CN109861889A - Electric appliance peak power adjusting method, device, server and storage medium - Google Patents
Electric appliance peak power adjusting method, device, server and storage medium Download PDFInfo
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- CN109861889A CN109861889A CN201811588918.7A CN201811588918A CN109861889A CN 109861889 A CN109861889 A CN 109861889A CN 201811588918 A CN201811588918 A CN 201811588918A CN 109861889 A CN109861889 A CN 109861889A
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Abstract
The invention discloses a kind of electric appliance peak power adjusting method, device, server and storage mediums.The present invention calculates each household electrical appliance in the peak power of each future time section according to the work state information and work setting information of each household electrical appliance, then the peak power total amount of each future time section is counted in the peak power of each future time section according to each household electrical appliance, finally when the peak power total amount of certain future time section is more than predetermined power threshold value, the working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.Technical solution through the invention, the working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance, can be staggered high-power household electrical appliance peak power run the period, the peak power total amount of dynamic control household electrical appliance is lower than predetermined power threshold value, avoids the occurrence of electric brake tripping.
Description
Technical field
The present invention relates to internet of things field more particularly to a kind of electric appliance peak power adjusting methods, device, server
And storage medium.
Background technique
It, all (usually will be straight there are many high-power household electrical appliance in ordinary consumer man with the continuous improvement of quality of the life
Connect the electric appliance using 220 volts of alternating currents and greater than 1200W and be known as high-power household electrical appliance), such as washing machine, electric heater, electric ice
Case and micro-wave oven etc., and the case where a variety of high-power household electrical appliance work at the same time is frequently present of in daily life, this
In the case of there are the moment general power of a variety of household electrical appliance exceed domestic electric network electric brake ability to bear, gently then cause single room
Between or this family power source trip power-off, weight then causes the power supply of a housing unit or whole residential building power-off, gives user
Bring inconvenience in life.
In the prior art, power supply grid guarantees the normal work of power grid by electric brake control, if total consumption of a certain family
Electricity exceeds the ability to bear of power grid, then guarantees that the other users in power grid are unaffected by electric brake power-off, but to single
For family, such case is uncontrollable, not can guarantee tolerance range of the transient peak power consumption without departing from electric brake of family,
Therefore just not can guarantee in family to power off.
Above content is only used to facilitate the understanding of the technical scheme, and is not represented and is recognized that above content is existing skill
Art.
Summary of the invention
The main purpose of the present invention is to provide a kind of electric appliance peak power adjusting method, device, server and storages to be situated between
Matter, it is intended to solve not can guarantee the skill of the Instantaneous peak powers of household electrical appliance without departing from the tolerance range of electric brake in the prior art
Art problem.
To achieve the above object, the present invention provides a kind of electric appliance peak power adjusting method, comprising the following steps:
Each household electrical appliance will be calculated in each future according to the work state information of each household electrical appliance and work setting information
The peak power of period；
The peak power for counting each future time section in the peak power of each future time section according to each household electrical appliance is total
Amount；
When the peak power total amount of certain future time section is more than predetermined power threshold value,
The working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.
Preferably, when the peak power total amount in certain future time section is more than predetermined power threshold value, according to each family
The priority factor of electrical appliance adjusts the working sequence in the future time section, specifically includes:
When the peak power total amount of certain future time section is more than predetermined power threshold value, by the future time section according to default
Time interval is divided into multiple adjustment periods；
The adjustment period of division is traversed, and using the adjustment period traversed as the current adjustment period；
It determines and exists according to the electric appliance priority factor sequence from small to large of high-power household electrical appliance in the household electrical appliance
The high-power household electrical appliance run in the current adjustment period, to obtain the working sequence in the future time section.
Preferably, the electric appliance priority factor according to high-power household electrical appliance in the household electrical appliance is from small to large
Sequence determines the high-power household electrical appliance run within the current adjustment period, when obtaining the work in the future time section
Before sequence, the electric appliance peak power adjusting method further include:
Reduce the priority factor of high-power household electrical appliance not run in adjusting the period at first n, the n for greater than etc.
In 2 integer.
Preferably, the working sequence adjusted according to the priority factor of each household electrical appliance in the future time section
Before, the electric appliance peak power adjusting method further include:
According to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length come really
The electric appliance priority factor of fixed each household electrical appliance.
Preferably, according to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time
Length determines the electric appliance priority factor of each household electrical appliance by following formula,
P=Δ * T*t,
Wherein, P is electric appliance priority factor, and Δ is weight coefficient, and T is function runing time length, and t is peak power fortune
Row time span.
Preferably, described to be run according to the weight coefficient of each household electrical appliance, function runing time length and peak power
Before electric appliance priority factor of the time span to determine each household electrical appliance, the electric appliance peak power adjusting method is also wrapped
It includes:
Instruction is arranged in the weight for receiving user's input, and the weight that instruction determines each household electrical appliance is arranged according to the weight
Coefficient；
Or,
Weight coefficient set by same electric appliances of the other users for each household electrical appliance is counted, and according to statistical result
Determine the weight coefficient of each household electrical appliance.
Preferably, described that each household electric is calculated according to the work state information and work setting information of each household electrical appliance
Device is before the peak power of each future time section, the electric appliance peak power adjusting method further include:
Receive the work state information and work setting information of each household electrical appliance that home router is sent.
In addition, to achieve the above object, the present invention also provides a kind of electric appliance peak power regulating device, the electric appliance peak value
PCU Power Conditioning Unit includes:
Power computation module calculates each for the work state information and work setting information according to each household electrical appliance
Peak power of the household electrical appliance in each future time section；
Total amount statistical module, for according to each household electrical appliance when the peak power statistics of each future time section is each following
Between section peak power total amount；
Timing adjustment module, when being more than predetermined power threshold value for the peak power total amount in certain future time section, according to
The priority factor of each household electrical appliance adjusts the working sequence in the future time section.
In addition, to achieve the above object, the present invention also provides a kind of server, the server includes: memory, processing
The electric appliance peak power that device and being stored in can be run on the memory and on the processor adjusts program, the electric appliance peak
Value power adjustment procedures realize the step of electric appliance peak power adjusting method as described above when being executed by the processor.
In addition, to achieve the above object, the present invention also provides a kind of storage medium, being stored with electric appliance on the storage medium
Peak power adjusts program, and the electric appliance peak power adjusts when program is executed by processor and realizes electric appliance peak value as described above
The step of power regulating method.
The present invention calculates each household electrical appliance according to the work state information and work setting information of each household electrical appliance and exists
The peak power of each future time section, then the peak power according to each household electrical appliance in each future time section counts each future
The peak power total amount of period, finally when the peak power total amount of certain future time section is more than predetermined power threshold value, according to
The priority factor of each household electrical appliance adjusts the working sequence in the future time section.Technical solution through the invention, root
The working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance, can be staggered high-power household electric
The run the period of the peak power of device, the peak power total amount that dynamic controls household electrical appliance are lower than predetermined power threshold value, avoid out
Existing electric brake tripping.
Detailed description of the invention
Fig. 1 is the server architecture schematic diagram for the hardware running environment that the embodiment of the present invention is related to；
Fig. 2 is the flow diagram of electric appliance peak power adjusting method first embodiment of the present invention；
Fig. 3 is to link schematic diagram between server and each household electrical appliance in the embodiment of the present invention；
Fig. 4 is the flow diagram of electric appliance peak power adjusting method second embodiment of the present invention；
Fig. 5 is the schematic diagram of the working sequence of household electrical appliance in the embodiment of the present invention；
Fig. 6 is the structural block diagram of electric appliance peak power regulating device first embodiment of the present invention.
The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.
Specific embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
Referring to Fig.1, Fig. 1 is the server architecture schematic diagram for the hardware running environment that the embodiment of the present invention is related to.
As shown in Figure 1, the server may include: processor 1001, such as CPU, communication bus 1002, user interface
1003, network interface 1004, memory 1005.Wherein, communication bus 1002 is for realizing the connection communication between these components.
User interface 1003 may include display screen (Display), optional user interface 1003 can also include standard wireline interface,
Wireless interface.Network interface 1004 optionally may include standard wireline interface and wireless interface (such as WI-FI interface).Storage
Device 1005 can be high speed RAM memory, be also possible to stable memory (non-volatile memory), such as disk
Memory.Memory 1005 optionally can also be the storage server independently of aforementioned processor 1001.
It, can be with it will be understood by those skilled in the art that structure shown in Fig. 1 does not constitute the restriction to the server
Including perhaps combining certain components or different component layouts than illustrating more or fewer components.
As shown in Figure 1, as may include operating system, network communication mould in a kind of memory 1005 of storage medium
Block, Subscriber Interface Module SIM and electric appliance peak power adjust program.
The server calls the electric appliance peak power stored in memory 1005 to adjust program by processor 1001, and
Execute following operation:
Each household electrical appliance will be calculated in each future according to the work state information of each household electrical appliance and work setting information
The peak power of period；
The peak power for counting each future time section in the peak power of each future time section according to each household electrical appliance is total
Amount；
When the peak power total amount of certain future time section is more than predetermined power threshold value, according to the preferential of each household electrical appliance
Grade coefficient adjusts the working sequence in the future time section.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
When the peak power total amount of certain future time section is more than predetermined power threshold value, by the future time section according to default
Time interval is divided into multiple adjustment periods；
The adjustment period of division is traversed, using the adjustment period traversed as the current adjustment period；
It determines and exists according to the electric appliance priority factor sequence from small to large of high-power household electrical appliance in the household electrical appliance
The high-power household electrical appliance run in the current adjustment period, to obtain the working sequence in the future time section.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
Reduce the priority factor of high-power household electrical appliance not run in adjusting the period at first n, the n for greater than etc.
In 2 integer.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
According to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length come really
The electric appliance priority factor of fixed each household electrical appliance.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
Passed through according to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length
Following formula determines the electric appliance priority factors of each household electrical appliance,
P=Δ * T*t,
Wherein, P is electric appliance priority factor, and Δ is weight coefficient, and T is function runing time length, and t is peak power fortune
Row time span.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
Instruction is arranged in the weight for receiving user's input, and the weight that instruction determines each household electrical appliance is arranged according to the weight
Coefficient；
Or,
Weight coefficient set by same electric appliances of the other users for each household electrical appliance is counted, and according to statistical result
Determine the weight coefficient of each household electrical appliance.
Further, processor 1001 can call the electric appliance peak power stored in memory 1005 to adjust program, also
Execute following operation:
Receive the work state information and work setting information of each household electrical appliance that home router is sent.
In the present embodiment, each household is calculated according to the work state information of each household electrical appliance and work setting information
Electric appliance is in the peak power of each future time section, and then the peak power according to each household electrical appliance in each future time section counts
The peak power total amount of each future time section is more than finally predetermined power threshold value in the peak power total amount of certain future time section
When, the working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.Technology through the invention
Scheme adjusts the working sequence in the future time section according to the priority factor of each household electrical appliance, and can be staggered big function
The run the period of the peak power of rate household electrical appliance, the peak power total amount that dynamic controls household electrical appliance are lower than predetermined power threshold
Value avoids the occurrence of electric brake tripping.
Based on above-mentioned hardware configuration, the embodiment of electric appliance peak power adjusting method of the present invention is proposed.
It is the flow diagram of electric appliance peak power adjusting method first embodiment of the present invention referring to Fig. 2, Fig. 2.
In the first embodiment, the electric appliance peak power adjusting method the following steps are included:
S10: each household electrical appliance are calculated each according to the work state information of each household electrical appliance and work setting information
The peak power of future time section.
It should be understood that the executing subject of the method for the present embodiment is server, concretely smart home cloud service
Device.
It should be noted that the work state information is the information for being used to reflect working condition locating for household electrical appliance,
Under normal circumstances, working condition locating for household electrical appliance is generally divided into standby mode and operating status etc..
It will be appreciated that the work setting information is to be used to reflect the information of the work setting of household electrical appliance, usually
For the start by set date time of a certain function of household electrical appliance, such as: when household electrical appliance are washing machine, the work setting information can
The start by set date time for the standard laundry process of washing machine is 1 hour.
In the concrete realization, referring to Fig. 3, each household electrical appliance (" DTV ", " refrigerator ", " washing machine " i.e. in figure,
" water heater ", " electric heater " and " air-conditioning ") router of family can be connected to by built-in WIFI interconnection module, then by family
Router is connected through the internet to server, therefore, can receive the work shape for each household electrical appliance that home router is sent
State information and work setting information.
It, can by the heartbeat packet that sets and mutually in the present embodiment to keep linking between server and household electrical appliance
Connection agreement is linked by internet and the holding of each household electrical appliance, can such as be spaced 20s and household electrical appliance are mutually synchronized once, confirm
Other side is the information such as online and other side working condition and work setting.
S20: the peak work of each future time section is counted in the peak power of each future time section according to each household electrical appliance
Rate total amount.
In the concrete realization, after the work state information and work setting information for obtaining each household electrical appliance, Ji Kegen
Each household electrical appliance are calculated in each future time section according to the work state information and work setting information of each household electrical appliance
Peak power.
Assuming that each household electrical appliance are respectively washing machine, air-conditioning, electric heater and refrigerator, washing machine, air-conditioning, electric hot water
Device and refrigerator are in standby mode, at the same the start by set date time of the standard laundry process of washing machine be 1 hour, air-conditioning
The start by set date time of refrigerating function is 1.5 hours, the start by set date time of the heating function of electric heater be 1 hour and
The start by set date time of the refrigerating function of refrigerator is 1.5 hours；
There is linking relationship due to establishing between household electrical appliance, there is the model of each household electrical appliance in advance, it can root
The peak power that washing machine is determined according to the model of washing machine is 300W, and the peak power for determining air-conditioning according to the model of air-conditioning is
2000W determines that the peak power of electric heater is 2500W according to the model of electric heater, determines electricity according to the model of refrigerator
The peak power of refrigerator is 200W, it is assumed that standard laundry requirements of process continues 1 hour, and the heating time of electric heater needs to continue
1 hour, therefore, can probably determine from following 1 hour (assuming that current time is 7:00, following 1.5 hours it is corresponding at the time of
The peak power total amount of period between 8:30) to following 1.5 hours is 2800W, when corresponding from following 1.5 hours
The peak power total amount for being carved into the period between 2 hours following is 5000W.
It will be appreciated that the peak power is household electrical appliance maximum power that may be needed in use.
S30: when the peak power total amount of certain future time section is more than predetermined power threshold value, according to each household electrical appliance
Priority factor adjusts the working sequence in the future time section.
The usual predetermined power threshold value is determined by the maximum power that electric brake is supported, under normal circumstances, described default
Power threshold may be configured as the preset ratio for the maximum power that the electric brake is supported, it is assumed that the maximum power that electric brake is supported is
4000W, preset ratio may be configured as 0.8 at this time, so the predetermined power threshold value is 3200W, that is, can determine that never to come 1.5 small
When to the period between 2 hours following be target future time section at the time of correspond to, due to the target future time section
Peak power total amount is more than predetermined power threshold value, and therefore, as there may be trip risks for the target future time section not
Carry out the period.
It, can be according to each household electrical appliance in the present embodiment for the electric appliance priority factor convenient for obtaining each household electrical appliance
Weight coefficient, function runing time length and peak power runing time length it is preferential come the electric appliance for determining each household electrical appliance
Grade coefficient.
It will be appreciated that function runing time length is the overall time length of a certain function operation of household electrical appliance,
Such as: the standard laundry requirements of process of washing machine continues 1 hour, at this point, the function runing time length of the washing machine is 1 small
When, in this 1 hour, washing machine may washed, it is also possible to be dehydrated, it is generally the case that washing machine is carrying out
Power highest needed for being dehydrated, therefore, the peak power runing time length is the time span of the dehydrating function of washing machine,
If the time span of dehydrating function is 15 minutes, at this point, the peak power runing time length is 15 minutes.
To guarantee that the correctness of the electric appliance priority factor of each household electrical appliance can be according to each household in the present embodiment
Weight coefficient, function runing time length and the peak power runing time length of electric appliance determine each household electric by following formula
The electric appliance priority factor of device,
P=Δ * T*t,
Wherein, P is electric appliance priority factor, and Δ is weight coefficient, and T is function runing time length, and t is peak power fortune
Row time span.
Certainly, for above-mentioned electric appliance priority factor, the numerical value of electric appliance priority factor is smaller, correspondingly, household
The electric appliance priority of electric appliance is higher.
It should be understood that the weight coefficient is the coefficient for being used to reflect the significance level of household electrical appliance, the weight
Coefficient is smaller, then the significance level for representing household electrical appliance is higher.Such as: user does not receive DTV and powers off or drop in use
Low screen intensity, therefore, weight coefficient are settable smaller, if weight coefficient is 1；Refrigerator or washing machine it is of short duration low-power fortune
Row, the influence to user is unobvious, weight coefficient can be set it is higher, if weight coefficient is 4 or 5).
For the weight coefficients, various ways can be used and be configured, below in two ways for said
It is bright:
First way are as follows: manual setting mode；Instruction is arranged in the weight for receiving user's input, is set according to the weight
Set the weight coefficient that instruction determines each household electrical appliance.
The second way are as follows: Automatic Styles；That is same electric appliances institute of the statistics other users for each household electrical appliance
The weight coefficient of setting, and determine according to statistical result the weight coefficient of each household electrical appliance, such as: in statistical result 10 its
His user is respectively set to 3,2,1,4,2,1,3,5,2,3 for the weight coefficient of air-conditioning, at this point, these weight coefficients can be calculated
Average value 2.6, and by weight coefficient of the result 3 as air-conditioning that round up of average value.
Certainly, it can also be configured by other means, the present embodiment is without restriction to this.
The present embodiment calculates each household electrical appliance according to the work state information and work setting information of each household electrical appliance
It is then each not in the peak power statistics of each future time section according to each household electrical appliance in the peak power of each future time section
Carry out the peak power total amount of period, finally when the peak power total amount of certain future time section is more than predetermined power threshold value, root
The working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.Technical solution through the invention,
The working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance, can be staggered high-power household
The run the period of the peak power of electric appliance, the peak power total amount that dynamic controls household electrical appliance are lower than predetermined power threshold value, avoid
There is electric brake tripping.
It is the flow diagram of electric appliance peak power adjusting method second embodiment of the present invention referring to Fig. 4, Fig. 4, based on upper
Embodiment shown in Fig. 2 is stated, proposes the second embodiment of electric appliance peak power adjusting method of the present invention.
In a second embodiment, step S30 is specifically included:
S31: certain future time section peak power total amount be more than predetermined power threshold value when, by the future time section according to
Prefixed time interval is divided into multiple adjustment periods；
It should be noted that can be configured as needed for prefixed time interval, certainly, need to be less than
The time span of the target future time section, such as: 1 minute, 2 minutes, 3 minutes, 4 minutes or 5 minutes, the present embodiment was to this
It is without restriction.
S32: traversing the adjustment period of division, using the adjustment period traversed as the current adjustment period；
Working sequence for guarantee each adjustment period can be arranged, and avoid omitting, therefore, can in this implementation
The adjustment period of division is traversed, using the adjustment period traversed as the current adjustment period.
S33: true according to the electric appliance priority factor sequence from small to large of high-power household electrical appliance in the household electrical appliance
The high-power household electrical appliance run in the current adjustment period are scheduled on, to obtain the working sequence in the future time section.
It will be appreciated that the electric appliance directly using 220 volts of alternating currents and greater than 1200W is usually known as high-power household
Electric appliance, and may there is part to be not belonging to high-power household electrical appliance in the household electrical appliance, such as: the peak work of washing machine
Rate is 300W, and the peak power of refrigerator is 200W, these household electrical appliance are not belonging to high-power household electrical appliance, and the peak value of air-conditioning
Power is 2000W, and the peak power of electric heater is 2500W, these household electrical appliance belong to high-power household electrical appliance.
For power regulation, the adjusting of only high-power household electrical appliance just has preferable effect, therefore, the present embodiment
In, high-power household electrical appliance can be first screened from the household electrical appliance.
Assuming that household electrical appliance include DTV, electric heater and air-conditioning, the electric heater and air-conditioning are from the household
Screening is high-power household electrical appliance in electric appliance, at this point, can be preferential according to the electric appliance of high-power household electrical appliance in the household electrical appliance
The sequence of grade coefficient from small to large determines the high-power household electrical appliance run within the current adjustment period, to obtain the future
Working sequence in period, due to the negligible amounts of high-power household electrical appliance at this time, can directly adopt and be arranged alternately
Mode, in other words, if the electric appliance priority factor of air-conditioning is less than the electric appliance priority factor of the electric heater, at 4
It adjusts in the period, can first determine and run air-conditioning in the adjustment period 1, water heater is run in the adjustment period 2, operation in the adjustment period 3
Air-conditioning runs water heater in the adjustment period 4, specific working sequence can refer to Fig. 5, the subsequent adjustment period can and so on,
And the high-power household electrical appliance not run within the adjustment period may be configured as standby mode, that is to say, that for example: the adjustment period 1
Interior operation air-conditioning, and adjust 1 heater inside of period and be set to standby mode.
Certainly, it there may come a time when there is a situation where that high-power household electrical appliance are excessive, such as: household electrical appliance include water heater, sky
Tune, insulating pot, electric heater, DTV and electric oven, wherein other than DTV, water heater, air-conditioning, insulating pot, electric heating
Gas and electric oven belong to high-power household electrical appliance, at this point, will lead to each high-power if directlying adopt the mode being arranged alternately
Household electrical appliance can all wait for a long time, therefore, can first from high-power household electrical appliance according to electric appliance priority factor from it is small to
Big sequence chooses the high-power household electrical appliance of preset quantity, and using the high-power household electrical appliance of selection as to be adjusted high-power
Household electrical appliance are arranged alternately the high-power household electrical appliance to be adjusted, it is assumed that preset quantity 3, and high-power household
Sequence of the electric appliance according to electric appliance priority factor from small to large are as follows: water heater, electric oven, insulating pot, electric heater and air-conditioning, this
When, the high-power household electrical appliance to be adjusted are that water heater, electric oven and insulating pot therefore can be to described to be adjusted high-power
Household electrical appliance directly adopt the mode being arranged alternately, that is to say, that within 6 adjustment periods, can first determine fortune in the adjustment period 1
Row water heater runs electric oven in the adjustment period 2, insulating pot is run in the adjustment period 3, water heater is run in the adjustment period 4, is adjusted
Electric oven is run in complete cycle 5, operation insulating pot in the adjustment period 6, the subsequent adjustment period and so on.
But such that the high-power household electrical appliance in part are excessively delayed, to influence user to these household electrical appliance
Therefore normal use can be completed every time after being arranged alternately, be updated to high-power household electrical appliance to be adjusted, that is to say, that
In 6 adjustment periods, it can first determine and run water heater in the adjustment period 1, electric oven is run in the adjustment period 2, adjust in the period 3
Insulating pot is run, is once arranged alternately at this point, completing, needs again to be updated high-power household electrical appliance to be adjusted,
That is can first reduce the priority for the high-power household electrical appliance not run in adjusting the period at first n before step S33
Coefficient, the n are the integer more than or equal to 2.
If n=3, at this point, just there is the electric appliance priority factor of the high-power household electrical appliance in part to be reduced, it is assumed that big
Sequential update of the power household electrical appliance according to electric appliance priority factor from small to large are as follows: water heater, electric oven, electric heater, electric water
Pot and air-conditioning, at this point, updated high-power household electrical appliance to be adjusted are water heater, electric oven and electric heater, corresponding, adjustment
Water heater is run in period 4, and electric oven is run in the adjustment period 5, electric heater is run in the adjustment period 6.
In the concrete realization, in the priority system for reducing the high-power household electrical appliance not run in adjusting the period at first n
When number, the mode for reducing weight coefficient can be used, it is assumed that the weight coefficient of electric heater is 4, the function long operational time of heating
Degree is 2 hours, and the peak power runing time length of heating is 1 hour, at this point, the electric appliance priority factor that electric heater is initial
It is 8, when needing to reduce electric appliance priority factor, 3 can be set by the weight coefficient of electric heater, so that the electric appliance after reducing
Priority factor is 6.
In addition, the embodiment of the present invention also proposes a kind of electric appliance peak power regulating device, referring to Fig. 6, the electric appliance peak value
PCU Power Conditioning Unit includes:
Power computation module 10 calculates each for the work state information and work setting information according to each household electrical appliance
Peak power of a household electrical appliance in each future time section；
Total amount statistical module 20 counts each future for the peak power according to each household electrical appliance in each future time section
The peak power total amount of period；
Timing adjustment module 30, when being more than predetermined power threshold value for the peak power total amount in certain future time section, root
The working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.
Each module in above-mentioned apparatus can be used for realizing each step in the above method, and details are not described herein.
In addition, the embodiment of the present invention also proposes a kind of storage medium, electric appliance peak power is stored on the storage medium
Program is adjusted, the electric appliance peak power, which is adjusted, realizes following operation when program is executed by processor:
Each household electrical appliance will be calculated in each future according to the work state information of each household electrical appliance and work setting information
The peak power of period；
The peak power for counting each future time section in the peak power of each future time section according to each household electrical appliance is total
Amount；
When the peak power total amount of certain future time section is more than predetermined power threshold value, according to the preferential of each household electrical appliance
Grade coefficient adjusts the working sequence in the future time section.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
When the peak power total amount of certain future time section is more than predetermined power threshold value, by the future time section according to default
Time interval is divided into multiple adjustment periods；
The adjustment period of division is traversed, using the adjustment period traversed as the current adjustment period；
It determines and exists according to the electric appliance priority factor sequence from small to large of high-power household electrical appliance in the household electrical appliance
The high-power household electrical appliance run in the current adjustment period, to obtain the working sequence in the future time section.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
Reduce the priority factor for the high-power household electrical appliance not run in adjusting the period at first n.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
According to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length come really
The electric appliance priority factor of fixed each household electrical appliance.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
Passed through according to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length
Following formula determines the electric appliance priority factors of each household electrical appliance,
P=Δ * T*t,
Wherein, P is electric appliance priority factor, and Δ is weight coefficient, and T is function runing time length, and t is peak power fortune
Row time span.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
Instruction is arranged in the weight for receiving user's input, and the weight that instruction determines each household electrical appliance is arranged according to the weight
Coefficient；
Or,
Weight coefficient set by same electric appliances of the other users for each household electrical appliance is counted, and according to statistical result
Determine the weight coefficient of each household electrical appliance.
Further, the electric appliance peak power, which is adjusted, also realizes following operation when program is executed by processor:
Receive the work state information and work setting information of each household electrical appliance that home router is sent.
In the present embodiment, each household is calculated according to the work state information of each household electrical appliance and work setting information
Electric appliance is in the peak power of each future time section, and then the peak power according to each household electrical appliance in each future time section counts
The peak power total amount of each future time section is more than finally predetermined power threshold value in the peak power total amount of certain future time section
When, the working sequence in the future time section is adjusted according to the priority factor of each household electrical appliance.Technology through the invention
Scheme adjusts the working sequence in the future time section according to the priority factor of each household electrical appliance, and can be staggered big function
The run the period of the peak power of rate household electrical appliance, the peak power total amount that dynamic controls household electrical appliance are lower than predetermined power threshold
Value avoids the occurrence of electric brake tripping.
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 system 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 system 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 system.
The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side
Method can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but in many cases
The former is more preferably embodiment.Based on this understanding, technical solution of the present invention substantially in other words does the prior art
The part contributed out can be embodied in the form of software products, which is stored in one as described above
In storage medium (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that terminal device (it can be mobile phone,
Computer, server, air conditioner or network equipment etc.) execute method described in each embodiment of the present invention.
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 (10)
1. a kind of electric appliance peak power adjusting method, which comprises the following steps:
Each household electrical appliance are calculated in each future time according to the work state information of each household electrical appliance and work setting information
The peak power of section；
The peak power total amount of each future time section is counted in the peak power of each future time section according to each household electrical appliance；
When the peak power total amount of certain future time section is more than predetermined power threshold value, according to the priority system of each household electrical appliance
Number is to adjust the working sequence in the future time section.
2. electric appliance peak power adjusting method as described in claim 1, which is characterized in that the peak in certain future time section
When being worth power total amount more than predetermined power threshold value, adjusted according to the priority factor of each household electrical appliance in the future time section
Working sequence, specifically include:
When the peak power total amount of certain future time section is more than predetermined power threshold value, by the future time section according to preset time
Interval is divided into multiple adjustment periods；
The adjustment period of division is traversed, using the adjustment period traversed as the current adjustment period；
It determines according to the electric appliance priority factor sequence from small to large of high-power household electrical appliance in the household electrical appliance described
The high-power household electrical appliance run in the current adjustment period, to obtain the working sequence in the future time section.
3. electric appliance peak power adjusting method as claimed in claim 2, which is characterized in that described according in the household electrical appliance
The sequence determination of the electric appliance priority factor of high-power household electrical appliance from small to large runs big within the current adjustment period
Power household electrical appliance, before obtaining the working sequence in the future time section, the electric appliance peak power adjusting method is also wrapped
It includes:
Reduce the priority factor for the high-power household electrical appliance not run in adjusting the period at first n, the n is more than or equal to 2
Integer.
4. electric appliance peak power adjusting method according to any one of claims 1 to 3, which is characterized in that the basis is each
The priority factor of a household electrical appliance is come before adjusting the working sequence in the future time section, the electric appliance peak power is adjusted
Method further include:
It is determined according to the weight coefficient of each household electrical appliance, function runing time length and peak power runing time length each
The electric appliance priority factor of a household electrical appliance.
5. electric appliance peak power adjusting method as claimed in claim 4, which is characterized in that according to the weight of each household electrical appliance
Coefficient, function runing time length and peak power runing time length determine that the electric appliance of each household electrical appliance is excellent by following formula
First grade coefficient,
P=Δ * T*t,
Wherein, P is electric appliance priority factor, and Δ is weight coefficient, and T is function runing time length, when t is that peak power is run
Between length.
6. electric appliance peak power adjusting method as claimed in claim 5, which is characterized in that described according to each household electrical appliance
Weight coefficient, function runing time length and peak power runing time length determine the electric appliance priority of each household electrical appliance
Before coefficient, the electric appliance peak power adjusting method further include:
Instruction is arranged in the weight for receiving user's input, and the weight system that instruction determines each household electrical appliance is arranged according to the weight
Number；
Or,
Weight coefficient set by same electric appliances of the other users for each household electrical appliance is counted, and is determined according to statistical result
The weight coefficient of each household electrical appliance.
7. electric appliance peak power adjusting method according to any one of claims 1 to 3, which is characterized in that the basis is each
The work state information and work setting information of a household electrical appliance calculate each household electrical appliance in the peak work of each future time section
Before rate, the electric appliance peak power adjusting method further include:
Receive the work state information and work setting information of each household electrical appliance that home router is sent.
8. a kind of electric appliance peak power regulating device, which is characterized in that the electric appliance peak power regulating device includes:
Power computation module, for calculating each household according to the work state information and work setting information of each household electrical appliance
Peak power of the electric appliance in each future time section；
Total amount statistical module counts each future time section for the peak power according to each household electrical appliance in each future time section
Peak power total amount；
Timing adjustment module, when being more than predetermined power threshold value for the peak power total amount in certain future time section, according to each
The priority factor of household electrical appliance adjusts the working sequence in the future time section.
9. a kind of server, which is characterized in that the server includes: memory, processor and is stored on the memory
And the electric appliance peak power that can be run on the processor adjusts program, the electric appliance peak power adjusts program by the place
Manage the step of realizing the electric appliance peak power adjusting method as described in any one of claims 1 to 7 when device executes.
10. a kind of storage medium, which is characterized in that it is stored with electric appliance peak power on the storage medium and adjusts program, it is described
Electric appliance peak power adjusts the electric appliance peak work realized as described in any one of claims 1 to 7 when program is executed by processor
The step of rate adjusting method.
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| CN201811588918.7A CN109861889B (en) | 2018-12-25 | 2018-12-25 | Electrical appliance peak power adjusting method and device, server and storage medium |
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| CN201811588918.7A CN109861889B (en) | 2018-12-25 | 2018-12-25 | Electrical appliance peak power adjusting method and device, server and storage medium |
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