CN103956834B - A kind of user side duty control method and system - Google Patents

A kind of user side duty control method and system Download PDF

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Publication number
CN103956834B
CN103956834B CN201410217322.1A CN201410217322A CN103956834B CN 103956834 B CN103956834 B CN 103956834B CN 201410217322 A CN201410217322 A CN 201410217322A CN 103956834 B CN103956834 B CN 103956834B
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default control
control
control pattern
default
pattern
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CN103956834A (en
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凌平
谢迎新
刘茵
陈跃辉
王风雨
张宇
刘隽
方陈
伍亮
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State Grid Corp of China SGCC
State Grid Shanghai Electric Power Co Ltd
Beijing Guodiantong Network Technology Co Ltd
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State Grid Corp of China SGCC
State Grid Shanghai Electric Power Co Ltd
Beijing Guodiantong Network Technology Co Ltd
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Abstract

The present invention discloses a kind of user side duty control method and system.Method comprises: carry out protocol adaptation to different load equipment; Obtain controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged; Receive the control command including the first default control pattern of user's input; The first default control instruction set is generated according to described first default control pattern, described controling parameters information and described operation of power networks information; Command adapted thereto is performed according to described first default control instruction set control overhead equipment.Adopt user side duty control method disclosed by the invention and system, user side load control system in prior art can be avoided generally passively can only to accept the problem of upper strata main website or Systematical control, user can be realized and according to actual need for electricity, Based Intelligent Control is carried out to user side load control system.

Description

A kind of user side duty control method and system
Technical field
The present invention relates to electric power system for electrical domain, particularly relate to a kind of user side duty control method and system.
Background technology
Conservative control is carried out to power consumer load, not only effectively can improve the shape of load curve, but also the utilance of equipment can be improved.Along with going deep into of intelligent grid and demand Side Management theory, the operational mode of electrical network just develops towards the new direction of two-way interaction, polynary service, intelligent response, efficient energy-saving.The requirement of user to power supply service is more and more higher, and electrical network was dominated in the past, the power supply service pattern of the passive acceptance of user can not meet the demand for services of user individual, differentiation.
Existing user side load control system generally to check meter, the function such as simple switch control serves as theme monitor user ' load variations situation, has distant control function, can according to the automatic trip of power load situation.
But, this user side spatial load forecasting based on switch control rule is a kind of control model of extensive style, information interaction between user and user side load control system is not strong, user side load control system generally passively can only accept the control of upper strata main website or system, and user cannot carry out Based Intelligent Control according to actual need for electricity to user side load control system.
Summary of the invention
The object of this invention is to provide a kind of user side duty control method and system, the problem of Based Intelligent Control cannot be carried out to user side load control system according to actual need for electricity in order to solve user in prior art.
For achieving the above object, the invention provides following scheme:
A kind of user side duty control method, comprising:
Protocol adaptation is carried out to different load equipment;
Obtain controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
Receive the control command including the first default control pattern of user's input;
The first default control instruction set is generated according to described first default control pattern, described controling parameters information and described operation of power networks information;
Command adapted thereto is performed according to described first default control instruction set control overhead equipment.
Preferably, also comprise:
Whether real-time detection exists the execution request of the second default control pattern, obtains testing result;
When described testing result is yes, wake described second default control pattern up, judge whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern;
When described testing result is no, continue the execution request whether real-time detection exists the second default control pattern, obtain testing result.
Preferably, perform the control flow of described second default control pattern, comprising:
Obtain the parameter information that higher level main website issues, select the second default control pattern;
The parameter information issued according to described second default control pattern, described higher level main website and described operation of power networks information generate the second default control instruction set;
Command adapted thereto is performed according to described second default control instruction set control overhead equipment.
Preferably, perform the control flow jointly controlling pattern, comprising:
Obtain the parameter information that issues of higher level main website, select to jointly control pattern in conjunction with described first default control pattern and described second default control pattern;
According to described in jointly control pattern, parameter information that described controling parameters information, described higher level main website issue and described operation of power networks information generates and jointly controls instruction set;
Jointly control instruction set control overhead equipment described in foundation and perform command adapted thereto.
Preferably, protocol adaptation is carried out to different load equipment, comprising:
Initialization system thread;
Start communication thread;
Initializtion protocol pond;
Create protocol class example;
Data after storage protocol adaptation.
A kind of user side duty control method, comprising:
Protocol adaptation is carried out to different load equipment;
The parameter information that acquisition higher level main website issues and operation of power networks information;
Receive the control command including the first default control pattern of user's input;
The parameter information issued according to described first default control pattern, described higher level main website and described operation of power networks information generate the first default control instruction set;
Command adapted thereto is performed according to described first default control instruction set control overhead equipment;
Whether real-time detection exists the execution request of the second default control pattern, obtains testing result;
When described testing result is yes, wake described second default control pattern up, judge whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.
A kind of user side load control system, comprising:
Protocol adaptation module, for carrying out protocol adaptation to different load equipment;
Data obtaining module, for obtaining controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
First default control mode selection module, for receiving the control command including the first default control pattern of user's input;
First control command collection generation module, for generating the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Load equipment control module, for performing command adapted thereto according to described first default control instruction set control overhead equipment.
Preferably, also comprise:
Detection module, for detecting the execution request that whether there is the second default control pattern in real time, obtains testing result;
Default control mode switch module, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.
Preferably, described default control mode switch module, comprising:
Judging unit, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result;
Second default control mode switch element, for being yes when described judged result, closing described first default control pattern, performing the control flow of described second default control pattern;
Jointly controlling mode switch element, for being no when described judged result, in conjunction with described first default control pattern and described second default control pattern, performing the control flow jointly controlling pattern.
Preferably, described protocol adaptation module comprises:
System thread initialization unit, for initialization system thread;
Communication thread start unit, for starting communication thread;
Protocol pool start unit, for initializtion protocol pond;
Protocol class example creating unit, for creating protocol class example;
Memory cell, for the data after storage protocol adaptation.
According to specific embodiment provided by the invention, the invention discloses following technique effect:
User side duty control method disclosed by the invention and system, after protocol adaptation is carried out to different load equipments, first, obtain controling parameters information and operation of power networks information, described controling parameters information can be arranged by user, then, receive the control command including the first default control pattern of user's input, according to the control command including the first default control pattern of user's input, controling parameters information and operation of power networks information generate the first default control instruction set, command adapted thereto is performed according to described first default control instruction set control overhead equipment.Technical scheme provided by the invention, overcome user side load control system in prior art and generally passively can only accept the problem of upper strata main website or Systematical control, can by obtaining user to the setting of controling parameters information and receive the control that the selection of user to the first default control pattern accepts user, thus user can be realized according to actual need for electricity, Based Intelligent Control is carried out to user side load control system.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The flow chart of a kind of user side duty control method that Fig. 1 provides for the embodiment of the present invention;
In Fig. 2 embodiment of the present invention one, different load equipment is carried out to the flow chart of the method for protocol adaptation;
The flow chart of another user side duty control method that Fig. 3 embodiment of the present invention two provides;
Fig. 4 is the flow chart of the method for the control flow performing the second default control pattern in the embodiment of the present invention two;
Fig. 5 performs the flow chart jointly controlling the method for the control flow of pattern in the embodiment of the present invention two;
Fig. 6 is the flow chart of the embodiment of the present invention three another user side duty control method disclosed;
The structure chart of Fig. 7 a kind of user side load control system disclosed in the embodiment of the present invention;
Fig. 8 is the structure chart of the embodiment of the present invention another user side load control system disclosed;
The structure chart of default control mode switch module in Fig. 9 Fig. 8 disclosed in the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
For enabling above-mentioned purpose of the present invention, feature and advantage become apparent more, and below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation.
Embodiment one
Refer to Fig. 1, the flow chart of a kind of user side duty control method that Fig. 1 provides for the embodiment of the present invention.As shown in Figure 1, the method comprises:
Step S101: protocol adaptation is carried out to different load equipment;
Concrete, carry out protocol adaptation, need to carry out adaptation according to the difference of application layer protocol.The embodiment of the present invention is set forth for 376.1 (power user power consumption information acquisition system communication protocols: main website and acquisition terminal communication protocol).Refer to Fig. 2, Fig. 2 is the flow chart of the method for in the embodiment of the present invention one, different load equipment being carried out to protocol adaptation.As shown in Figure 2, the method comprises:
Step S1011: initialization system thread;
Concrete, read configuration file, from XML (eXtensibleMarkupLanguage: extend markup language) file, obtain the information such as load equipment title, protocol type, PORT COM, IP address, initializtion protocol class.Described configuration file is stored in local configuration information storehouse, concrete, comprise the configuration information required for information gathering such as ammeter, concentrator, controller, these information can be divided into structuring and unstructured information two kinds, structured message is stored in mini-relational data base, and unstructured information is stored in XML file.
Step S1012: start communication thread;
Concrete, create and send and buffer queue, create transmission timer.System clock inspection per second UDP (UserDataProtocol: User Datagram Protoco (UDP)) sends buffering area, retransmits data cached, upgrades timer.Described communication thread is responsible for carrying out communication with load equipment, transmission data.
Step S1013: initializtion protocol thread pool;
Concrete, from configuration file, read load equipment and its parameter of the configuration of this collection point, above issue configuration server, obtain load equipment and its parameter of this collection point configuration service end from configuration server, replace with local XML file.If with configuration server Communications failure just starts agreement thread pool with local configuration; If configuration server is without this collection point configuration information, then configuration server records the configuration information of this received collection point automatically.
Step S1014: create protocol class example;
Concrete, read XML file, produce corresponding protocol class example, protocol class example is put into the startup queue of protocol pool, right latecomer message starts the thread of this load equipment image data to protocol class example.
Also comprise, step S1015: the data after storage protocol adaptation;
Concrete, the data uploaded after protocol adaptation according to certain form stored in memory database, wherein agreement thread and data acquisition carry out data interaction by IPC (Inter-ProcessCommunication: interprocess communication) mode between storing, consider the requirement of real-time Data Transmission to efficiency, adopt binary transmissions agreement, content mainly comprises: collection point numbering, data item numbering, data value, acquisition time.By step S101, can realize carrying out Auto-matching connection to dissimilar load equipment, complete information gathering and control protocol is changed, for electricity consumption monitoring and analysis, Based Intelligent Control be carried out to load equipment data supporting is provided.
Step S102: obtain controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
Concrete, the parameter information that described user is arranged is the controling parameters that user sets according to self actual demand, can comprise: control the date, control time, controls lower load down.
Step S103: the control command including the first default control pattern receiving user's input;
Concrete, described first default control pattern optionally, is user's daily control pattern.
Step S104: generate the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Concrete, the scene of user's daily control pattern is normally principle with " this use is then used; this province then economizes ", object is optimized for and the efficiency management and control action carried out with user power utilization persistence, it is produced in conjunction with user self, living needs setup control parameter, the control overflow of the controling parameters set according to described user, described operation of power networks information and described user's daily control pattern, generates the first default control instruction set.Described operation of power networks information comprises: the peak value of electrical network, valley and level values, the peak valley section at ordinary times of electrical network, electricity price.The timing optimization that certain user also manually can formulate single or multiple load equipment runs control combination.
Step S105: perform command adapted thereto according to described first default control instruction set control overhead equipment.
User side duty control method disclosed in the embodiment of the present invention one, after protocol adaptation is carried out to different load equipments, first, obtain controling parameters information and operation of power networks information, described controling parameters information can be arranged by user, then, receive the control command including the first default control pattern of user's input, according to the control command including the first default control pattern of user's input, controling parameters information and operation of power networks information generate the first default control instruction set, command adapted thereto is performed according to described first default control instruction set control overhead equipment.Technical scheme provided by the invention, overcome user side load control system in prior art and generally passively can only accept the problem of upper strata main website or Systematical control, can by obtaining user to the setting of controling parameters information and receive the control that the selection of user to the first default control pattern accepts user, thus user can be realized according to actual need for electricity, Based Intelligent Control is carried out to user side load control system.
Embodiment two
Refer to Fig. 3, the flow chart of another user side duty control method that Fig. 3 provides for the embodiment of the present invention two.As shown in Figure 3, the method comprises:
Step S301: protocol adaptation is carried out to different load equipment;
Step S302: obtain controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
Step S303: the control command including the first default control pattern receiving user's input;
Step S304: generate the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Step S305: perform command adapted thereto according to described first default control instruction set control overhead equipment;
Step S306: whether detection in real time exists the execution request of the second default control pattern, obtains testing result;
Concrete, described second default control pattern is demand response control model, and testing result is for being or no.When described testing result is yes, perform step S307; When described testing result is no, continue to perform step S306.
Step S307: wake described second default control pattern up, judge whether it is single control model, obtain judged result.When described judged result is yes, perform step S308; When described judged result is no, perform step S309.
Step S308: close described first default control pattern, performs the control flow of described second default control pattern;
Concrete, refer to Fig. 4, Fig. 4 is the flow chart of the method for the control flow performing the second default control pattern in the embodiment of the present invention two.As shown in Figure 4, the method comprises:
Step S401: obtain the parameter information that higher level main website issues, select the second default control pattern;
Concrete, described second default control pattern is demand response control model.The scene of demand response control model is then user is the economic incentives responded when high electricity price or system reliability are on the hazard and the temporary change of electricity consumption form made, it comprise based on price and based on two kinds of demand response modes of excitation.Demand response control strategy based on price is a series of control command set that user generates for responsive electricity grid peak valley ordinary telegram valency information.Concrete, when the peak period of grid side arrives, this terminal installation can cut out some load equipments or falls lotus process to reach peak clipping/object of avoiding the peak hour by reminding user, thus reduces electric cost; In like manner, when the paddy period of grid side arrives, this terminal installation can drop into or rise lotus process to the equipment that some load equipments especially have an energy storage capacity and fill out paddy object to reach by reminding user.Demand response control strategy based on excitation is the load summate instruction pushed according to grid side, and user is for the closedown that obtains certain economic compensation and perform voluntarily and fall lotus and run process.
Step S402: the parameter information issued according to described second default control pattern, described higher level main website and described operation of power networks information generate the second default control instruction set;
Concrete, according to the peak value of described demand response control model, the controling parameters information obtained from higher level main website or system and electrical network, valley and level values, the peak valley section at ordinary times of electrical network, electricity price, generates the second default control instruction set.The parameter information that described higher level main website issues is the load decline information that higher level main website or system issue.
Step S403: perform command adapted thereto according to described second default control instruction set control overhead equipment.
Step S309: in conjunction with described first default control pattern and described second default control pattern, performs the control flow jointly controlling pattern;
Concrete, refer to Fig. 5, Fig. 5 performs the flow chart jointly controlling the method for the control flow of pattern in the embodiment of the present invention two.As shown in Figure 5, the method comprises:
Step S501: obtain the parameter information that issues of higher level main website, selects to jointly control pattern in conjunction with described first default control pattern and described second default control pattern;
Concrete, obtain the parameter information that higher level main website issues, select to jointly control pattern in conjunction with user's daily control pattern and demand response control model.
Step S502: according to described in jointly control pattern, parameter information that described controling parameters information, described higher level main website issue and described operation of power networks information generates and jointly controls instruction set;
Concrete, according to described in jointly control pattern, the peak value of parameter information that user is arranged and the parameter information that higher level main website issues and electrical network, valley and level values, the peak valley section at ordinary times of electrical network, jointly controls instruction set described in electricity price generates.
Step S503: jointly control instruction set control overhead equipment described in foundation and perform command adapted thereto.
Technical scheme disclosed in the embodiment of the present invention two, can detect the execution request that whether there is the second default control pattern in real time, obtain testing result; When described testing result is yes, wake described second default control pattern up, judge whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.User side duty control method disclosed in embodiment two, can realize switching or the combination of different control model, can meet the demand for control of user and upper strata main website simultaneously, achieves intelligence, diversification spatial load forecasting.In addition, step S308, when described testing result is no, continues the execution request whether real-time detection exists the second default control pattern, obtains testing result.According to the testing result of step S308, determine to turn back to step S306 or step S307, thus can closed-loop control be realized, realize real-time, intelligent spatial load forecasting.
Technical scheme disclosed in the embodiment of the present invention two, what described first default control pattern set is user's daily control pattern, described second default control pattern is demand response control model, the Based Intelligent Control of user to load can be met, it should be noted that, described first default control pattern is set as demand response control model, and described second default control pattern is set as that user's daily control pattern can realize the Based Intelligent Control of user to load too.The present invention's openly following embodiment for this reason.
Embodiment three
Refer to Fig. 6, Fig. 6 is the flow chart of the embodiment of the present invention three another user side duty control method disclosed.As shown in Figure 6, the method comprises:
Step S601: protocol adaptation is carried out to different load equipment;
Step S602: the parameter information that acquisition higher level main website issues and operation of power networks information;
Step S603: the control command including the first default control pattern receiving user's input;
Concrete, described first default control pattern is demand response control model.
Step S604: the parameter information issued according to described first default control pattern, described higher level main website and described operation of power networks information generate the first default control instruction set;
Concrete, according to the peak value of demand response control model, load decline information that higher level main website issues and electrical network, valley and level values, the peak valley section at ordinary times of electrical network, electricity price generates the first default control instruction set;
Step S605: perform command adapted thereto according to described first default control instruction set control overhead equipment;
Step S606: whether detection in real time exists the execution request of the second default control pattern, obtains testing result;
Concrete, described second default control pattern is user's daily control pattern.Described testing result, for being or no, when described testing result is yes, performs step S607, when described testing result is no, continues to perform step S606.
Step S607: wake described second default control pattern up, judge whether it is single control model, obtain judged result.When described judged result is yes, perform step S608; When described judged result is no, perform step S609.
Step S608: close described first default control pattern, performs the control flow of described second default control pattern;
Concrete, perform the control flow of described second default control pattern, comprise the following steps:
Obtain the parameter information that user is arranged, select the second default control pattern;
The parameter information arranged according to described second default control pattern, described user and described operation of power networks information generate the second default control instruction set;
Command adapted thereto is performed according to described second default control instruction set control overhead equipment.
Step S609: in conjunction with described first default control pattern and described second default control pattern, performs the control flow jointly controlling pattern;
Concrete, perform the control flow jointly controlling pattern, comprising:
Obtain the parameter information that user is arranged, select to jointly control pattern in conjunction with described first default control pattern and described second default control pattern;
According to described in jointly control pattern, parameter information that parameter information, described higher level main website that described user is arranged issue and described operation of power networks information generates and jointly controls instruction set;
Jointly control instruction set control overhead equipment described in foundation and perform command adapted thereto.
Technical scheme disclosed in the embodiment of the present invention three, whether real-time detection exists the execution request of user's daily control pattern, obtain testing result, when described testing result is for being, or close demand response control model, perform the control flow of user's daily control pattern, or in conjunction with user's daily control pattern and demand response pattern, described in execution, jointly control the control flow of pattern.Therefore, user can carry out Based Intelligent Control according to actual need for electricity to user side load control system.
Corresponding to a kind of user side duty control method disclosed in the invention process one, the embodiment of the present invention discloses a kind of user side load control system.Refer to Fig. 7, the structure chart of Fig. 7 a kind of user side load control system disclosed in the embodiment of the present invention.As shown in Figure 1, this system comprises:
Protocol adaptation module 701, for carrying out protocol adaptation to different load equipment;
Concrete, described protocol adaptation module 701 can comprise:
System thread initialization unit, for initialization system thread;
Communication thread start unit, for starting communication thread;
Protocol pool start unit, for initializtion protocol pond;
Protocol class example creating unit, for creating protocol class example;
Memory cell, for the data after storage protocol adaptation.
Data obtaining module 702, for obtaining controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
First default control mode selection module 703, for receiving the control command including the first default control pattern of user's input;
First control command collection generation module 704, for generating the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Load equipment control module 705, for performing command adapted thereto according to described first default control instruction set control overhead equipment.
Corresponding to a kind of user side duty control method disclosed in the invention process two, the embodiment of the present invention discloses another user side load control system.Refer to Fig. 8, Fig. 8 is the structure chart of the embodiment of the present invention another user side load control system disclosed.As shown in Figure 8, this system comprises:
Protocol adaptation module 801, for carrying out protocol adaptation to different load equipment;
Data obtaining module 802, for obtaining controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged and the parameter information that higher level main website issues;
First default control mode selection module 803, for receiving the control command including the first default control pattern of user's input;
First control command collection generation module 804, for generating the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Load equipment control module 805, for performing command adapted thereto according to described first default control instruction set control overhead equipment;
Detection module 806, for detecting the execution request that whether there is the second default control pattern in real time, obtains testing result;
Default control mode switch module 807, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.
Concrete, refer to Fig. 9, the structure chart of default control mode switch module in Fig. 9 Fig. 8 disclosed in the embodiment of the present invention.As shown in Figure 9, described default control mode switch module 807 comprises:
Judging unit 8071, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result;
Second default control mode switch element 8072, for being yes when described judged result, closing described first default control pattern, performing the control flow of described second default control pattern;
Jointly controlling mode switch element 8073, for being no when described judged result, in conjunction with described first default control pattern and described second default control pattern, performing the control flow jointly controlling pattern.
User side load control system disclosed in the embodiment of the present invention, overcome user side load control system in prior art and generally passively can only accept the problem of upper strata main website or Systematical control, can by obtaining user to the setting of controling parameters information and receive the control that the selection of user to the first default control pattern accepts user, thus user can be realized according to actual need for electricity, Based Intelligent Control is carried out to user side load control system.
It should be noted that, user side load control system disclosed in the embodiment of the present invention, the mode that can add required hardware platform by software realizes, hardware unit disclosed in the embodiment of the present invention corresponding to user side load control system, an i.e. user side load control unit, comprising: CPU module, human-computer interaction interface module, memory module, uplink communication module, downlink communication module, load control module, power module.Can also comprise: clock module.
Concrete, the data obtaining module in the embodiment of the present invention is corresponding to the human-computer interaction interface module in hardware unit and uplink communication module.Described human-computer interaction interface module is for obtaining controling parameters information, described controling parameters information comprises: the parameter information that user is arranged, touch-screen is provided to realize on-the-spot man-machine interaction, user can touch user interface and realize various feature operation in terminal, comprise checking of the information such as load equipment voltage, electric current, running status, and the input of controling parameters and setting.In described human-computer interaction interface module, the display of touch-screen is succinct, directly perceived and easy to operate, picture represent abundant, interactivity is strong.Described data feedback channel module, for obtaining the parameter information that operation of power networks information and higher level main website issue, realizing information interaction mainly through carrying out communication between the main station system of upper strata, supporting the communication such as Ethernet, GPRS, CDMA.In hardware unit, downlink communication module in charge carries out data acquisition to ammeter and concentrator or issues control command to load equipment control module, supports the communication such as RS485, micropower is wireless, PLC (low voltage power line carrier), Zigbee.In hardware unit, load equipment control module, for performing command adapted thereto according to described control command collection control overhead equipment.In hardware unit, memory module is responsible for the relevant information storing whole terminal installation, comprise: gather the information such as load equipment load, electricity, voltage, power factor of coming, grid side operation information and electricity rate table, the relevant parameter in control module, temporal information, environmental information.Power module and clock module provide energy to support and time calibration for other modules.CPU module realizes equipment access management and Based Intelligent Control computing function, comprises the protocol adaptation module in the embodiment of the present invention, the first control command collection generation module, detection module and default control mode switch module.In entity apparatus, described human-computer interaction interface module, described memory module, described data feedback channel module, described down going channel module are connected with described CPU module respectively.By above description; those skilled in the art can be well understood to the mode that the present invention can add required hardware platform by software and realize; it should be noted that, realize the hardware unit that technical scheme provided by the invention relies on, also belong to the scope that technical solution of the present invention is protected.
Finally, also it should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For user side load control system disclosed in embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates see method part.
Apply specific case herein to set forth principle of the present invention and execution mode, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications.In sum, this description should not be construed as limitation of the present invention.

Claims (8)

1. a user side duty control method, is characterized in that, comprising:
Protocol adaptation is carried out to different load equipment;
Obtain controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
Receive the control command including the first default control pattern of user's input;
The first default control instruction set is generated according to described first default control pattern, described controling parameters information and described operation of power networks information;
Command adapted thereto is performed according to described first default control instruction set control overhead equipment;
Whether real-time detection exists the execution request of the second default control pattern, obtains testing result;
When described testing result is yes, wake described second default control pattern up, judge whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern;
When described testing result is no, continue the execution request whether real-time detection exists the second default control pattern, obtain testing result.
2. method according to claim 1, is characterized in that, performs the control flow of described second default control pattern, comprising:
Obtain the parameter information that higher level main website issues, select the second default control pattern;
The parameter information issued according to described second default control pattern, described higher level main website and described operation of power networks information generate the second default control instruction set;
Command adapted thereto is performed according to described second default control instruction set control overhead equipment.
3. method according to claim 1, is characterized in that, performs the control flow jointly controlling pattern, comprising:
Obtain the parameter information that issues of higher level main website, select to jointly control pattern in conjunction with described first default control pattern and described second default control pattern;
According to described in jointly control pattern, parameter information that described controling parameters information, described higher level main website issue and described operation of power networks information generates and jointly controls instruction set;
Jointly control instruction set control overhead equipment described in foundation and perform command adapted thereto.
4. the method according to claims 1 to 3 any one, is characterized in that, carries out protocol adaptation, comprising different load equipment:
Initialization system thread;
Start communication thread;
Initializtion protocol pond;
Create protocol class example;
Data after storage protocol adaptation.
5. a user side duty control method, is characterized in that, comprising:
Protocol adaptation is carried out to different load equipment;
The parameter information that acquisition higher level main website issues and operation of power networks information;
Receive the control command including the first default control pattern of user's input;
The parameter information issued according to described first default control pattern, described higher level main website and described operation of power networks information generate the first default control instruction set;
Command adapted thereto is performed according to described first default control instruction set control overhead equipment;
Whether real-time detection exists the execution request of the second default control pattern, obtains testing result;
When described testing result is yes, wake described second default control pattern up, judge whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.
6. a user side load control system, is characterized in that, comprising:
Protocol adaptation module, for carrying out protocol adaptation to different load equipment;
Data obtaining module, for obtaining controling parameters information and operation of power networks information, described controling parameters information comprises: the parameter information that user is arranged;
First default control mode selection module, for receiving the control command including the first default control pattern of user's input;
First control command collection generation module, for generating the first default control instruction set according to described first default control pattern, described controling parameters information and described operation of power networks information;
Load equipment control module, for performing command adapted thereto according to described first default control instruction set control overhead equipment;
Detection module, for detecting the execution request that whether there is the second default control pattern in real time, obtains testing result;
Default control mode switch module, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result; When described judged result is yes, close described first default control pattern, perform the control flow of described second default control pattern; When described judged result is no, in conjunction with described first default control pattern and described second default control pattern, perform the control flow jointly controlling pattern.
7. system according to claim 6, it is characterized in that, described default control mode switch module, comprising:
Judging unit, for being yes when described testing result, waking described second default control pattern up, judging whether it is single control model, obtain judged result;
Second default control mode switch element, for being yes when described judged result, closing described first default control pattern, performing the control flow of described second default control pattern;
Jointly controlling mode switch element, for being no when described judged result, in conjunction with described first default control pattern and described second default control pattern, performing the control flow jointly controlling pattern.
8. the system according to claim 6 or 7, is characterized in that, described protocol adaptation module comprises:
System thread initialization unit, for initialization system thread;
Communication thread start unit, for starting communication thread;
Protocol pool start unit, for initializtion protocol pond;
Protocol class example creating unit, for creating protocol class example;
Memory cell, for the data after storage protocol adaptation.
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