CN104183997A - Peak shifting control power socket based on virtual energy storage and control method thereof - Google Patents
Peak shifting control power socket based on virtual energy storage and control method thereof Download PDFInfo
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- CN104183997A CN104183997A CN201410405013.7A CN201410405013A CN104183997A CN 104183997 A CN104183997 A CN 104183997A CN 201410405013 A CN201410405013 A CN 201410405013A CN 104183997 A CN104183997 A CN 104183997A
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Abstract
The invention relates to a peak shifting control power socket based on virtual energy storage and a control method of the peak shifting control power socket based on virtual energy storage. According to the peak shifting control power socket based on virtual energy storage and the control method of the peak shifting control power socket based on virtual energy storage, real-time control voltage existing during peak shifting shutdown and real-time control voltage existing during peak-shifting voltage regulation are transmitted to the power socket through a peak shifting control interface, a double-pole double-throw peak shifting shutdown switch, a double-pole double-throw peak shifting voltage regulating switch, a peak shifting shutdown power socket, a peak shifting voltage regulating power socket and a power plug by means of an output control module of a power line carrier power utilization parameter receiving and controlling device, a power consumer determines whether the power socket responds to or does not respond to the relevant peak shifting control through selection through the double-pole double-throw peak shifting shutdown switch and the double-pole double-throw peak shifting voltage regulating switch according to requirements of the power consumer, different peak shifting control schemes can be adopted for the electrical load in different power utilization peak-valley time periods, the cycle working time of electric equipment is controlled reasonably, and peak shifting load control for peak load shifting of a power grid is achieved. By the adoption of the peak shifting control power socket based on virtual energy storage and the control method of the peak shifting control power socket based on virtual energy storage, load control for peak load shifting of the power grid is optimized, the peak-valley load difference existing during operation of the power grid is reduced, energy is saved, and consumption is reduced.
Description
Technical field
The invention belongs to intelligent grid application, relate in particular to a kind of avoid the peak hour control supply socket and control method based on virtual energy storage.
Background technology
At present, in intelligent grid application, there is no a kind of control supply socket of avoiding the peak hour based on virtual energy storage technology.Known various Portable power socket is mainly a kind of for power consumption equipment provides the device of compact power, and number of patent application CN201310339965 has proposed a kind of intelligent power socket and control system.This intelligent power socket comprises central processing unit, electric energy metering module, WiFi module, control switch, display module, the aobvious button of wheel and sample circuit, and described central processing unit is connected with described electric energy metering module, WiFi module, control switch, display module, the aobvious button of wheel respectively; Described sample circuit is connected with electric energy metering module; Described sample circuit is used for gathering electric current and voltage, and the electric current of collection and voltage are inputted to described electric energy metering module; Described electric energy metering module obtains electric energy according to electric current and voltage; Described display module is used for showing described electric energy; Described central processing unit is according to unlatching and the shutoff of control switch described in the input signal control of WiFi module.Above-mentioned intelligent power socket and control system, can calculate electric energy by electric energy metering module, and the opening and closing of the input signal control control switch by WiFi module, show electric energy etc. by display module.This device has been realized supply socket opening and closing control, cannot meet virtual energy storage control requirement, realizes the interaction of power consumer with electric power system, reaches electrical network peak load shifting best results.
Dsm: under the support of government regulation and policy; take effectively excitation and guiding measure and suitable function mode; jointly pull together by genco, grid company, ESCO, social intermediary, product vendor, power consumer etc.; improve terminal power consumption efficiency and change power mode; in meeting equally with Electricity Functional, reduce electric quantity consumption and electricity needs; reach and economize on resources and protection of the environment, realize the management activity that social benefit is best, each side is benefited, least cost energy services is carried out.
Peak load shifting: a part of peak load is moved to low-valley interval, thereby the peak load of minimizing operation of power networks is poor, has realized the object of energy savings.
Virtual energy storage technology: be a kind of based on demand Side Management and time-of-use tariffs strategy, the raising power consumption equipment paddy section power consumption of realizing by intelligent grid, reduces load and energy administrative skill sharp, crest segment power consumption.Comprise the shutoff of avoiding the peak hour, the pressure regulation of avoiding the peak hour, avoid the peak hour and adjust three kinds of control modes of ginseng.
The shutoff of avoiding the peak hour: electricity consumption point, crest segment time are turn-offed the control mode of power load.
The pressure regulation of avoiding the peak hour: electricity consumption point, crest segment time are reduced the control mode of power load operating voltage.
Summary of the invention
The present invention solves the output that utilizes power line carrier power consumption parameter receiving control device, the control mode of avoiding the peak hour of load is set according to self-demand by power consumer, at different electricity consumption peak interval of time, take the difference control program of avoiding the peak hour according to different load, rationally control the cycling time of power consumption equipment, thereby the load of avoiding the peak hour of realizing electrical network peak load shifting is controlled, reach energy-saving and cost-reducing object and provide a kind of simple in structure, easy to install, increase work efficiency control supply socket and control method based on avoiding the peak hour of virtual energy storage.
The control supply socket control method of avoiding the peak hour based on virtual energy storage technology of the embodiment of the present invention, the power consumer that should control supply socket control method based on avoiding the peak hour of virtual energy storage technology is selected the control mode of avoiding the peak hour of power load by double-pole double-throw stopcock and the double-pole double-throw tap changer of avoiding the peak hour of avoiding the peak hour, the output control signal that is received power line carrier power consumption parameter receiving control device by the control interface of avoiding the peak hour realizes the control of avoiding the peak hour, by attaching plug, be connected in ac power circuit and double-pole double-throw and avoid the peak hour that the double-throw tap changer of avoiding the peak hour is connected stopcock with double-pole, realize alternating voltage normal power supply.
Another object of the present invention is to provide a kind of control supply socket of avoiding the peak hour based on virtual energy storage, should control supply socket based on avoiding the peak hour of virtual energy storage and comprise: double-pole double-throw avoid the peak hour stopcock, the control interface of avoiding the peak hour, double-pole double-throw avoid the peak hour tap changer, the power cutoff socket of avoiding the peak hour, attaching plug, the voltage controller power source socket of avoiding the peak hour;
Avoid the peak hour 5 in stopcock, 6 contacts of double-pole double-throw connects with 1,2 contacts of the control interface of avoiding the peak hour, avoid the peak hour 1 in stopcock, 2 contacts of double-pole double-throw connects with 1,2 contacts of attaching plug, and double-pole double-throw 3 in the stopcock, 4 of avoiding the peak hour selects contacts to connect with 2,1 contact of the power cutoff socket of avoiding the peak hour.Avoid the peak hour 5 in tap changer, 6 contacts of double-pole double-throw connects with 3,4 contacts of the control interface of avoiding the peak hour, avoid the peak hour 1 in tap changer, 2 contacts of double-pole double-throw connects with 1,2 contacts of attaching plug, and double-pole double-throw 3 in the tap changer, 4 of avoiding the peak hour selects contacts to connect with 2,1 contact of the voltage controller power source socket of avoiding the peak hour.Avoid the peak hour 0 contact of power cutoff socket, the voltage controller power source socket of avoiding the peak hour 0 contact with attaching plug 0 contact connect.
Further, avoid the peak hour control interface employing 2 × 2 double sockets as connector.
Further, whether the double-pole double-throw stopcock of avoiding the peak hour is controlled for selecting power load to respond to avoid the peak hour to turn-off.
Further, double-pole double-throw is avoided the peak hour tap changer for selecting power load whether to respond the Regulation Control of avoiding the peak hour.
Further, attaching plug is connected in ac power circuit and double-pole double-throw and avoids the peak hour that the double-throw tap changer of avoiding the peak hour is connected stopcock with double-pole, realizes alternating voltage normal power supply.
Advantage and good effect that the present invention has are: because the present invention is by the control interface of avoiding the peak hour, the double-pole double-throw stopcock of avoiding the peak hour, the double-pole double-throw tap changer of avoiding the peak hour, the power cutoff socket of avoiding the peak hour, the voltage controller power source socket of avoiding the peak hour, attaching plug, utilize the output control module of power line carrier power consumption parameter receiving control device, by avoiding the peak hour, the real-time control voltage of avoid the peak hour shutoff and the pressure regulation of avoiding the peak hour is passed to supply socket by control interface, by power consumer according to self-demand by the double-pole double-throw stopcock of avoiding the peak hour, the double-pole double-throw tap changer of avoiding the peak hour selects supply socket whether to respond the relevant control of avoiding the peak hour, make power load at different electricity consumption peak interval of time, can take the difference control program of avoiding the peak hour, rationally control the cycling time of power consumption equipment, thereby the load of avoiding the peak hour of having realized electrical network peak load shifting is controlled.The present invention is for receiving the output of power line carrier power consumption parameter receiving control device and according to the control mode of avoiding the peak hour of power consumer wish selection power consumption equipment, making the load control of electrical network peak load shifting reach optimum state.For example residential electricity consumption family, by a kind of based on virtual energy storage technology avoid the peak hour control supply socket and according to power consumer wish select lighting apparatus be the Regulation Control pattern of avoiding the peak hour; The electrical equipment such as washing machine, juice extractor adopts the shutoff control model of avoiding the peak hour; Thereby reduce point, crest segment power consumption, improve paddy section power consumption, by the control mode of avoiding the peak hour of power consumption equipment, can make the load control of electrical network peak load shifting reach optimum state; Thereby the peak load that has reduced operation of power networks is poor, realize energy-saving and cost-reducing object.
Brief description of the drawings
Fig. 1 is the control electric outlet structure schematic diagram of avoiding the peak hour based on virtual energy storage that the embodiment of the present invention provides;
In figure: 1, the double-pole double-throw stopcock of avoiding the peak hour; 2, the control interface of avoiding the peak hour; 3, the double-pole double-throw tap changer of avoiding the peak hour; 4, the power cutoff socket of avoiding the peak hour; 5, attaching plug; 6, the voltage controller power source socket of avoiding the peak hour connects to form;
Fig. 2 is the control interface structural representation of avoiding the peak hour that the embodiment of the present invention provides.
Embodiment
For further understanding summary of the invention of the present invention, Characteristic, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows.
As shown in Figure 1, the embodiment of the present invention control supply socket mainly by: double-pole double-throw avoid the peak hour stopcock 1, the control interface 2 of avoiding the peak hour, double-pole double-throw avoid the peak hour tap changer 3, the power cutoff socket 4 of avoiding the peak hour, attaching plug 5, the voltage controller power source socket 6 of avoiding the peak hour based on avoiding the peak hour of virtual energy storage;
Double-pole double-throw stopcock 1, the double-pole double-throw tap changer 3 of avoiding the peak hour of avoiding the peak hour is connected with the control interface 2 of avoiding the peak hour, avoid the peak hour stopcock 1 of double-pole double-throw connects the power cutoff socket 4 of avoiding the peak hour, avoid the peak hour tap changer 3 of double-pole double-throw connects the voltage controller power source socket 6 of avoiding the peak hour, and attaching plug 5 connects double-pole double-throw avoid the peak hour stopcock 1, double-pole double-throw avoid the peak hour tap changer 3, avoid the peak hour power cutoff socket 4 and the voltage controller power source socket 6 of avoiding the peak hour.
5,6 contacts that double-pole double-throw is avoided the peak hour in stopcock 1 connect with 1,2 contacts of the control interface 2 of avoiding the peak hour, 1,2 contacts that double-pole double-throw is avoided the peak hour in stopcock 1 with attaching plug 51,2 contacts connect, double-pole double-throw avoid the peak hour 3,4 in stopcock 1 select contact with avoid the peak hour power cutoff socket 42,1 contact connect.5,6 contacts that double-pole double-throw is avoided the peak hour in tap changer 3 connect with 3,4 contacts of the control interface 2 of avoiding the peak hour, 1,2 contacts that double-pole double-throw is avoided the peak hour in tap changer 3 with attaching plug 51,2 contacts connect, double-pole double-throw avoid the peak hour 3,4 in tap changer 3 select contact with avoid the peak hour voltage controller power source socket 62,1 contact connect.Avoid the peak hour 0 contact of power cutoff socket 4, the voltage controller power source socket 6 of avoiding the peak hour 0 contact with attaching plug 50 contact connect.
Control interface 2, double-pole double-throw the avoid the peak hour tap changer 3, the power cutoff socket 4 of avoiding the peak hour, the voltage controller power source socket 6 of avoiding the peak hour, attaching plug 5 of stopcock 1, double-pole double-throw of avoiding the peak hour of avoiding the peak hour connects, for realizing the control of avoiding the peak hour of power load;
The control interface 2 of avoiding the peak hour, adopts 2 × 2 double sockets as connector, for receiving the output control signal of power line carrier power consumption parameter receiving control device;
The double-pole double-throw stopcock 1 of avoiding the peak hour is connected with the power cutoff socket 4 of avoiding the peak hour, the selection control interface 2 of avoiding the peak hour is connected with the power cutoff socket 4 of avoiding the peak hour, be used for realizing power load avoid the peak hour turn-off control, select attaching plug 5 to be connected with the power cutoff socket 4 of avoiding the peak hour, do not respond for realizing power load the shutoff control of avoiding the peak hour;
The double-pole double-throw tap changer 3 of avoiding the peak hour is connected with the voltage controller power source socket 6 of avoiding the peak hour, the selection control interface 2 of avoiding the peak hour is connected with the voltage controller power source socket 6 of avoiding the peak hour, be used for realizing the power load Regulation Control of avoiding the peak hour, select attaching plug 5 to be connected with the voltage controller power source socket 6 of avoiding the peak hour, do not respond for realizing power load the Regulation Control of avoiding the peak hour;
Attaching plug 5, is connected in ac power circuit and double-pole double-throw and avoids the peak hour that the double-throw tap changer 3 of avoiding the peak hour is connected stopcock 1 with double-pole, realizes alternating voltage normal power supply.
Operation principle of the present invention: allomeric function is by the control interface of avoiding the peak hour, the double-pole double-throw stopcock of avoiding the peak hour, the double-pole double-throw tap changer of avoiding the peak hour, the power cutoff socket of avoiding the peak hour, the voltage controller power source socket of avoiding the peak hour, attaching plug, utilize the output control module of power line carrier power consumption parameter receiving control device, by avoiding the peak hour, the real-time control voltage of avoid the peak hour shutoff and the pressure regulation of avoiding the peak hour is passed to supply socket by control interface, by power consumer according to self-demand by the double-pole double-throw stopcock of avoiding the peak hour, the double-pole double-throw tap changer of avoiding the peak hour selects supply socket whether to respond the relevant control of avoiding the peak hour, make power load at different electricity consumption peak interval of time, can take the difference control program of avoiding the peak hour, rationally control the cycling time of power consumption equipment, thereby the load of avoiding the peak hour of having realized electrical network peak load shifting is controlled.
The pin that is as shown in Figure 2 the control interface of avoiding the peak hour of system is arranged, and adopts 2 × 2 double sockets as connector, and its interface pin defines in table 1;
Table 1
Of the present inventionly control the implementation method of supply socket based on avoiding the peak hour of virtual energy storage technology and comprise: power consumer is selected the control mode of avoiding the peak hour of power load by double-pole double-throw stopcock and the double-pole double-throw tap changer of avoiding the peak hour of avoiding the peak hour, the output that is received power line carrier power consumption parameter receiving control device in prior art by the control interface of avoiding the peak hour realizes the control of avoiding the peak hour, by attaching plug, be connected in ac power circuit and double-pole double-throw and avoid the peak hour that the double-throw tap changer of avoiding the peak hour is connected stopcock with double-pole, realize alternating voltage normal power supply.
Of the present inventionly a kind ofly control supply socket based on avoiding the peak hour of virtual energy storage technology and make peak interval of time that power consumer can issue according to electric power system and the power consumption parameter of each peak interval of time, select the control mode of avoiding the peak hour of power consumption equipment, thereby make electric power system dsm extend to user side, realize the object of electrical network peak load shifting, promote the load and energy management under intelligent grid environment.
The above is only to preferred embodiment of the present invention, not the present invention is done to any pro forma restriction, every foundation technical spirit of the present invention is to any simple modification made for any of the above embodiments, and equivalent variations and modification, all belong in the scope of technical solution of the present invention.
Claims (6)
1. control supply socket control method based on avoiding the peak hour of virtual energy storage technology for one kind, it is characterized in that, the power consumer that should control supply socket control method based on avoiding the peak hour of virtual energy storage technology is selected the control mode of avoiding the peak hour of power load by double-pole double-throw stopcock and the double-pole double-throw tap changer of avoiding the peak hour of avoiding the peak hour, the output control signal that is received power line carrier power consumption parameter receiving control device by the control interface of avoiding the peak hour realizes the control of avoiding the peak hour, by attaching plug, be connected in ac power circuit and double-pole double-throw and avoid the peak hour that the double-throw tap changer of avoiding the peak hour is connected stopcock with double-pole, realize alternating voltage normal power supply.
2. the control supply socket of avoiding the peak hour based on virtual energy storage, it is characterized in that, should control supply socket based on avoiding the peak hour of virtual energy storage and comprise: double-pole double-throw avoid the peak hour stopcock, the control interface of avoiding the peak hour, double-pole double-throw avoid the peak hour tap changer, the power cutoff socket of avoiding the peak hour, attaching plug, the voltage controller power source socket of avoiding the peak hour;
Double-pole double-throw stopcock, the double-pole double-throw tap changer of avoiding the peak hour of avoiding the peak hour is connected with the control interface of avoiding the peak hour, the double-pole double-throw stopcock of avoiding the peak hour connects the power cutoff socket of avoiding the peak hour, the double-pole double-throw tap changer of avoiding the peak hour connects the voltage controller power source socket of avoiding the peak hour, and attaching plug connects double-pole double-throw avoid the peak hour stopcock, double-pole double-throw avoid the peak hour tap changer, avoid the peak hour power cutoff socket and the voltage controller power source socket of avoiding the peak hour.
3. the control supply socket of avoiding the peak hour based on virtual energy storage as claimed in claim 2, is characterized in that, the control interface of avoiding the peak hour adopts 2 × 2 double sockets as connector.
4. the control supply socket of avoiding the peak hour based on virtual energy storage technology as claimed in claim 2, is characterized in that, whether the double-pole double-throw stopcock of avoiding the peak hour is controlled for selecting power load to respond to avoid the peak hour to turn-off.
5. the control supply socket of avoiding the peak hour based on virtual energy storage technology as claimed in claim 2, is characterized in that, double-pole double-throw is avoided the peak hour tap changer for selecting power load whether to respond the Regulation Control of avoiding the peak hour.
6. the control supply socket of avoiding the peak hour based on virtual energy storage technology as claimed in claim 2, it is characterized in that, attaching plug is connected in ac power circuit and double-pole double-throw and avoids the peak hour that the double-throw tap changer of avoiding the peak hour is connected stopcock with double-pole, realizes alternating voltage normal power supply.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410405013.7A CN104183997B (en) | 2014-08-18 | 2014-08-18 | A kind of control supply socket and control method of avoiding the peak hour based on virtual energy storage |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410405013.7A CN104183997B (en) | 2014-08-18 | 2014-08-18 | A kind of control supply socket and control method of avoiding the peak hour based on virtual energy storage |
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| CN104183997A true CN104183997A (en) | 2014-12-03 |
| CN104183997B CN104183997B (en) | 2016-09-07 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107565284A (en) * | 2017-08-14 | 2018-01-09 | 国网天津市电力公司 | A kind of virtual energy storage control power outlet and control method based on power line carrier |
| CN110488685A (en) * | 2019-08-02 | 2019-11-22 | 国网天津市电力公司 | A kind of avoiding the peak hour based on virtual energy storage controls power outlet and control method |
| CN111342313A (en) * | 2018-12-18 | 2020-06-26 | 赫普科技发展（北京）有限公司 | Block chain intelligent remote control patch board |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN104183997B (en) | 2016-09-07 |
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Address after: 300010 Tianjin city Hebei District Wujing Road No. 39 Applicant after: State Grid Corporation of China Applicant after: State Grid Tianjin Electric Power Company Address before: 100031 Xicheng District West Chang'an Avenue, No. 86, Beijing Applicant before: State Grid Corporation of China Applicant before: State Grid Tianjin Electric Power Company |
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