CN109816548A - A kind of building energy efficiency management system and method - Google Patents
A kind of building energy efficiency management system and method Download PDFInfo
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- CN109816548A CN109816548A CN201711163109.7A CN201711163109A CN109816548A CN 109816548 A CN109816548 A CN 109816548A CN 201711163109 A CN201711163109 A CN 201711163109A CN 109816548 A CN109816548 A CN 109816548A
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Abstract
This application discloses a kind of building energy efficiency management system and methods, wherein, the building energy efficiency management system includes acquisition module and statistical module, wherein, the acquisition module is for obtaining the building energy consumption continuous data including statistics for building energy consumption information and mark information, and the statistical module is transferred to be counted and calculated, to obtain the managing power consumption data of each building；Realizing the energy consumption measure data for obtaining each building automatically, and the energy consumption measure data of acquisition are counted and calculated, to obtain the purpose of the managing power consumption data of each building, reduce the manpower of the required investment in building energy consumption management process, the acquisition difficulty of the energy consumption measure data after building comes into operation is also reduced, to realize that building is laid a good foundation in newly-built, transformation and the managing power consumption in.
Description
Technical field
This application involves information technology fields, more specifically to a kind of building energy efficiency management system and method.
Background technique
Construction industry is one of maximum industry of consumed resource, and advocating energy-saving design in process of architecture design can be a large amount of
Ground reduces the consumption to natural resources, reduces pollution on the environment and destruction, facilitates the holding of the ecological balance.
During planning, design, creating, being transformed and use building, on the one hand energy-saving design in construction is primarily referred to as
Meet building using function and the esthetic requirement of people；On the other hand it also needs that power-saving technology is combined to apply to design
In, the consumption of building energy is reduced as much as possible.In China, building energy consumption accounts for about 27% of total energy consumption or more, building energy consumption after
Industrial energy consumption, traffic energy consumption become the third-largest major part of AND ENERGY RESOURCES CONSUMPTION IN CHINA, the annual town and country newly constructed house building sides in China
Nearly 2,000,000,000 square metres of product, wherein 80% the above are high energy consumption buildings, that is, have nearly 40,000,000,000 square metres of construction area, wherein 95% with
On be high energy consumption building.
China starts late in terms of building energy efficiency, and not only energy consumption is high for building, but also efficiency of energy utilization is very low, and unit is built
It builds energy consumption and is higher by 2-3 times than the country under same weather conditions.The large public building of early stage considers not energy saving relevant issues
More, the amount of energy saving monitoring of building examines that confirmation lacks necessary technological means, when needing to carry out the management of building energy consumption, needs
It periodically to dispatch officers to on-site test, expend great effort and expense.But due to periodically dispatching officers to the side of on-site test building energy consumption
Formula not only needs to expend a large amount of manpower, and the acquisition of the consumption information after building comes into operation is made there are larger difficulty
Lasting problem is difficult at energy-saving effect.
Summary of the invention
In order to solve the above technical problems, the present invention provides a kind of building energy efficiency management system and method, it is automatic to realize
The energy consumption measure data of each building are obtained, and the energy consumption measure data of acquisition are counted and calculated, to obtain each build
The purpose for the managing power consumption data built reduces the manpower of the required investment in building energy consumption management process, also reduces and is building
Build the acquisition difficulty of energy consumption measure data after coming into operation.
To realize the above-mentioned technical purpose, the embodiment of the invention provides following technical solutions:
A kind of building energy efficiency management system, comprising: acquisition module and statistical module；Wherein,
For the acquisition module for obtaining building energy consumption continuous data, the energy consumption measure data include statistics for building energy consumption
Information and mark information, the statistics for building energy consumption information include each equipment energy consumption statistical information and each equipment running status letter
Breath, the mark information are used to mark the affiliated architecture information of the statistics for building energy consumption information；
The statistical module is for being counted and being calculated according to the building energy consumption continuous data of acquisition, to obtain each build
The managing power consumption data built, the managing power consumption data include: equipment running status data, all kinds of energy consumption statistic data and efficiency
Correlation data.
Optionally, the statistical module is also used to divide energy consumption statistic information according to the mark information of each building
Class, and summarize data using sorted energy consumption statistic information formation zone energy consumption, data are summarized to the region energy consumption and are carried out
Classification, and data are summarized to region energy consumption at different levels and are classified, summarize data correlation different stage for region energy consumption at different levels
Search access right.
Optionally, the statistical module is also used to after receiving account creation instruction, and creation refers to the account creation
The account of corresponding level is enabled, different stage account has the search access right of corresponding level；
The statistical module is also used to the rank according to current logon account, and the region energy consumptions at different levels are summarized in data
The information that rank is equal to or less than current logon account rank summarizes data and is shown.
Optionally, the energy consumption statistic information include: water energy statistical information, it is electric energy statistical information, combustion gas statistical information, cold
It can statistical information, thermal energy statistical information, power quality statistical information, interior environment statistical information and external environment statistical information.
Optionally, the cold energy statistical information includes: refrigeration station Efficiency Statistics information, cold efficiency statistical information and freezing
Water transport factor statistical information.
A kind of building energy efficiency managing method, comprising:
Building energy consumption continuous data is obtained, the energy consumption measure data include statistics for building energy consumption information and mark information,
The statistics for building energy consumption information includes each equipment energy consumption statistical information and each equipment running status information, and the mark information is used
In the affiliated architecture information for marking the statistics for building energy consumption information；
It is counted and is calculated according to the building energy consumption continuous data of acquisition, to obtain the managing power consumption number of each building
According to the managing power consumption data include: equipment running status data, all kinds of energy consumption statistic data and efficiency correlation data.
Optionally, described to be counted and calculated according to the building energy consumption continuous data of acquisition, to obtain each building
After managing power consumption data further include:
Classified according to the mark information of each building to energy consumption statistic information, and is believed using sorted energy consumption statistic
Breath formation zone energy consumption summarizes data, summarizes data to the region energy consumption and is classified, and summarizes to region energy consumption at different levels
Data are classified, and the search access right of data correlation different stage is summarized for region energy consumption at different levels.
Optionally, described to be counted and calculated according to the building energy consumption continuous data of acquisition, to obtain each building
After managing power consumption data further include:
After receiving account creation instruction, the account of creation and account creation instruction corresponding level, different stage
Account has the search access right of corresponding level；
According to the rank of current logon account, the region energy consumptions at different levels are summarized into data middle rank and are not equal to or less than currently
The information of logon account rank summarizes data and is shown.
Optionally, the energy consumption statistic information include: water energy statistical information, it is electric energy statistical information, combustion gas statistical information, cold
It can statistical information, thermal energy statistical information, power quality statistical information, interior environment statistical information and external environment statistical information.
Optionally, the cold energy statistical information includes: refrigeration station Efficiency Statistics information, cold efficiency statistical information and freezing
Water transport factor statistical information.
It can be seen from the above technical proposal that the embodiment of the invention provides a kind of building energy efficiency management system and method,
Wherein, the building energy efficiency management system includes acquisition module and statistical module, wherein the acquisition module, which is used to obtain, includes
The building energy consumption continuous data of statistics for building energy consumption information and mark information, and the statistical module is transferred to be counted and counted
It calculates, to obtain the managing power consumption data of each building；Realizing the energy consumption measure data for obtaining each building automatically, and to obtaining
The energy consumption measure data taken are counted and are calculated, and to obtain the purpose of the managing power consumption data of each building, are reduced and are being built
The manpower put into needed for building managing power consumption in the process, the acquisition for also reducing the energy consumption measure data after building comes into operation are difficult
Degree, to realize that building is laid a good foundation in newly-built, transformation and the managing power consumption in.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis
The attached drawing of offer obtains other attached drawings.
Fig. 1 is a kind of structural schematic diagram for building energy efficiency management system that one embodiment of the application provides；
Fig. 2 is a kind of flow diagram for building energy efficiency managing method that one embodiment of the application provides；
Fig. 3 is a kind of flow diagram for building energy efficiency managing method that another embodiment of the application provides；
Fig. 4 is a kind of flow diagram for building energy efficiency managing method that another embodiment of the application provides.
Specific embodiment
The beginning of this century, as the rise of energy prices, environmental problem highlight, holding power that government develops energy conservation service
Degree increases year by year, and the country gradually starts to pay attention to building energy conservation.But there is asking for " reconstruction being set, light to safeguard " in current most of buildings
Topic lacks analysis and follow-up to energy-conservation achievement, effect, energy-saving effect is caused to be difficult to lasting problem after the completion of reducing energy consumption.
Platform is managed by flexible expansible green building energy consumption monitoring, can realize that green building energy consumption monitoring manages platform well
Information exchange and data sharing are realized between each groups of building, undertake task of information exchange is carried out with other groups of building, while can be very
Support well and ensure to be that client provides intelligent, diversified energy conservation service, realize with client's progress energy stream, information flow,
The friendly interaction of Business Stream, promotes the quality and level of customer service.
Serviced component architecture (SCA) is a specification, it is described for using SOA building application program and system
Model.Flexibility to realize platform is expansible, our platform is developed according to SCA specification.SCA is by business function encapsulation
For component (Component) and it is provided out service, new application is built by the assembling of different services.SCA is most crucial
Concept are as follows: component (Component), service (Service), reference (Reference) and component are realized
(Implementation).Component is the example of configured realization, realizes then it is the basic physical unit for completing member function.
SDO is the data access specification of SCA, it can be accessed and be controlled the data from different data sources with helper person, including be closed
It is database, XML data source and enterprise's application etc..The key concept of SDO is data object (DataObject), datagram
(Data Graph) and data access service (Data Access Services, DAS).More services channels, service equipment are compatible
Technology is based on communication part technology, and the communication part of different services channels, service equipment is adapted to according to communication part interface exploitation,
Using component either statically or dynamically package technique, realize different service equipments compatibility and Content of communciation it is adaptive.
Research is based on enterprise architecture (EA) design methodology, by building the research of efficiency business model, to green building
Data structure, the functional module of energy consumption monitoring management platform are analyzed, and appropriate core algorithm, Developing Green building energy consumption are selected
Monitoring management platform architecture Technology of Flexibility architecture design proposes standards system and key technology implementation method.
The component technology of building energy consumption monitoring management bottom data model maintenance is studied, realizes that data pattern can be according to building
It builds the variation of efficiency business demand neatly to define and correct, explores and research is suitable for the journey that underlying model is separated with front end applications
Sequence development specifications is used for canonical system development process, is reduced to underlying model adjustment most to system development, front-end interface adjustment
Low degree.The model management technology based on metadata of research, including model fabric, model and front-end business mapping, model
Structural adjustment influences consanguinity analysis technical research.
The extensible technique of logic is applied in research, and realizing can be adjusted flexibly and combine using logic, adapts to dynamic change
Business demand；Research shows the Technology of Flexibility at interface, and realization is flexibly provided according to user demand shows pattern, and can be flexible
Configuration, shows demand according to the different business of building energy consumption integrated control, need to formulate unified information resources and show mode and exhibition
Existing style, and from visualization technique, access the research work that two levels show interface Technology of Flexibility by all kinds of means；It studies more
The flexible integration and regulation technique of operation flow and service need for the flexible integration for effectively realizing multi-service flow and service
Information system supports the dynamic combined of each operation system process and adjusts and monitor, and formulates standardized integrated interface service,
It establishes enterprises service library and realizes that the analysis to all kinds of services monitors.
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
The embodiment of the present application provides a kind of building energy efficiency management system, as shown in Figure 1, comprising: acquisition module 100 and system
Count module 200；Wherein,
For the acquisition module 100 for obtaining building energy consumption continuous data, the energy consumption measure data include building energy consumption
Statistical information and mark information, the statistics for building energy consumption information include each equipment energy consumption statistical information and each equipment running status
Information, the mark information are used to mark the affiliated architecture information of the statistics for building energy consumption information；
The statistical module 200 is each to obtain for being counted and being calculated according to the building energy consumption continuous data of acquisition
The managing power consumption data of a building, the managing power consumption data include: equipment running status data, all kinds of energy consumption statistic data and
Efficiency correlation data.
It should be noted that the acquisition module 100 needs to connect the headend equipment in each building, the headend equipment
Including but not limited to: acquiring energy consumption measure table, the environment detector for acquiring environmental data and the acquisition of all kinds of Energy consumptions
The Power Quality Detection instrument of power quality；Wherein, the energy consumption measure table includes but is not limited to: acquiring ammeter, the acquisition of electric energy
The heat energy meter of thermal energy, the water meter for acquiring waterpower resourses, the gas meter for acquiring tolerance and the cold meter for acquiring cooling capacity.Wherein, tolerance
Refer to natural gas or combustion gas, cooling capacity indicates cold air flow.
It is institute in embodiment in one of the application so correspondingly, according to the device category that the headend equipment includes
Stating each equipment energy consumption statistical information includes: electric energy energy consumption statistic data, waterpower resourses energy consumption statistic data, power quality statistical number
According to, tolerance energy consumption statistic data and cooling capacity energy consumption statistic data.Correspondingly, in the other embodiments of the application, it is described respectively to set
Standby energy consumption statistic information can also include: thermal energy energy consumption statistic data, fuel oil energy consumption statistic data and coal energy consumption statistic data
Deng.The application to this and without limitation, specifically depending on actual conditions.
In order to realize that the data between acquisition module 100 and statistical module 200 circulate, the acquisition module 100 and statistics
Need to realize the conversion and/or transmission of data between module 200 by a transmission device；The transmission device includes but not
It is limited to: web-transporting device, serial communication transmission device and mobile communication transmission equipment；Wherein, optionally, web-transporting device
It can be TCP/IP web-transporting device, serial communication transmission device can be logical for RS485 serial communication equipment or RS232 serial ports
Believe equipment, mobile communication transmission equipment can be 2G/3G/4G telecommunication transmission equipment.The application is to this and without limitation, specific to regard
Depending on actual conditions.
As mentioned previously, in order to realize that data pattern that statistical module 200 is suitable for can be according to building efficiency business
Changes in demand is neatly defined and is corrected, and the statistical module 200 is preferably based on building energy consumption monitoring management bottom data model
Safeguard component technology and the building of metadata schema administrative skill.And the data exhibiting interface of the statistical module 200 in order to
Enough flexibly provided according to user demand shows pattern, and can flexible configuration, according to the not of the same trade or business of building energy consumption integrated control
Business show demand, unified information resources need to be formulated and show mode and show style, and from visualization technique, access two by all kinds of means
A level shows the research work of interface Technology of Flexibility, for the flexible integration for effectively realizing multi-service flow and service, needs
It wants information system to support the dynamic combined of each operation system process and adjust and monitor, formulates standardized integrated interface clothes
Business establishes enterprises service library and realizes that the analysis to all kinds of services monitors.
In building energy efficiency management system provided by the embodiments of the present application, the acquisition module 100 includes building for obtaining
The building energy consumption continuous data of energy consumption statistic information and mark information is built, and the statistical module 200 is transferred to be counted and counted
It calculates, to obtain the managing power consumption data of each building；Realizing the energy consumption measure data for obtaining each building automatically, and to obtaining
The energy consumption measure data taken are counted and are calculated, and to obtain the purpose of the managing power consumption data of each building, are reduced and are being built
The manpower put into needed for building managing power consumption in the process, the acquisition for also reducing the energy consumption measure data after building comes into operation are difficult
Degree, to realize that building is laid a good foundation in newly-built, transformation and the managing power consumption in.
It should also be noted that, the efficiency correlation data refers to according to the acquisition of all kinds of energy consumption statistic data to all kinds of energy
Imitate real-time scoring and the comparing result of local energy consumption standard of index.
On the basis of the above embodiments, in one embodiment of the application, the statistical module 200 is also used to basis
The mark information of each building classifies to energy consumption statistic information, and utilizes sorted energy consumption statistic information formation zone energy
Consumption summarizes data, summarizes data to the region energy consumption and is classified, and summarizes data to region energy consumption at different levels and be classified,
Summarize the search access right of data correlation different stage for region energy consumption at different levels.
It is built it should be noted that having described in label in the building energy consumption continuous data of the acquisition module 100 acquisition
Build the mark information of the affiliated architecture information of energy consumption statistic information, wherein the architecture information includes but is not limited to the building
Geographical location and title；After so getting statistics for building energy consumption information and mark information at the same time, mark information can be passed through
The architecture information of carrying carries out classification and collect statistics to the statistics for building energy consumption information for belonging to the same area, obtains a certain region
Region energy consumption summarize data.
For region, the same province, city, county, township, village or even the same street can be.So in the present embodiment
In, so that it may it does one for the building energy consumption information in the same region and summarizes, and different region energy consumptions at different levels are summarized
Data are classified, and the search access right of data correlation different stage is summarized for region energy consumption at different levels.Think the pipe of different stage
Reason person can check that the region energy consumption in different stage region summarizes data and lays a good foundation.
On the basis of the above embodiments, in another embodiment of the application, the statistical module 200 is also used to
Receive account creation instruction after, creation with the account creation instruction corresponding level account, different stage account have pair
Answer the search access right of rank；
The statistical module 200 is also used to the rank according to current logon account, by the region energy consumption total amounts at different levels
Summarize data according to the information that middle rank is equal to or less than current logon account rank to be shown.
In the present embodiment, the statistical module 200 can be by obtaining account creation instruction with the interactive interface of user
And log-in instruction, realize the creation and login of the account of different stage, and the statistical module 200 is also by different stage
Account summarizes data with the region energy consumptions at different levels and associates；The logon account for being embodied as different stage provides different inquiries
The purpose of permission.
Specifically, for example, be stored with provincial account, city-level account and monomer account in the statistical module 200, when with
When family passes through provincial Account Logon, it can check that the region energy consumption of the whole province summarizes data, the region energy consumption in each city summarizes data
Summarize data with the region energy consumption of each building concentration；And when user passes through city-level Account Logon, it can check the area of this city
The region energy consumption that domain energy consumption summarizes each building concentration within the scope of data and this city summarizes data；When user is stepped on by monomer account
When record, it may only check that the region energy consumption of building concentration corresponding with the monomer account summarizes data.
Optionally, the energy consumption statistic information include: water energy statistical information, it is electric energy statistical information, combustion gas statistical information, cold
It can statistical information, thermal energy statistical information, power quality statistical information, interior environment statistical information and external environment statistical information.
But need to cold energy statistical information carry out it is specifically monitored, the cold energy statistical information include but
It is not limited to: refrigeration station Efficiency Statistics information, cold efficiency statistical information and freezing water transport factor statistical information；It is cold by acquiring
It stands operating parameter, indicates the real-time scoring of energy efficiency indexes, analyze cold station operating condition in combination with model algorithm, reject and suggest setting
The O&Ms suggestions such as standby switching on and shutting down number of units, optimization equipment operation in conjunction with the energy conservation by statistical module 200 and manage energy conservation and are built
The reasonable energy efficiency management in building is built, is increased economic efficiency and environmental benefit.
Building energy efficiency managing method provided by the embodiments of the present application is described below, building efficiency pipe described below
Reason method can correspond to each other reference with above-described building energy efficiency management system.
Correspondingly, the embodiment of the present application also provides a kind of building energy efficiency managing method, as shown in Fig. 2, the building energy
Imitating management method includes:
S101: building energy consumption continuous data is obtained, the energy consumption measure data include statistics for building energy consumption information and label
Information, the statistics for building energy consumption information include each equipment energy consumption statistical information and each equipment running status information, the label
Information is used to mark the affiliated architecture information of the statistics for building energy consumption information；
S102: being counted and calculated according to the building energy consumption continuous data of acquisition, to obtain the energy consumption pipe of each building
Data are managed, the managing power consumption data include: equipment running status data, all kinds of energy consumption statistic data and efficiency correlation data.
It should be noted that when obtaining building energy consumption continuous data, need to acquire before equipment connects in each building
End equipment, the headend equipment includes but is not limited to: acquiring energy consumption measure table, the acquisition environmental data of all kinds of Energy consumptions
Environment detector and acquisition power quality Power Quality Detection instrument；Wherein, the energy consumption measure table includes but is not limited to: adopting
Collect the ammeter of electric energy, the heat energy meter of acquisition thermal energy, the water meter for acquiring waterpower resourses, the gas meter for acquiring tolerance and acquisition cooling capacity
Cold meter.Wherein, tolerance refers to natural gas or combustion gas, and cooling capacity indicates cold air flow.
It is institute in embodiment in one of the application so correspondingly, according to the device category that the headend equipment includes
Stating each equipment energy consumption statistical information includes: electric energy energy consumption statistic data, waterpower resourses energy consumption statistic data, power quality statistical number
According to, tolerance energy consumption statistic data and cooling capacity energy consumption statistic data.Correspondingly, in the other embodiments of the application, it is described respectively to set
Standby energy consumption statistic information can also include: thermal energy energy consumption statistic data, fuel oil energy consumption statistic data and coal energy consumption statistic data
Deng.The application to this and without limitation, specifically depending on actual conditions.
In order to realize that data circulate, also need to lead to before the building energy consumption continuous data of acquisition is counted and calculated
A transmission device is crossed to realize the conversion and/or transmission of data；The transmission device includes but is not limited to: network transmission is set
Standby, serial communication transmission device and mobile communication transmission equipment；Wherein, optionally, web-transporting device can be TCP/IP net
Network transmission device, serial communication transmission device can be RS485 serial communication equipment or RS232 serial communication equipment, and movement is logical
Believe that transmission device can be 2G/3G/4G telecommunication transmission equipment.The application to this and without limitation, specifically depending on actual conditions.
As mentioned previously, it is suitable in order to which the building energy consumption continuous data for realizing to acquisition is counted and calculated equipment
Data pattern neatly can define and correct according to the variation of building efficiency business demand, which is preferably based on building energy consumption
Monitoring management bottom data model maintenance component technology and the building of metadata schema administrative skill.And its data exhibiting interface is
Can flexibly be provided according to user demand and to show pattern, and can flexible configuration, not according to building energy consumption integrated control
Show demand with business, unified information resources need to be formulated and show mode and show style, and from visualization technique, by all kinds of means connect
Enter the research work that two levels show interface Technology of Flexibility, effectively to realize that multi-service flow and the flexible of service collect
At needing information system to support the dynamic combined and adjustment and monitoring of each operation system process, formulate standardized integrated connect
Oral business establishes enterprises service library and realizes that the analysis to all kinds of services monitors.
In building energy efficiency managing method provided by the embodiments of the present application, obtaining including statistics for building energy consumption information and
The building energy consumption continuous data of mark information, and follow-up equipment is transferred to be counted and calculated, to obtain the energy consumption of each building
Manage data；The energy consumption measure data for obtaining each building automatically are being realized, and are being united to the energy consumption measure data of acquisition
Meter and calculating, to obtain the purpose of the managing power consumption data of each building, reduce the required throwing in building energy consumption management process
The manpower entered also reduces the acquisition difficulty of the energy consumption measure data after building comes into operation, to realize building in newly-built, transformation
It lays a good foundation with the managing power consumption in using.
It should also be noted that, the efficiency correlation data refers to according to the acquisition of all kinds of energy consumption statistic data to all kinds of energy
Imitate real-time scoring and the comparing result of local energy consumption standard of index.
On the basis of the above embodiments, in one embodiment of the application, as shown in figure 3, described according to acquisition
Building energy consumption continuous data is counted and is calculated, after the managing power consumption data to obtain each building further include:
S103: classifying to energy consumption statistic information according to the mark information of each building, and utilizes sorted energy consumption
Statistical information formation zone energy consumption summarizes data, summarizes data to the region energy consumption and is classified, and to region energy at different levels
Consumption summarizes data and is classified, and the search access right of data correlation different stage is summarized for region energy consumption at different levels.
It should be noted that having the institute for marking the statistics for building energy consumption information in the building energy consumption continuous data of acquisition
Belong to the mark information of architecture information, wherein the architecture information includes but is not limited to geographical location and the title of the building；So
It, can be by the architecture information that mark information carries to belonging to after getting statistics for building energy consumption information and mark information at the same time
The statistics for building energy consumption information of the same area carries out classification and collect statistics, obtains some region of region energy consumption and summarizes data.
For region, the same province, city, county, township, village or even the same street can be.So in the present embodiment
In, so that it may it does one for the building energy consumption information in the same region and summarizes, and different region energy consumptions at different levels are summarized
Data are classified, and the search access right of data correlation different stage is summarized for region energy consumption at different levels.Think the pipe of different stage
Reason person can check that the region energy consumption in different stage region summarizes data and lays a good foundation.
On the basis of the above embodiments, in another embodiment of the application, as shown in figure 4, the building energy consumption
Management method further include:
S104: after receiving account creation instruction, the account of creation and account creation instruction corresponding level is different
Rank account has the search access right of corresponding level；
S105: according to the rank of current logon account, the region energy consumptions at different levels is summarized into data middle rank and are not equal to or low
Summarize data in the information of current logon account rank to be shown.
It in the present embodiment, can be real by obtaining account creation instruction and log-in instruction with the interactive interface of user
The creation and login of the account of existing different stage, and the account of different stage and the region energy consumptions at different levels are also summarized into data
It associates；The logon account for being embodied as different stage provides the purpose of different search access rights.
Specifically, for example, provincial account, city-level account and monomer account are previously stored with, when user passes through provincial account
When family logs in, it can check that the region energy consumption of the whole province summarizes data, the region energy consumption in each city summarizes data and each building is single
The region energy consumption of body summarizes data；And when user passes through city-level Account Logon, it can check the region energy consumption total amount of this city
Summarize data according to the region energy consumption with building concentration each within the scope of this city；It, may only when user passes through monomer Account Logon
Check that the region energy consumption of building concentration corresponding with the monomer account summarizes data.
Optionally, the energy consumption statistic information include: water energy statistical information, it is electric energy statistical information, combustion gas statistical information, cold
It can statistical information, thermal energy statistical information, power quality statistical information, interior environment statistical information and external environment statistical information.
But need to cold energy statistical information carry out it is specifically monitored, the cold energy statistical information include but
It is not limited to: refrigeration station Efficiency Statistics information, cold efficiency statistical information and freezing water transport factor statistical information；It is cold by acquiring
It stands operating parameter, indicates the real-time scoring of energy efficiency indexes, analyze cold station operating condition in combination with model algorithm, reject and suggest setting
The O&Ms suggestions such as standby switching on and shutting down number of units, optimization equipment operation in conjunction with the energy conservation by statistical module and manage energy conservation and are built
The reasonable energy efficiency management in building, increases economic efficiency and environmental benefit.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of building energy efficiency management system characterized by comprising acquisition module and statistical module；Wherein,
For the acquisition module for obtaining building energy consumption continuous data, the energy consumption measure data include statistics for building energy consumption information
And mark information, the statistics for building energy consumption information include each equipment energy consumption statistical information and each equipment running status information, institute
Mark information is stated for marking the affiliated architecture information of the statistics for building energy consumption information；
The statistical module is for being counted and being calculated according to the building energy consumption continuous data of acquisition, to obtain each building
Managing power consumption data, the managing power consumption data include: equipment running status data, all kinds of energy consumption statistic data and efficiency comparison
Data.
2. system according to claim 1, which is characterized in that the statistical module is also used to the label according to each building
Information classifies to energy consumption statistic information, and summarizes data using sorted energy consumption statistic information formation zone energy consumption, right
The region energy consumption summarizes data and is classified, and summarizes data to region energy consumption at different levels and be classified, and is region at different levels
Energy consumption summarizes the search access right of data correlation different stage.
3. system according to claim 2, which is characterized in that the statistical module is also used to refer to receiving account creation
After order, the account of creation and account creation instruction corresponding level, different stage account has the search access right of corresponding level；
The statistical module is also used to the rank according to current logon account, and the region energy consumptions at different levels are summarized data middle rank not
Information equal to or less than current logon account rank summarizes data and is shown.
4. system according to claim 1, which is characterized in that the energy consumption statistic information includes: water energy statistical information, electricity
It can statistical information, combustion gas statistical information, cold energy statistical information, thermal energy statistical information, power quality statistical information, interior environmental statistics
Information and external environment statistical information.
5. system according to claim 4, which is characterized in that the cold energy statistical information includes: refrigeration station Efficiency Statistics
Information, cold efficiency statistical information and freezing water transport factor statistical information.
6. a kind of building energy efficiency managing method characterized by comprising
Building energy consumption continuous data is obtained, the energy consumption measure data include statistics for building energy consumption information and mark information, described
Statistics for building energy consumption information includes each equipment energy consumption statistical information and each equipment running status information, and the mark information is for marking
Remember the affiliated architecture information of the statistics for building energy consumption information；
It is counted and is calculated according to the building energy consumption continuous data of acquisition, to obtain the managing power consumption data of each building, institute
Stating managing power consumption data includes: equipment running status data, all kinds of energy consumption statistic data and efficiency correlation data.
7. according to the method described in claim 6, it is characterized in that, described unite according to the building energy consumption continuous data of acquisition
It counts and calculates, after the managing power consumption data to obtain each building further include:
Classified according to the mark information of each building to energy consumption statistic information, and raw using sorted energy consumption statistic information
Summarize data at region energy consumption, data are summarized to the region energy consumption and are classified, and data are summarized to region energy consumption at different levels
It is classified, the search access right of data correlation different stage is summarized for region energy consumption at different levels.
8. the method according to the description of claim 7 is characterized in that it is characterized in that, the building energy consumption meter according to acquisition
Amount data are counted and are calculated, after the managing power consumption data to obtain each building further include:
After receiving account creation instruction, the account of creation and account creation instruction corresponding level, different stage account
Search access right with corresponding level；
According to the rank of current logon account, the region energy consumptions at different levels are summarized into data middle rank and are not equal to or less than currently log in
The information of account level summarizes data and is shown.
9. according to the method described in claim 6, it is characterized in that, the energy consumption statistic information includes: water energy statistical information, electricity
It can statistical information, combustion gas statistical information, cold energy statistical information, thermal energy statistical information, power quality statistical information, interior environmental statistics
Information and external environment statistical information.
10. system according to claim 9, which is characterized in that the cold energy statistical information includes: refrigeration station Efficiency Statistics
Information, cold efficiency statistical information and freezing water transport factor statistical information.
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