system equipment is all beaten
Open, it is after valve is all turned on commissioning test qualification, the pipeline section valve of each end-equipment branch is fully open to maximum stream flow Q's
Under state, each branch circulatory mediator flow velocity is measured by external flow velocity survey tool, and by each branch circulatory mediator flow velocity
Numerical value and the input of end pipe diameter numerical value wirelessly on metering temperature controller 5, that is, complete the matching of end system branch flow velocity and mark
It is fixed.
When systems are functioning properly, wirelessly metering temperature controller automatically controls opening for digital regulated valve valve according to design temperature
Pass and opening degree, and the data under different operating modes are transmitted to data gateway by wirelessly measuring temperature controller in real time, then lead to
Cross data gateway and be sent to cloud server.Beyond the clouds in server record storage and carry out data calculate analysis, form each ginseng
Several curve maps.Cloud server carries out block data processing according to each data gateway branch, by each wireless meter in data gateway
The data of amount temperature controller transmission are recorded and added up and data calculate analysis.
Bypass flow is calculated according to equation below under each wireless metering a certain state of temperature controller：
G=a×S×V×t
a：Valve opening degree
G：Bypass flow
S：Pipe section accumulates
V：Branch flow velocity
t：Valve state changes duration
Each bypass flow calculates each flow number for changing node time section respectively by continually changing valve operating state
Value, and timing, settled date, determine the moon and collect each bypass flow data G.
The data on flows of 1 branch of end-equipment is G1, and the data on flows of 2 branch of end-equipment is G2 ..., end-equipment n
Data on flows be Gn.
Q is total=G1+G2+G3+G4+......+Gn
It is total according to the total energy consumption numerical value E that intelligent energy consumption table transmits, account for percentages by each bypass flow and calculate each end and set
Standby energy consumption：
One energy consumption calculation of end-equipment, one flow number of end-equipment are G1, and total flow numerical value is total for Q, and end-equipment 1 flows
Amount accounting is X1（X1+X2+ X3+ X4+……+Xn=100%）.
X1=G1/Q is always × 100%
X2=G2/Q is always × 100% ...
One energy consumption E1=X1 of end-equipment × E is total, and two energy consumption E1=X2 of end-equipment × E is total ..., and so on.
Air conditioning terminal measurement of discharge system utilizes computer and wireless communication technique, forms a comprehensive meterage system
System.Each individually end-equipment measurement of discharge system, by wirelessly measuring temperature controller by each end-equipment and digital regulated valve
Operation condition real time data is transferred on cloud server by wireless communication mode, cloud server records data,
Analyzing and processing, is looked into according to the water flow evaluation that each end branch passed through, the accounting that consumes energy, dynamic monitoring, historical data
Ask, comprehensive analysis.Energy consumption report can be automatically generated and provide data supporting for rational energy allotment, provided for energy automatic management
Means.
Claims (3)
- A kind of 1. big data intelligent air condition equipment with household metering, it is characterised in that：Including air-conditioner host, Yi Jiyong In total end energy consumption measure table of metering air-conditioner host energy consumption, air-conditioner host is connected with system pipeline by pump group auxiliary device, is Road under the overall leadership is connected one to one by multiple branch pipes and multiple end-equipments, and digital regulated valve is separately installed with each branch pipe, Wireless metering temperature controller, the flow velocity measurement module in each branch pipe for being configured at each end-equipment are further included, and Data gateway, the wireless metering temperature controller wirelessly connect with corresponding digital regulated valve, end-equipment control respectively Connect, the flow velocity measurement module is connected with corresponding wireless metering temperature controller wireless telecommunications, and the data gateway passes through wireless parties Formula is connected with total end energy consumption measure table, wireless metering temperature controller communication respectively, and data gateway also passes through internet and cloud service Device communication connection.
- A kind of 2. big data intelligent air condition equipment with household metering according to claim 1, it is characterised in that： Total end energy consumption measure table is the intelligent energy consumption table with wireless communication function.
- A kind of 3. big data intelligent air condition equipment with household metering according to claim 1, it is characterised in that： The flow velocity measurement module has wireless communication function.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721129776.9U CN207365324U (en) | 2017-09-05 | 2017-09-05 | A kind of big data intelligent air condition equipment with household metering |
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| CN201721129776.9U CN207365324U (en) | 2017-09-05 | 2017-09-05 | A kind of big data intelligent air condition equipment with household metering |
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| CN207365324U true CN207365324U (en) | 2018-05-15 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107736084B (en) * | 2016-12-28 | 2019-01-15 | 深圳力维智联技术有限公司 | A kind of central refrigerating energy consumption apportioning method and device |
| CN111667637A (en) * | 2020-05-11 | 2020-09-15 | 中外运冷链物流有限公司 | Method for calculating electricity charge of single refrigeration house of centralized refrigeration system |
| WO2022088895A1 (en) * | 2020-11-02 | 2022-05-05 | 重庆海尔空调器有限公司 | Information processing method and information processing device for shared air-conditioning system |
-
2017
- 2017-09-05 CN CN201721129776.9U patent/CN207365324U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107736084B (en) * | 2016-12-28 | 2019-01-15 | 深圳力维智联技术有限公司 | A kind of central refrigerating energy consumption apportioning method and device |
| CN111667637A (en) * | 2020-05-11 | 2020-09-15 | 中外运冷链物流有限公司 | Method for calculating electricity charge of single refrigeration house of centralized refrigeration system |
| WO2022088895A1 (en) * | 2020-11-02 | 2022-05-05 | 重庆海尔空调器有限公司 | Information processing method and information processing device for shared air-conditioning system |
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