CN109741213A - Zero energy consumption architectural energy consumption control method of one kind and system - Google Patents
Zero energy consumption architectural energy consumption control method of one kind and system Download PDFInfo
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Abstract
The zero energy consumption architectural energy consumption control method of one kind and system that the embodiment of the present invention proposes, determine whether building is zero energy consumption by the remaining capacity built in threshold time, when building is that non-zero can be time-consuming, the energy consumption of building is analyzed, energy allocation plan is generated based on the analysis results, building, which is controlled, according to energy allocation plan carries out science, reasonable energy distribution, it is expected that the building " zero energy consumption " under the premise of realizing low energy consumption operation truly, to reduce energy for building, reduce the discharge of carbon dioxide isothermal chamber gas.
Description
Technical field
The present embodiments relate to zero energy consumption technical field of buildings, and in particular to a kind of zero energy consumption architectural energy consumption control method
And system.
Background technique
For the environment situation that reply energy crisis, environmental degradation and global warming etc. are increasingly severeer, seeking
While alternative conventional fossil fuel, how reducing energy for building, reducing the discharge of carbon dioxide isothermal chamber gas is to build now
The problem of building industry urgent need to resolve.Therefore, zero energy consumption building has received widespread attention.
Zero-energy builds (zero energy consumption buildings), is not consume conventional energy resource building, complete
Solar energy or other renewable energy are relied on entirely.From energy saving building, green building, ecotecture, sustainability theory to most
Close low-carbon, common target are provided to reduce the discharge amount of carbon dioxide.However existing zero energy consumption building, go out sometimes
The case where existing generated energy is unable to satisfy electricity consumption, it is therefore desirable to which the Energy dissipation of zero energy consumption building is optimized.
Summary of the invention
In order to solve the problems, such as that the generated energy of above-mentioned zero energy consumption building is unable to satisfy electricity consumption, the embodiment of the invention provides
Zero energy consumption architectural energy consumption control method of one kind and system.
In view of this, in a first aspect, the embodiment of the present invention provides a kind of zero energy consumption architectural energy consumption control method, comprising:
Obtain the remaining capacity to be assessed for building each day in threshold time；
Calculate the remaining capacity summation of the building to be assessed in the threshold time；
If the remaining capacity summation is greater than first threshold, assessing the building to be assessed is zero energy consumption, is otherwise assessed
The building to be assessed is non-zero energy consumption；
If the building to be assessed is assessed as non-zero energy consumption, the energy consumption of the building to be assessed is analyzed, it is raw
At energy allocation plan；
The energy distribution that the building to be assessed is controlled according to the energy allocation plan comments the building to be assessed
Estimating is zero energy consumption.
Obtain the remaining capacity to be assessed for building each day in threshold time, comprising:
Obtain in threshold time the total power generation measured value and total electricity consumption of building to be assessed described in any day proxima luce (prox. luc)
Measured value；
Calculate the ratio of the total power generation measured value and total electricity consumption measured value；
Second threshold is subtracted with the ratio and is surveyed multiplied by the building to be assessed in any day total electricity consumption
Value obtains the building to be assessed in any day remaining capacity.
Obtain the remaining capacity to be assessed for building each day in threshold time, further includes:
By the building to be assessed in any day remaining capacity storage into database；
The remaining capacity to be assessed for building each day in threshold time is read from the database.
Calculate the summation of remaining capacity in the threshold time, comprising:
Each day in threshold time remaining capacity is added, the remaining capacity summation is obtained.
The energy consumption of the building to be assessed is analyzed, energy allocation plan is generated, comprising:
Analysis is in the threshold time, the energy consumption data of every electrical equipment in the building to be assessed；
According to the energy consumption data of every electrical equipment, the energy consumption ratio of every electrical equipment is obtained；
The energy consumption ratio of every electrical equipment is compared with the similar building average energy consumption ratio obtained in advance,
Obtain comparison result；
Obtain the energy loss approach of the system under evaluation；
According to comparison result and energy loss approach, stand-by power source allocation plan is generated；
According to the stand-by power source allocation plan, based on the energy consumption prediction model constructed in advance, described to be assessed build is obtained
The total power generation predicted value and total electricity consumption predicted value built；
Calculate the difference of the total power generation predicted value Yu the total electricity consumption predicted value；
Stand-by power source allocation plan of the difference not less than the first threshold is chosen as energy allocation plan.
The method also includes:
The building to be assessed is obtained in the total power generation measured value and total electricity consumption measured value of current day proxima luce (prox. luc)；
Calculate the ratio of the total power generation measured value and total electricity consumption measured value；
If the ratio is not less than third threshold value, it is current to predict that the building to be assessed meets in the generated energy when the day before yesterday
The electricity consumption of day, and show that green day identifies；
If the ratio is less than third threshold value, predict that the building to be assessed is unsatisfactory for currently in the generated energy when the day before yesterday
The electricity consumption of day, and show energy consumption day mark.
Second aspect, the embodiment of the present invention also provide a kind of zero energy consumption architectural energy consumption control system, comprising:
Energy consumption monitoring subsystem, for obtaining the remaining capacity to be assessed for building each day in threshold time；
Computing subsystem, for calculating the remaining capacity summation of the building to be assessed in the threshold time；
Evaluation subsystem is used for when the remaining capacity summation is greater than first threshold, is assessed the building to be assessed and is
Zero energy consumption, otherwise assessing the building to be assessed is non-zero energy consumption；
Schemes generation subsystem, for being assessed as non-zero energy consumption in the building to be assessed, to the building to be assessed
Energy consumption analyzed, generate energy allocation plan；
Control subsystem, the energy for controlling the building to be assessed according to the energy allocation plan distribute, until
The building to be assessed is assessed as zero energy consumption.
The energy consumption monitoring subsystem includes:
Energy consumption acquisition module, for obtaining in threshold time the total power generation of building to be assessed described in any day proxima luce (prox. luc)
Measured value and total electricity consumption measured value；
First computing module, for calculating the ratio of the total power generation measured value and total electricity consumption measured value；
Second computing module, for subtracting second threshold and multiplied by the building to be assessed described any with the ratio
The total electricity consumption measured value of day obtains the building to be assessed in any day remaining capacity.
The energy consumption monitoring subsystem further include:
Database module, for storing the building to be assessed in any day remaining capacity；
Read module, for reading the building to be assessed from the database module each day in threshold time
Remaining capacity.
The schemes generation subsystem includes:
Analysis module, for analyzing the energy of every electrical equipment in the building to be assessed in the threshold time
Consume data；
Ratio-dependent module obtains the consumption of every electrical equipment for the energy consumption data according to every electrical equipment
It can ratio；
Comparison module, for by the energy consumption ratio of every electrical equipment and the similar building average energy consumption that obtains in advance
Ratio is compared, and obtains comparison result；
Loss approach obtains module, for obtaining the energy loss approach of the system under evaluation；
Alternative scheme generation module, for generating stand-by power source allocation plan according to comparison result and energy loss approach；
Prediction module, for being obtained according to the stand-by power source allocation plan based on the energy consumption prediction model constructed in advance
The total power generation predicted value and total electricity consumption predicted value of the building to be assessed；
Difference calculating module, for calculating the difference of the total power generation predicted value Yu the total electricity consumption predicted value；
Scheme determining module, the stand-by power source allocation plan conduct for being not less than the first threshold for choosing the difference
Energy allocation plan.
The system also includes: feature editing；
The energy consumption subsystem is also used to obtain the building to be assessed in the total power generation measured value of current day proxima luce (prox. luc)
With total electricity consumption measured value, and the ratio of the total power generation measured value and total electricity consumption measured value is calculated；
The feature editing, for when the ratio is not less than third threshold value, predicting that the building to be assessed is being worked as
The generated energy of the day before yesterday meets the electricity consumption when the day before yesterday, and shows that green day identifies；It is less than third threshold value in the ratio, predicts institute
It states building to be assessed and is unsatisfactory for the electricity consumption when the day before yesterday in the generated energy when the day before yesterday, and show energy consumption day mark.
Compared with prior art, the zero energy consumption architectural energy consumption control method of one kind that the embodiment of the present invention proposes is existed by building
Remaining capacity in threshold time determines whether building is zero energy consumption, is that non-zero can be time-consuming when building, carries out to the energy consumption of building
Analysis generates energy allocation plan based on the analysis results, controls building according to energy allocation plan and carries out science, reasonable energy
Source distribution, it is contemplated that building " zero energy consumption " truly under the premise of low energy consumption is run is realized, to reduce energy for building, reduce
The discharge of carbon dioxide isothermal chamber gas.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be in embodiment or description of the prior art
Required attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the invention
Example is applied, it for those of ordinary skill in the art, without any creative labor, can also be attached according to these
Figure obtains other attached drawings.
Fig. 1 is a kind of zero energy consumption architectural energy consumption control method flow chart provided in an embodiment of the present invention；
Fig. 2 is a kind of zero energy consumption architectural energy consumption control system schematic diagram provided in an embodiment of the present invention.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people
Member's every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
Fig. 1 is a kind of zero energy consumption architectural energy consumption control method flow chart provided by one embodiment of the present invention, referring to Fig.1,
This method comprises:
S1. the remaining capacity to be assessed for building each day in threshold time is obtained；
Specifically, in the embodiment of the present application, S1 obtains the remaining capacity to be assessed for building each day in threshold time,
Include:
S101. it obtains in threshold time the total power generation measured value of building to be assessed described in any day proxima luce (prox. luc) and total uses
Electricity measured value；
S102. the ratio of the total power generation measured value and total electricity consumption measured value is calculated；
S103. second threshold is subtracted and multiplied by the building to be assessed in any day total electricity consumption with the ratio
Measured value obtains the building to be assessed in any day remaining capacity, and the calculation formula of specific remaining capacity is as follows
It is shown:
Wherein, PiIndicate i-th day in threshold time remaining capacity, PHair 1Indicate the total power generation actual measurement of i-th day the previous day
Value, PWith 1Indicate the total electricity consumption measured value of i-th day the previous day, PI is usedIndicate i-th day in threshold time total electricity consumption measured value, m
Indicate that second threshold, second threshold are the value according to concrete condition sets itself, for example, in the embodiment of the present application, the second threshold
Value is m=1.
Specifically, in the embodiment of the present application, S1 obtains the remaining capacity to be assessed for building each day in threshold time,
Can also include:
S104. the building to be assessed is stored in any day remaining capacity into database；
S105. the remaining capacity to be assessed for building each day in threshold time is read from the database.
S2. the remaining capacity summation of the building to be assessed in the threshold time is calculated；
Specifically, in the embodiment of the present application, S2 is calculated as follows:
Wherein, PAlwaysIndicate the remaining capacity summation of building to be assessed in threshold time, N indicates total day that threshold time includes
Number.
If S3. the remaining capacity summation is greater than first threshold, assessing the building to be assessed is zero energy consumption, is otherwise commented
Estimating the building to be assessed is non-zero energy consumption；
Specifically, in the embodiment of the present application, first threshold value is 0,
Because of the not P of same dateHair 1With PWith 1Size it is indefinite, it is possible to PHair 1Not less than PWith 1, P at this timei>=0, it is also possible to PHair 1It is less than
PWith 1, P at this timei< 0, becauseSo PAlwaysIt is possible that being greater than first threshold 0, it is also possible to it is less than first threshold 0, when
PAlwaysWhen >=0, indicating that the total power generation of the building in threshold time is not less than total electricity consumption, it estimates that building is zero energy consumption,
Work as PAlways< 0 is, indicates that the total power generation of the building in threshold time is less than total electricity consumption, needs alternating current to supplement, just can guarantee this
The normal operation of building, it estimates that build as non-zero energy consumption.
If S4. the building to be assessed is assessed as non-zero energy consumption, the energy consumption of the building to be assessed is analyzed,
Generate energy allocation plan；
Specifically, in the embodiment of the present application, building electric consumption weekly, monthly, quarterly, every year can be counted and built
Generated energy is built, obtains systematic database according to statistic, according to the dynamic characteristic of building electric consumption and building generated energy
Curve establishes building electric consumption and building generated energy database based on energy-consumption monitoring system, close using database as guidance
It the reference of the building energy allocation plan of phase and estimates, " zero energy consumption " of building is realized according to energy allocation plan.
Building energy consumption acquisition is to carry out the necessary means of building energy conservation diagnosis and energy management with analysis, in order to preferably do
Good Building Energy-saving Work, needs to grasp the various energy consumptions of building in detail, and finds to build by analyzing these energy consumptions
With the problems of energy.
1) building energy consumption collecting method
Using energy consumption supervision basic platform it is responsible for that the data of bottom are acquired, monitored and managed.
2) building energy consumption data analysing method
By carrying out metering separate to electrical equipments various in building, air-conditioning system, lighting system, dynamical system are such as carried out
Metering separate etc., grasped the energy consumption data of the various electrical equipments of building.On this basis, the consumption of various electrical equipments is obtained
Can ratio, while unit area energy consumption proportionate relationship and per capita energy consumption proportionate relationship can also be calculated, then with obtain in advance
It is compared with the average energy consumption ratio of the building of building same type to be assessed, further obtains the energy consumption feelings of various electrical equipments
Condition provides foundation for administration of energy conservation.
Specifically, in the embodiment of the present application, if the S4. building to be assessed is assessed as non-zero energy consumption, to described
The energy consumption of building to be assessed is analyzed, and energy allocation plan is generated, comprising:
S401. metering separate is carried out to the energy consumption data of the various electrical equipments of building, to grasp various electrical equipments
Specific status of energy consumption；
S402. energy consumption ratiometric result is obtained by the various energy consumption datas with energy equipment of acquisition；
S403. referring to the various conjunctions with energy equipment in each energy consumption ratio-dependent building to be estimated with energy equipment of similar building
Rationality；
S404. the load condition of building energy consumption to be estimated and the loss approach of the energy are investigated, loss approach includes system effect
Rate, device efficiency, artificial habit etc.；
S405. the loss approach of building energy consumption is analyzed therefrom to find the root of building energy consumption waste, thus raw
At the stand-by power source allocation plan of corresponding administration of energy conservation and Energy-saving reformation；
S406. it is obtained described to be evaluated according to the stand-by power source allocation plan based on the energy consumption prediction model constructed in advance
Estimate the total power generation predicted value and total electricity consumption predicted value of building；
Specifically, in the embodiment of the present application, energy consumption prediction model is the history electricity consumption according to the building to be estimated of statistics
Amount and history generated energy, obtain the electricity consumption of building to be estimated and the dynamic characteristic of generated energy, divide performance graph
Analysis, obtains the electricity demand forecasting model and generated energy prediction model of building to be estimated.
S407. the difference of the total power generation predicted value Yu the total electricity consumption predicted value is calculated；
S408. stand-by power source allocation plan of the difference not less than the first threshold is chosen as energy distribution side
Case.
Such as: can more each large-scale public construction while between in section every square meter electric consumption on lighting size, have and compare
Data, so that it may analyze which building be it is energy-efficient which building be energy consumption.The unit area energy consumption of important electrical equipment is simultaneously
Building energy consumption similar with other carries out lateral comparison, can find out energy consumption point and energy consumption reason, reach and improve equipment and run effect
The result of rate.
In Building Energy Analysis, the setting of Measure Indexes is more crucial, generally requires to measure building with many indexes
Status of energy consumption, to make more accurate diagnosis of energy saving.It draws a conclusion from database analysis of cases summary, same type building
Each subitem amount of equipment power consumption accounting is relatively fixed, then the energy consumption number that building to be estimated passes through subitem energy consumption measure and same type building
It is compared according to the database of composition, then it can be concluded that the conclusion whether various electrical equipments consume energy, and further finds energy consumption
Reason on the high side is finally reached the purpose of zero energy consumption of building.
S5. it is distributed according to the energy that the energy allocation plan controls the building to be assessed, makes the building to be assessed
It is assessed as zero energy consumption.
Specifically, in the embodiment of the present application, a kind of zero energy consumption architectural energy consumption control method further include:
It is real in the total power generation of current day proxima luce (prox. luc) according to the building to be assessed of acquisition while carrying out building energy consumption assessment
Measured value and total electricity consumption measured value；
Calculate the ratio of the total power generation measured value and total electricity consumption measured value；
If the ratio is not less than third threshold value, predict that the building to be assessed works as the day before yesterday in the generated energy satisfaction when the day before yesterday
Electricity consumption, and show green day identify；
If the ratio is less than third threshold value, predict that the building to be assessed is unsatisfactory for currently in the generated energy when the day before yesterday
The electricity consumption of day, and show energy consumption day mark.
Specifically, in the embodiment of the present application, third threshold value value is 1, when ratio is not less than 1, proxima luce (prox. luc) is indicated
Total power generation is not less than total electricity consumption, i.e., the electricity that the previous day building generates itself can satisfy the electricity consumption of itself, be not necessarily to city
Electricity is that the building supplements electricity, it estimates that building also can satisfy the electricity consumption of itself when the generated energy of the day before yesterday, then estimation is worked as
The day before yesterday is the green day for not needing alternating current, display green day mark；When ratio is less than 1, indicate that the total power generation of proxima luce (prox. luc) is small
In total electricity consumption, i.e., the electricity that the previous day building generates itself cannot meet the electricity consumption of itself, and needing alternating current is the building
Electricity is supplemented, just can guarantee the normal operation of the building, it estimates that building cannot meet itself when the generated energy of the day before yesterday
Electricity consumption, then estimation was the energy consumption day for needing alternating current when the day before yesterday, and display energy consumption day identifies.
The zero energy consumption architectural energy consumption control method of one kind that the embodiment of the present invention proposes, it is surplus in threshold time by building
Remaining electricity determines whether building is zero energy consumption, is that non-zero can be time-consuming when building, analyzes the energy consumption of building, according to analysis knot
Fruit generates energy allocation plan, controls building progress science, the reasonable energy according to energy allocation plan and distributes, it is contemplated that realizes
Building " zero energy consumption " under the premise of low energy consumption operation truly, to reduce energy for building, reduce carbon dioxide isothermal chamber
Gas discharge.
The embodiment of the present application is identified by each day progress green day or the judgement of energy consumption day, facilitates user
More buildings are understood and are managed.
Based on inventive concept identical with zero energy consumption architectural energy consumption control method above, the embodiment of the present invention also provides one kind
Zero energy consumption architectural energy consumption control system, Fig. 2 is a kind of schematic diagram of zero energy consumption architectural energy consumption control system, as shown in Fig. 2, this is
System includes:
Energy consumption monitoring subsystem, for obtaining the remaining capacity to be assessed for building each day in threshold time；
Computing subsystem, for calculating the remaining capacity summation of the building to be assessed in the threshold time；
Evaluation subsystem is used for when the remaining capacity summation is greater than first threshold, is assessed the building to be assessed and is
Zero energy consumption, otherwise assessing the building to be assessed is non-zero energy consumption；
Schemes generation subsystem, for being assessed as non-zero energy consumption in the building to be assessed, to the building to be assessed
Energy consumption analyzed, generate energy allocation plan；
Control subsystem, the energy for controlling the building to be assessed according to the energy allocation plan distribute, until
The building to be assessed is assessed as zero energy consumption.
The energy consumption monitoring subsystem includes:
Energy consumption acquisition module, for obtaining in threshold time the total power generation of building to be assessed described in any day proxima luce (prox. luc)
Measured value and total electricity consumption measured value；
First computing module, for calculating the ratio of the total power generation measured value and total electricity consumption measured value；
Second computing module, for subtracting second threshold and multiplied by the building to be assessed described any with the ratio
The total electricity consumption measured value of day obtains the building to be assessed in any day remaining capacity.
The energy consumption monitoring subsystem further include:
Database module, for storing the building to be assessed in any day remaining capacity；
Read module, for reading the building to be assessed from the database module each day in threshold time
Remaining capacity.
The schemes generation subsystem includes:
Analysis module, for analyzing the energy of every electrical equipment in the building to be assessed in the threshold time
Consume data；
Ratio-dependent module obtains the consumption of every electrical equipment for the energy consumption data according to every electrical equipment
It can ratio；
Comparison module, for by the energy consumption ratio of every electrical equipment and the similar building average energy consumption that obtains in advance
Ratio is compared, and obtains comparison result；
Loss approach obtains module, for obtaining the energy loss approach of the system under evaluation；
Alternative scheme generation module, for generating stand-by power source allocation plan according to comparison result and energy loss approach；
Prediction module, for being obtained according to the stand-by power source allocation plan based on the energy consumption prediction model constructed in advance
The total power generation predicted value and total electricity consumption predicted value of the building to be assessed；
Difference calculating module, for calculating the difference of the total power generation predicted value Yu the total electricity consumption predicted value；
Scheme determining module, the stand-by power source allocation plan conduct for being not less than the first threshold for choosing the difference
Energy allocation plan.
The system also includes: feature editing；
The energy consumption subsystem is also used to obtain the building to be assessed in the total power generation measured value of current day proxima luce (prox. luc)
With total electricity consumption measured value, and the ratio of the total power generation measured value and total electricity consumption measured value is calculated；
The feature editing, for when the ratio is not less than second threshold, predicting that the building to be assessed is being worked as
The generated energy of the day before yesterday meets the electricity consumption when the day before yesterday, and shows that green day identifies；It is less than second threshold in the ratio, predicts institute
It states building to be assessed and is unsatisfactory for the electricity consumption when the day before yesterday in the generated energy when the day before yesterday, and show energy consumption day mark.
Compared with prior art, the zero energy consumption architectural energy consumption control system of one kind that the embodiment of the present invention proposes is existed by building
Remaining capacity in threshold time determines whether building is zero energy consumption, is that non-zero can be time-consuming when building, carries out to the energy consumption of building
Analysis generates energy allocation plan based on the analysis results, controls building according to energy allocation plan and carries out science, reasonable energy
Source distribution, it is contemplated that building " zero energy consumption " truly under the premise of low energy consumption is run is realized, to reduce energy for building, reduce
The discharge of carbon dioxide isothermal chamber gas.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that the process, method, article or the device that include a series of elements not only include those elements, and
And further include other elements that are not explicitly listed, or further include for this process, method, article or device institute it is intrinsic
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including being somebody's turn to do
There is also other identical elements in the process, method of element, article or device.
It should be noted that, in this document, the relational terms of such as " first " and " second " or the like are used merely to one
A entity or operation with another entity or operate distinguish, without necessarily requiring or implying these entities or operation it
Between there are any actual relationship or orders.
Through the above description of the embodiments, those skilled in the art can be understood that each reality of the present invention
Applying method described in example can realize by means of software and necessary general hardware platform, naturally it is also possible to by hardware,
But the former is more preferably embodiment in many cases.Based on this understanding, technical solution of the present invention is substantially in other words
The part that contributes to existing technology can be embodied in the form of software products, which is stored in one
In a storage medium (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that a terminal device (can be hand
Machine, computer, server, air conditioner or network equipment etc.) execute method or implementation described in each embodiment of the present invention
Method described in certain parts of example.
The above is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills
Art field, is included within the scope of the present invention.
Claims (11)
1. a kind of zero energy consumption architectural energy consumption control method characterized by comprising
Obtain the remaining capacity to be assessed for building each day in threshold time；
Calculate the remaining capacity summation of the building to be assessed in the threshold time；
If the remaining capacity summation is greater than first threshold, assessing the building to be assessed is zero energy consumption, otherwise described in assessment
Building to be assessed is non-zero energy consumption；
If the building to be assessed is assessed as non-zero energy consumption, the energy consumption of the building to be assessed is analyzed, energy is generated
Source allocation plan；
The energy distribution that the building to be assessed is controlled according to the energy allocation plan is assessed as the building to be assessed
Zero energy consumption.
2. zero energy consumption architectural energy consumption control method according to claim 1, which is characterized in that obtain building to be assessed in threshold
It is worth each day in time remaining capacity, comprising:
Obtain in threshold time total power generation measured value and the total electricity consumption actual measurement of building to be assessed described in any day proxima luce (prox. luc)
Value；
Calculate the ratio of the total power generation measured value and total electricity consumption measured value；
Second threshold is subtracted and multiplied by the building to be assessed in described any day total electricity consumption measured value with the ratio, is obtained
To the building to be assessed in any day remaining capacity.
3. zero energy consumption architectural energy consumption control method according to claim 2, which is characterized in that obtain building to be assessed in threshold
It is worth each day in time remaining capacity, further includes:
By the building to be assessed in any day remaining capacity storage into database；
The remaining capacity to be assessed for building each day in threshold time is read from the database.
4. zero energy consumption architectural energy consumption control method according to claim 1, which is characterized in that calculate in the threshold time
The summation of remaining capacity, comprising:
Each day in threshold time remaining capacity is added, the remaining capacity summation is obtained.
5. zero energy consumption architectural energy consumption control method according to claim 1, which is characterized in that the building to be assessed
Energy consumption is analyzed, and energy allocation plan is generated, comprising:
Analysis is in the threshold time, the energy consumption data of every electrical equipment in the building to be assessed；
According to the energy consumption data of every electrical equipment, the energy consumption ratio of every electrical equipment is obtained；
The energy consumption ratio of every electrical equipment is compared with the similar building average energy consumption ratio obtained in advance, is obtained
Comparison result；
Obtain the energy loss approach of the system under evaluation；
According to comparison result and energy loss approach, stand-by power source allocation plan is generated；
The building to be assessed is obtained based on the energy consumption prediction model constructed in advance according to the stand-by power source allocation plan
Total power generation predicted value and total electricity consumption predicted value；
Calculate the difference of the total power generation predicted value Yu the total electricity consumption predicted value；
Stand-by power source allocation plan of the difference not less than the first threshold is chosen as energy allocation plan.
6. zero energy consumption architectural energy consumption control method according to claim 1, which is characterized in that further include:
The building to be assessed is obtained in the total power generation measured value and total electricity consumption measured value of current day proxima luce (prox. luc)；
Calculate the ratio of the total power generation measured value and total electricity consumption measured value；
If the ratio is not less than third threshold value, predict that the building to be assessed met in the generated energy when the day before yesterday when the day before yesterday
Electricity consumption, and show that green day identifies；
If the ratio is less than third threshold value, predict that the building to be assessed was unsatisfactory in the generated energy when the day before yesterday when the day before yesterday
Electricity consumption, and show energy consumption day mark.
7. a kind of zero energy consumption architectural energy consumption control system characterized by comprising
Energy consumption monitoring subsystem, for obtaining the remaining capacity to be assessed for building each day in threshold time；
Computing subsystem, for calculating the remaining capacity summation of the building to be assessed in the threshold time；
Evaluation subsystem is zero energy for when the remaining capacity summation is greater than first threshold, assessing the building to be assessed
Consumption, otherwise assessing the building to be assessed is non-zero energy consumption；
Schemes generation subsystem, for being assessed as non-zero energy consumption in the building to be assessed, to the energy of the building to be assessed
Consumption is analyzed, and energy allocation plan is generated；
Control subsystem, the energy for controlling the building to be assessed according to the energy allocation plan distributes, until described
Building to be assessed is assessed as zero energy consumption.
8. zero energy consumption architectural energy consumption control system according to claim 7, which is characterized in that the energy consumption monitoring subsystem
Include:
Energy consumption acquisition module, for obtaining in threshold time the total power generation actual measurement of building to be assessed described in any day proxima luce (prox. luc)
Value and total electricity consumption measured value；
First computing module, for calculating the ratio of the total power generation measured value and total electricity consumption measured value；
Second computing module, for subtracting second threshold and multiplied by the building to be assessed at described any day with the ratio
Total electricity consumption measured value obtains the building to be assessed in any day remaining capacity.
9. zero energy consumption architectural energy consumption control system according to claim 8, which is characterized in that the energy consumption monitoring subsystem
Further include:
Database module, for storing the building to be assessed in any day remaining capacity；
Read module, for reading the residue to be assessed for building each day in threshold time from the database module
Electricity.
10. zero energy consumption architectural energy consumption control system according to claim 7, which is characterized in that the schemes generation subsystem
System includes:
Analysis module, for analyzing the energy consumption number of every electrical equipment in the building to be assessed in the threshold time
According to；
Ratio-dependent module obtains the energy consumption ratio of every electrical equipment for the energy consumption data according to every electrical equipment
Example；
Comparison module, for by the energy consumption ratio of every electrical equipment and the similar building average energy consumption ratio that obtains in advance
It is compared, obtains comparison result；
Loss approach obtains module, for obtaining the energy loss approach of the system under evaluation；
Alternative scheme generation module, for generating stand-by power source allocation plan according to comparison result and energy loss approach；
Prediction module, for based on the energy consumption prediction model constructed in advance, obtaining described according to the stand-by power source allocation plan
The total power generation predicted value and total electricity consumption predicted value of building to be assessed；
Difference calculating module, for calculating the difference of the total power generation predicted value Yu the total electricity consumption predicted value；
Scheme determining module, for choosing stand-by power source allocation plan of the difference not less than the first threshold as the energy
Allocation plan.
11. zero energy consumption architectural energy consumption control system according to claim 7, which is characterized in that further include: mark subsystem
System；
The energy consumption subsystem is also used to obtain the building to be assessed in the total power generation measured value of current day proxima luce (prox. luc) and total
Electricity consumption measured value, and calculate the ratio of the total power generation measured value and total electricity consumption measured value；
The feature editing, for when the ratio is not less than third threshold value, predicting that the building to be assessed is working as the day before yesterday
Generated energy meet when the day before yesterday electricity consumption, and show green day identify；Be less than third threshold value in the ratio, prediction it is described to
Assessment building is unsatisfactory for the electricity consumption when the day before yesterday in the generated energy when the day before yesterday, and shows energy consumption day mark.
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