CN106779456A - A kind of energy distributes control method and device - Google Patents
A kind of energy distributes control method and device Download PDFInfo
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- CN106779456A CN106779456A CN201611246002.4A CN201611246002A CN106779456A CN 106779456 A CN106779456 A CN 106779456A CN 201611246002 A CN201611246002 A CN 201611246002A CN 106779456 A CN106779456 A CN 106779456A
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- 210000000582 semen Anatomy 0.000 claims description 18
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- 238000004378 air conditioning Methods 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
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Abstract
The embodiment provides a kind of energy distribution control method and device, it is related to technical field of energy management, solve energy supply equipment in the prior art and provide the energy to the office with multiple rooms, when running into peak time, total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval, prevent each office runs from the energy according to actual demand, so as to reduce the problem of the Consumer's Experience of office.The method includes obtaining the total energy Q1 that energy supply equipment is the distribution of at least one room；Obtain the energy Q2 of at least one room actual demand；Obtain the energy supply priority in each room；As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, control energy supply equipment is according to putting in order as each room provides the energy.The embodiment of the present invention is used for the distribution of the energy.
Description
Technical field
The present invention relates to technical field of energy management, more particularly to a kind of energy distribution control method and device.
Background technology
In the prior art, when providing the energy to the office with multiple rooms using energy supply equipment, when multiple is done
When public room is simultaneously emitted by obtaining the instruction of the energy, energy supply equipment needs the requirement command according to the multiple offices for receiving
To provide the different energy for different offices；Because total energy that energy supply equipment is provided within the unit interval is one
Fixed, when peak time is run into, total energy of multiple office needs is carried more than energy supply equipment within the unit interval
The total energy for supplying；Wherein energy supply equipment comprises at least one or more in the following：Air-conditioning equipment, generating equipment
And boiler plant；Therefore the energy that energy supply equipment is provided for each office can be less than actually each office needs
The energy, therefore each office can not be according to the operation of the energy of actual demand, so as to reduce the Consumer's Experience of office.
From the foregoing, energy supply equipment provides the energy to the office with multiple rooms in the prior art, run into
During peak time, total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval
Source so that each office can not run according to the energy of actual demand, so as to reduce the Consumer's Experience of office.
The content of the invention
Embodiments of the invention provide a kind of energy distribution control method and device, solve energy supply in the prior art
Equipment provides the energy to the office with multiple rooms, and when running into peak time, total energy of multiple office needs is big
In total energy that energy supply equipment is provided within the unit interval so that each office can not be according to the energy of actual demand
Operation, so as to reduce the problem of the Consumer's Experience of office.
To reach above-mentioned purpose, embodiments of the invention are adopted the following technical scheme that：
First aspect, the embodiment of the present invention provide a kind of energy distribution control method, including：
Obtain the total energy Q1 that energy supply equipment is the distribution of at least one room；
Obtain the energy Q2 of at least one room actual demand；
Obtain the energy supply priority in each room；
As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, controlled
Energy supply equipment processed is according to putting in order as each room provides the energy.
Specifically, the method also includes：
As Q1 >=Q2, energy supply equipment is controlled to provide the energy according to actual demand for each room.
Specifically, the energy supply priority in each room is obtained, including：
It is the coefficient value r that each room is pre-configured with to obtain user, and coefficient value r is used as into energy supply priority, its
In, 0 ＜ r≤1.
Specifically, the energy supply priority in each room is obtained, including：
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1；
Obtain the total energy demand Q3 in each room in the first Preset Time；
Obtain the rush hour table of the energy demand at least one room in the second Preset Time；
Priority formula of the room in t is constructed according to coefficient value r, total energy demand Q3 and rush hour table：
Wherein, M represents priority of the room in t, and Ti represents room in rush hour table, nearest apart from t
Nonevent rush hour point, and by M be used as energy supply priority.
Specifically, the energy includes one or more in the following：Electric energy E, semen donors M and heating load N；
As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, controlled
Energy supply equipment processed include for each room provides the energy according to putting in order：
As E1 ＜ E2, and/or during M1 ＜ M2, according to energy supply priority to each room according to order from big to small
Arranged, according to putting in order as each room provides the energy, wherein E1 represents that energy supply sets to control energy supply equipment
Standby is total electric energy of at least one room distribution, and E2 represents the electric energy of the actual demand at least one room, and M1 represents that the energy is supplied
Total semen donors that equipment is the distribution of at least one room, M2 are answered to represent the semen donors of the actual demand at least one room；
Or
As E1 ＜ E2, and/or during N1 ＜ N2, according to energy supply priority to each room according to order from big to small
Arranged, according to putting in order as each room provides the energy, wherein N1 represents that energy supply sets to control energy supply equipment
Standby is the gross heat input of at least one room distribution, and N2 represents the heating load of the actual demand at least one room.
Specifically, the method also includes：
Obtain the human body signal of the infrared sensing equipment detection installed in each room；
As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, controlled
Energy supply equipment processed include for each room provides the energy according to putting in order：
When infrared sensing equipment detects human body signal, and during Q1 ＜ Q2, according to energy supply priority to each room
Between arranged according to order from big to small, control energy supply equipment detect the room of human body signal according to putting in order
Between the energy is provided.
Specifically, as Q1 ＜ Q2, being carried out according to order from big to small to each room according to energy supply priority
Arrangement, after control energy supply equipment provides the energy according to putting in order for each room, also includes：
The energy that energy supply equipment is provided according to putting in order for each room is sent to bulletin board, wherein bulletin board
Energy source value for representing the actual acquisition in each room.
Second aspect, the embodiment of the present invention provide a kind of energy distribution control device, including：
Data cell, for obtaining the total energy Q1 that energy supply equipment is the distribution of at least one room；
Data cell, is additionally operable to the energy Q2 of the actual demand at least one room of acquisition；
Parameter configuration unit, the energy supply priority for obtaining each room；
Judgement unit, the magnitude relationship for differentiating the Q1 and Q2 that data cell is obtained；
Supply unit, during for differentiating Q1 ＜ Q2 according to judgement unit, supply unit is obtained according to parameter configuration unit
Energy supply priority is arranged each room according to order from big to small, and controls energy supply equipment according to arrangement
Order provides the energy for each room.
Specifically, supply unit, when being additionally operable to differentiate Q1 >=Q2 according to judgement unit, supply unit control energy supply sets
For for each room the energy is provided according to actual demand.
Specifically, it is the coefficient value r that is pre-configured with of each room that parameter configuration unit is additionally operable to obtain user, and by coefficient
Value r is used as energy supply priority, wherein, 0 ＜ r≤1.
Specifically, parameter configuration unit is additionally operable to,
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1；
Data cell, is additionally operable to obtain the total energy demand Q3 in each room in the first Preset Time；
Data cell, is additionally operable to obtain the rush hour of the energy demand at least one room in the second Preset Time
Table；
Parameter configuration unit, is additionally operable to coefficient value r, total energy demand Q3 and the rush hour obtained according to data cell
Table constructs priority formula of the room in t：
Wherein, M represents priority of the room in t, and Ti represents room in rush hour table, nearest apart from t
Nonevent rush hour point, and by M be used as energy supply priority.
Specifically, the energy includes one or more in the following：Electric energy E, semen donors M and heating load N；
Supply unit, is additionally operable to differentiate E1 ＜ E2 when judgement unit, and/or during judgement unit differentiation M1 ＜ M2, energy supply list
Unit arranges each room according to the energy supply priority that parameter configuration unit is obtained according to order from big to small, and
According to putting in order as each room provides the energy, wherein E1 represents that energy supply equipment is at least one to control energy supply equipment
Total electric energy of individual room distribution, E2 represents the electric energy of the actual demand at least one room, M1 represent energy supply equipment be to
Total semen donors of few room distribution, M2 represents the semen donors of the actual demand at least one room；
Or
Supply unit, is additionally operable to differentiate E1 ＜ E2 when judgement unit, and/or during judgement unit differentiation N1 ＜ N2, energy supply list
Unit arranges each room according to the energy supply priority that parameter configuration unit is obtained according to order from big to small, and
According to putting in order as each room provides the energy, wherein N1 represents that energy supply equipment is at least one to control energy supply equipment
The gross heat input of individual room distribution, N2 represents the heating load of the actual demand at least one room.
The energy provided in an embodiment of the present invention distributes control method and device, is at least one by obtaining energy supply equipment
The total energy Q1 of individual room distribution, and obtain the energy Q2 of the actual demand at least one room；By judging that Q1 is big with Q2
It is small so as to differentiate the energy that energy supply equipment is provided for distinct device；Wherein, due to not chummery in actual use weight
Degree is wanted to differ, it is therefore desirable to obtain the energy supply priority in each room；So that with can peak period, due to energy
The demand energy Q2 of the rooms of total energy Q1 ＜ at least one reality provided in the source supply equipment unit interval, it is therefore desirable to according to
Energy supply priority is arranged each room according to order from big to small, so that energy supply equipment is according to energy
Priority is supplied for each room provides the energy in source, and energy supply equipment provides less for the less room of energy supply priority
The energy, energy supply equipment is that energy supply priority room higher preferentially provides the energy, it is ensured that each room is obtained
The energy；Solve energy supply equipment in the prior art and provide the energy to the office with multiple rooms, when running into peak
During the phase, total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval so that
Each office can not run according to the energy of actual demand, so as to reduce the problem of the Consumer's Experience of office.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the flow chart that a kind of energy provided in an embodiment of the present invention distributes control method；
Fig. 2 is a kind of structural representation of energy distributor provided in an embodiment of the present invention.
Reference：
The energy distributes control device -10；
Data cell -1010；
Parameter configuration unit -1020；
Judgement unit -1030；
Supply unit -1040.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
The energy provided in an embodiment of the present invention distributes control method and device, is at least one by obtaining energy supply equipment
The total energy Q1 of individual room distribution, and obtain the energy Q2 of the actual demand at least one room；By judging that Q1 is big with Q2
It is small so as to differentiate the energy that energy supply equipment is provided for distinct device；Wherein, due to not chummery in actual use weight
Degree is wanted to differ, it is therefore desirable to obtain the energy supply priority in each room；So that with can peak period, due to energy
The demand energy Q2 of the rooms of total energy Q1 ＜ at least one reality provided in the source supply equipment unit interval, it is therefore desirable to according to
Energy supply priority is arranged each room according to order from big to small, so that energy supply equipment is according to energy
Priority is supplied for each room provides the energy in source, and energy supply equipment provides less for the less room of energy supply priority
The energy, energy supply equipment is that energy supply priority room higher preferentially provides the energy, it is ensured that each room is obtained
The energy；Solve energy supply equipment in the prior art and provide the energy to the office with multiple rooms, when running into peak
During the phase, total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval so that
Each office can not run according to the energy of actual demand, so as to reduce the problem of the Consumer's Experience of office.
The embodiment one, embodiment of the present invention provides a kind of energy distribution control method, includes as shown in Figure 1：
S101, the total energy Q1 that acquisition energy supply equipment is the distribution of at least one room.
S102, the energy Q2 of the actual demand at least one room of acquisition.
S103, the energy supply priority for obtaining each room.
S104, as Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority
Row, control energy supply equipment is according to putting in order as each room provides the energy.
The energy provided in an embodiment of the present invention distributes control method, by obtaining energy supply equipment at least one room
The total energy Q1 of distribution, and obtain the energy Q2 of the actual demand at least one room；By judge the size of Q1 and Q2 so as to
Differentiate the energy that energy supply equipment is provided for distinct device；Wherein, due to not chummery in actual use significance level
Differ, it is therefore desirable to obtain the energy supply priority in each room；So that with can peak period, due to energy supply
The demand energy Q2 of the rooms of total energy Q1 ＜ at least one reality provided in the FU time, it is therefore desirable to supplied according to the energy
Answer priority that each room is arranged according to order from big to small, so that energy supply equipment is according to energy supply
Priority provides the energy for each room, and energy supply equipment provides less energy for the less room of energy supply priority
Source, energy supply equipment is that energy supply priority room higher preferentially provides the energy, it is ensured that the energy that each room is obtained
Source；Solve energy supply equipment in the prior art and provide the energy to the office with multiple rooms, when running into peak time,
Total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval so that each is done
Public room can not be run according to the energy of actual demand, so as to reduce the problem of the Consumer's Experience of office.
The embodiment two, embodiment of the present invention provides a kind of energy distribution control method, includes as shown in Figure 1：
S101, the total energy Q1 that acquisition energy supply equipment is the distribution of at least one room.
S102, the energy Q2 of the actual demand at least one room of acquisition.
S103, the energy supply priority for obtaining each room.
It should be noted that because each room does not have energy supply priority in itself, it is therefore desirable to according to reality
It is as follows that situation goes setting energy supply priority specifically to set：
Specifically, the energy supply priority in each room is obtained, including：
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1.
Obtain the total energy demand Q3 in each room in the first Preset Time.
Obtain the rush hour table of the energy demand at least one room in the second Preset Time.
Priority formula of the room in t is constructed according to coefficient value r, total energy demand Q3 and rush hour table：
Wherein, M represents priority of the room in t, and Ti represents room in rush hour table, nearest apart from t
Nonevent rush hour point, and by M be used as energy supply priority.
It should be noted that in actual calculating, ︱ t-Ti ︱ were calculated in units of minute.
S104, as Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority
Row, control energy supply equipment is according to putting in order as each room provides the energy.
Specifically, the method also includes：
As Q1 >=Q2, energy supply equipment is controlled to provide the energy according to actual demand for each room.
It should be noted that the limited energy supplied within the unit interval due to energy supply equipment, accordingly, it would be desirable to according to
Actual service condition is allocated to the energy, so as to ensure the operation of not chummery, and then ensure that Consumer's Experience.
Specifically, the energy supply priority in each room is obtained, including：
It is the coefficient value r that each room is pre-configured with to obtain user, and coefficient value r is used as into energy supply priority, its
In, 0 ＜ r≤1.
Specifically, the energy includes one or more in the following：Electric energy E, semen donors M and heating load N.
As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, controlled
Energy supply equipment processed include for each room provides the energy according to putting in order：
As E1 ＜ E2, and/or during M1 ＜ M2, according to energy supply priority to each room according to order from big to small
Arranged, according to putting in order as each room provides the energy, wherein E1 represents that energy supply sets to control energy supply equipment
Standby is total electric energy of at least one room distribution, and E2 represents the electric energy of the actual demand at least one room, and M1 represents that the energy is supplied
Total semen donors that equipment is the distribution of at least one room, M2 are answered to represent the semen donors of the actual demand at least one room.
Or
As E1 ＜ E2, and/or during N1 ＜ N2, according to energy supply priority to each room according to order from big to small
Arranged, according to putting in order as each room provides the energy, wherein N1 represents that energy supply sets to control energy supply equipment
Standby is the gross heat input of at least one room distribution, and N2 represents the heating load of the actual demand at least one room.
Specifically, the method also includes：
Obtain the human body signal of the infrared sensing equipment detection installed in each room；
As Q1 ＜ Q2, each room is arranged according to order from big to small according to energy supply priority, controlled
Energy supply equipment processed include for each room provides the energy according to putting in order：
When infrared sensing equipment detects human body signal, and during Q1 ＜ Q2, according to energy supply priority to each room
Between arranged according to order from big to small, control energy supply equipment detect the room of human body signal according to putting in order
Between the energy is provided.
Specifically, as Q1 ＜ Q2, being carried out according to order from big to small to each room according to energy supply priority
Arrangement, after control energy supply equipment provides the energy according to putting in order for each room, also includes：
The energy that energy supply equipment is provided according to putting in order for each room is sent to bulletin board, wherein bulletin board
Energy source value for representing the actual acquisition in each room.
The energy provided in an embodiment of the present invention distributes control method, by obtaining energy supply equipment at least one room
The total energy Q1 of distribution, and obtain the energy Q2 of the actual demand at least one room；By judge the size of Q1 and Q2 so as to
Differentiate the energy that energy supply equipment is provided for distinct device；Wherein, due to not chummery in actual use significance level
Differ, it is therefore desirable to obtain the energy supply priority in each room；So that with can peak period, due to energy supply
The demand energy Q2 of the rooms of total energy Q1 ＜ at least one reality provided in the FU time, it is therefore desirable to supplied according to the energy
Answer priority that each room is arranged according to order from big to small, so that energy supply equipment is according to energy supply
Priority provides the energy for each room, and energy supply equipment provides less energy for the less room of energy supply priority
Source, energy supply equipment is that energy supply priority room higher preferentially provides the energy, it is ensured that the energy that each room is obtained
Source；Solve energy supply equipment in the prior art and provide the energy to the office with multiple rooms, when running into peak time,
Total energy of multiple office needs is more than total energy that energy supply equipment is provided within the unit interval so that each is done
Public room can not be run according to the energy of actual demand, so as to reduce the problem of the Consumer's Experience of office.
Embodiment three, the embodiment of the present invention provides a kind of energy distribution control device 10, includes as shown in Figure 2：
Data cell 1010, for obtaining the total energy Q1 that energy supply equipment is the distribution of at least one room；
Data cell 1010, is additionally operable to the energy Q2 of the actual demand at least one room of acquisition；
Parameter configuration unit 1020, the energy supply priority for obtaining each room；
Judgement unit 1030, the magnitude relationship for differentiating the Q1 and Q2 that data cell 1010 is obtained；
Supply unit 1040, during for differentiating Q1 ＜ Q2 according to judgement unit 1030, supply unit 1040 is matched somebody with somebody according to parameter
The energy supply priority for putting the acquisition of unit 1020 is arranged each room according to order from big to small, and controls the energy
Supply equipment is according to putting in order as each room provides the energy.
The energy provided in an embodiment of the present invention distributes control device, and it is at least to obtain energy supply equipment by data cell
One total energy Q1 of room distribution, and obtain the energy Q2 of the actual demand at least one room；Judgement unit is by judging
The size of Q1 and Q2 is so as to differentiate the energy that energy supply equipment is provided for distinct device；Wherein, because not chummery is in reality
Use in significance level differ, it is therefore desirable to parameter configuration unit is obtained each room set energy supply priority；From
And cause with can peak period, due in the energy supply FU time provide the room realities of total energy Q1 ＜ at least one
The demand energy Q2 on border, it is therefore desirable to which supply unit is according to energy supply priority to each room according to order from big to small
Arranged so that energy supply equipment according to energy supply priority for each room provides the energy, energy supply sets
The less energy is provided for for the less room of energy supply priority, energy supply equipment is that energy supply priority is higher
Room preferentially provides the energy, it is ensured that the energy that each room is obtained；Solve in the prior art energy supply equipment to having
The office in multiple rooms provides the energy, and when running into peak time, total energy of multiple office needs is more than energy supply
Total energy that equipment is provided within the unit interval so that each office can not run according to the energy of actual demand, so that
Reduce the problem of the Consumer's Experience of office.
Embodiment three, the embodiment of the present invention provides a kind of energy distribution control device 10, includes as shown in Figure 2：
Data cell 1010, for obtaining the total energy Q1 that energy supply equipment is the distribution of at least one room；
Data cell 1010, is additionally operable to the energy Q2 of the actual demand at least one room of acquisition；
Parameter configuration unit 1020, the energy supply priority for obtaining each room；
Judgement unit 1030, the magnitude relationship for differentiating the Q1 and Q2 that data cell 1010 is obtained；
Supply unit 1040, during for differentiating Q1 ＜ Q2 according to judgement unit 1030, supply unit 1040 is matched somebody with somebody according to parameter
The energy supply priority for putting the acquisition of unit 1020 is arranged each room according to order from big to small, and controls the energy
Supply equipment is according to putting in order as each room provides the energy.
Specifically, supply unit, when being additionally operable to differentiate Q1 >=Q2 according to judgement unit, supply unit control energy supply sets
For for each room the energy is provided according to actual demand.
Specifically, it is the coefficient value r that is pre-configured with of each room that parameter configuration unit is additionally operable to obtain user, and by coefficient
Value r is used as energy supply priority, wherein, 0 ＜ r≤1.
Specifically, parameter configuration unit is additionally operable to,
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1；
Data cell, is additionally operable to obtain the total energy demand Q3 in each room in the first Preset Time；
Data cell, is additionally operable to obtain the rush hour of the energy demand at least one room in the second Preset Time
Table；
Parameter configuration unit, is additionally operable to coefficient value r, total energy demand Q3 and the rush hour obtained according to data cell
Table constructs priority formula of the room in t：
Wherein, M represents priority of the room in t, and Ti represents room in rush hour table, nearest apart from t
Nonevent rush hour point, and by M be used as energy supply priority.
Specifically, the energy includes one or more in the following：Electric energy E, semen donors M and heating load N；
Supply unit, is additionally operable to differentiate E1 ＜ E2 when judgement unit, and/or during judgement unit differentiation M1 ＜ M2, energy supply list
Unit arranges each room according to the energy supply priority that parameter configuration unit is obtained according to order from big to small, and
According to putting in order as each room provides the energy, wherein E1 represents that energy supply equipment is at least one to control energy supply equipment
Total electric energy of individual room distribution, E2 represents the electric energy of the actual demand at least one room, M1 represent energy supply equipment be to
Total semen donors of few room distribution, M2 represents the semen donors of the actual demand at least one room；
Or
Supply unit, is additionally operable to differentiate E1 ＜ E2 when judgement unit, and/or during judgement unit differentiation N1 ＜ N2, energy supply list
Unit arranges each room according to the energy supply priority that parameter configuration unit is obtained according to order from big to small, and
According to putting in order as each room provides the energy, wherein N1 represents that energy supply equipment is at least one to control energy supply equipment
The gross heat input of individual room distribution, N2 represents the heating load of the actual demand at least one room.
The energy provided in an embodiment of the present invention distributes control device, and it is at least to obtain energy supply equipment by data cell
One total energy Q1 of room distribution, and obtain the energy Q2 of the actual demand at least one room；Judgement unit is by judging
The size of Q1 and Q2 is so as to differentiate the energy that energy supply equipment is provided for distinct device；Wherein, because not chummery is in reality
Use in significance level differ, it is therefore desirable to parameter configuration unit is obtained each room set energy supply priority；From
And cause with can peak period, due in the energy supply FU time provide the room realities of total energy Q1 ＜ at least one
The demand energy Q2 on border, it is therefore desirable to which supply unit is according to energy supply priority to each room according to order from big to small
Arranged so that energy supply equipment according to energy supply priority for each room provides the energy, energy supply sets
The less energy is provided for for the less room of energy supply priority, energy supply equipment is that energy supply priority is higher
Room preferentially provides the energy, it is ensured that the energy that each room is obtained；Solve in the prior art energy supply equipment to having
The office in multiple rooms provides the energy, and when running into peak time, total energy of multiple office needs is more than energy supply
Total energy that equipment is provided within the unit interval so that each office can not run according to the energy of actual demand, so that
Reduce the problem of the Consumer's Experience of office.
The above, specific embodiment only of the invention, but protection scope of the present invention is not limited thereto, and it is any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all contain
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (12)
1. a kind of energy distributes control method, it is characterised in that including：
Obtain the total energy Q1 that energy supply equipment is the distribution of at least one room；
Obtain the energy Q2 of at least one room actual demand；
Obtain the energy supply priority in each room；
As Q2 described in the Q1 ＜, according to the energy supply priority to room each described according to order from big to small
Arranged, control the energy supply equipment to be put in order as room provides the energy each described according to described.
2. the energy according to claim 1 distributes control method, it is characterised in that methods described also includes：
As the Q1 >=Q2, control the energy supply equipment for each described room provide energy according to actual demand
Source.
3. the energy according to claim 1 distributes control method, it is characterised in that the energy in each room of acquisition is supplied
Priority is answered, including：
It is the coefficient value r that each room is pre-configured with to obtain user, and the coefficient value r is used as into energy supply priority, its
In, 0 ＜ r≤1.
4. the energy according to claim 1 distributes control method, it is characterised in that the energy in each room of acquisition is supplied
Priority is answered, including：
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1；
Obtain the total energy demand Q3 in each room in the first Preset Time；
Obtain the rush hour table of the energy demand at least one room in the second Preset Time；
The room is constructed in the excellent of t according to the coefficient value r, the total energy demand Q3 and the rush hour table
First level formula：
Wherein, M represents priority of the room in t, and Ti represents the room in the rush hour table, apart from institute
The nearest nonevent rush hour point of t is stated, and the M is used as energy supply priority.
5. the energy according to claim 1 distributes control method, it is characterised in that the energy is included in the following
One or more：Electric energy E, semen donors M and heating load N；
It is described as Q2 described in the Q1 ＜, according to the energy supply priority to room each described according to from big to small
Order is arranged, and controls the energy supply equipment to be put in order as room provides the energy and includes each described according to described：
As E2 described in the E1 ＜, and/or described in the M1 ＜ during M2, according to the energy supply priority to room each described
Between arranged according to order from big to small, it is room each described according to described putting in order to control the energy supply equipment
Between the energy is provided, wherein the E1 represent the energy supply equipment be at least one room distribution total electric energy, the E2 tables
Show the electric energy of the actual demand at least one room, the M1 represents that the energy supply equipment is at least one room point
The total semen donors matched somebody with somebody, the M2 represents the semen donors of the actual demand at least one room；
Or
As E2 described in the E1 ＜, and/or described in the N1 ＜ during N2, according to the energy supply priority to room each described
Between arranged according to order from big to small, it is room each described according to described putting in order to control the energy supply equipment
Between the energy is provided, wherein the N1 represent the energy supply equipment be at least one room distribution gross heat input, the N2
Represent the heating load of the actual demand at least one room.
6. the energy according to claim 1 distributes control method, it is characterised in that methods described also includes：
Obtain the human body signal of the infrared sensing equipment detection installed in each described room；
It is described as Q2 described in the Q1 ＜, according to the energy supply priority to room each described according to from big to small
Order is arranged, and controls the energy supply equipment to be put in order as room provides the energy and includes each described according to described：
It is excellent according to the energy supply when the infrared sensing equipment detects human body signal, and described in the Q1 ＜ during Q2
First level is arranged room each described according to order from big to small, controls the energy supply equipment according to the arrangement
The room that order detects human body signal for described in provides the energy.
7. the energy according to claim 1 distributes control method, it is characterised in that described as Q2 described in the Q1 ＜,
Room each described is arranged according to order from big to small according to the energy supply priority, controls the energy to supply
After equipment is answered according to described putting in order as room provides the energy each described, also include：
The energy supply equipment is sent to bulletin board according to the energy that is provided for room each described of putting in order, its
Described in bulletin board be used to represent the energy source value of each actual acquisition in room.
8. a kind of energy distributes control device, it is characterised in that including：
Data cell, for obtaining the total energy Q1 that energy supply equipment is the distribution of at least one room；
The data cell, the energy Q2 of the actual demand for being additionally operable to obtain at least one room；
Parameter configuration unit, the energy supply priority for obtaining each room；
Judgement unit, the magnitude relationship for differentiating the Q1 and Q2 that the data cell is obtained；
Supply unit, for according to the judgement unit differentiation Q1 ＜, during Q2, the supply unit is according to the ginseng
The energy supply priority that number dispensing unit is obtained is arranged room each described according to order from big to small, and is controlled
The energy supply equipment puts in order as room provides the energy each described according to described.
9. the energy according to claim 8 distributes control device, it is characterised in that the supply unit, is additionally operable to basis
When the judgement unit differentiates the Q1 >=Q2, it is each described room that the supply unit controls the energy supply equipment
Between provide the energy according to actual demand.
10. the energy according to claim 8 distributes control device, it is characterised in that the parameter configuration unit is additionally operable to
It is the coefficient value r that each room is pre-configured with to obtain user, and the coefficient value r is used as into energy supply priority, wherein, 0
＜ r≤1.
11. energy distribution control devices according to claim 8, it is characterised in that the parameter configuration unit is additionally operable to,
It is the coefficient value r that each room is pre-configured with to obtain user, wherein, 0 ＜ r≤1；
The data cell, is additionally operable to obtain the total energy demand Q3 in each room in the first Preset Time；
The data cell, is additionally operable to obtain in the second Preset Time during the peak of the energy demand at least one room
Carve table；
The parameter configuration unit, is additionally operable to the coefficient value r, the total energy demand Q3 obtained according to the data cell
And the rush hour table constructs priority formula of the room in t：
Wherein, M represents priority of the room in t, and Ti represents the room in the rush hour table, apart from institute
The nearest nonevent rush hour point of t is stated, and the M is used as energy supply priority.
12. energy distribution control devices according to claim 8, it is characterised in that the energy is included in the following
One or more：Electric energy E, semen donors M and heating load N；
The supply unit, is additionally operable to differentiate E2 described in the E1 ＜ when the judgement unit, and/or the judgement unit differentiates
Described in the M1 ＜ during M2, the energy supply priority that the supply unit is obtained according to the parameter configuration unit is to each institute
State room to be arranged according to order from big to small, and control the energy supply equipment to be put in order as each according to described
The room provides the energy, wherein the E1 represents total electric energy that the energy supply equipment is the distribution of at least one room, institute
The electric energy that E2 represents the actual demand at least one room is stated, the M1 represents that the energy supply equipment is at least one
Total semen donors of room distribution, the M2 represents the semen donors of the actual demand at least one room；
Or
The supply unit, is additionally operable to differentiate E2 described in the E1 ＜ when the judgement unit, and/or the judgement unit differentiates
Described in N1 ＜ during N2, the energy supply priority that the supply unit is obtained according to the parameter configuration unit is to room each described
Between arranged according to order from big to small, and control the energy supply equipment to be put in order as described in each according to described
Room provides the energy, wherein the N1 represents the gross heat input that the energy supply equipment is the distribution of at least one room, it is described
N2 represents the heating load of the actual demand at least one room.
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| CN201611246002.4A CN106779456B (en) | 2016-12-29 | 2016-12-29 | Energy distribution control method and device |
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| CN201611246002.4A CN106779456B (en) | 2016-12-29 | 2016-12-29 | Energy distribution control method and device |
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