CN105323273A - Method, apparatus and system for controlling energy consumption monitoring system - Google Patents
Method, apparatus and system for controlling energy consumption monitoring system Download PDFInfo
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- CN105323273A CN105323273A CN201410299783.8A CN201410299783A CN105323273A CN 105323273 A CN105323273 A CN 105323273A CN 201410299783 A CN201410299783 A CN 201410299783A CN 105323273 A CN105323273 A CN 105323273A
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Abstract
The present invention discloses a method, apparatus and system for controlling an energy consumption monitoring system. The method includes the steps as follows: encapsulating a control instruction based on a unified control protocol so as to generate first control information when receiving the control instruction transmitted by a monitoring terminal; transmitting the first control information to a monitoring gateway so that the monitoring gateway de-encapsulates the first control information by utilizing the unified control protocol to obtain the control instruction, identifying an objective energy consumption monitoring system attributed by the control instruction, encapsulating the control instruction again by utilizing a current private control protocol of the objective energy consumption monitoring system to generate second control information, and transmitting the second control information to an energy consumption system controller so that the energy consumption system controller controls the corresponding objective energy consumption monitoring system by utilizing the second control information. The difference of private control protocols among various energy consumption monitoring systems is shielded for the monitoring terminal so that the system compatibility is increased.
Description
Technical field
The present invention relates to energy consumption monitoring field, particularly a kind of methods, devices and systems for controlling energy consumption monitoring system.
Background technology
Current intelligent energy consumption monitoring system can realize energy-saving equipment monitor and forecast according to application scenarios or energy consumption equipment type, as can be divided into base station machine room monitoring, garden monitoring, office buildings monitoring etc. by scene, intelligent lighting system can be divided into by device type, Intelligent air conditioner control system, intelligent heating control system etc.Along with the development of mobile Internet, the control module of these energy consumption monitoring systems is progressively transplanted from the control terminal of specialty to intelligent mobile terminal, makes the control realizing multiple energy consumption system in a terminal become possibility.
But during current techniques Problems existing: the closure of current control system is strong and autgmentability is weak, is substantially to implement separately to control, compatible weak between system, is not easy to the expansion of system.Overlap energy consumption system if deployed, need to control by different control system, adding users use cost, also limit the Scaledeployment of unified energy consumption system more.
Summary of the invention
The embodiment of the present invention provides a kind of methods, devices and systems for controlling energy consumption monitoring system.By to unify the information transmission that control protocol realizes between cloud server and monitor gateway, the information transmission between monitor gateway and energy consumption system controller is realized with the control protocol that each energy consumption monitoring system is privately owned, thus shield the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
According to an aspect of the present invention, a kind of method for controlling energy consumption monitoring system being provided, comprising:
When receiving the control command that monitor terminal sends, control command is encapsulated, to generate the first control information based on unified control protocol; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system;
First control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
In one embodiment, when monitor terminal accesses, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system.
In one embodiment, when the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
In one embodiment, when the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
According to a further aspect in the invention, a kind of method for controlling energy consumption monitoring system being provided, comprising:
When receiving the first control information that cloud server sends, unified control protocol is utilized to carry out decapsulation to obtain control command to the first control information; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information;
Identify the target energy consumption monitoring system of control command ownership;
The privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again;
Second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
In one embodiment, when receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
According to a further aspect in the invention, providing a kind of cloud server for controlling energy consumption monitoring system, comprising the first receiving element, the first encapsulation unit, the first transmitting element and the first memory cell, wherein:
First receiving element, for receiving the control command that monitor terminal sends; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system;
First encapsulation unit, during for receiving control command that monitor terminal sends when the first receiving element, encapsulates control command based on unified control protocol, to generate the first control information;
First transmitting element, for the first control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller;
First memory cell, for storing unified control protocol.
In one embodiment, cloud server also comprises access control unit and system plugin unit, wherein:
Access control unit, for monitor terminal access cloud server;
System plugin unit, for when monitor terminal accesses cloud server, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system;
First memory cell is also for storing the control plug-in unit of whole energy consumption monitoring system.
In one embodiment, system plugin unit is also for when the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
In one embodiment, cloud server also comprises system drive unit, wherein:
First memory cell is also for storing the privately owned control protocol of energy consumption monitoring system;
System drive unit, for when the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
According to a further aspect in the invention, providing a kind of monitor gateway for controlling energy consumption monitoring system, comprising the second receiving element, decapsulation unit, recognition unit, the second encapsulation unit, the second transmitting element and the second memory cell, wherein:
Second receiving element, for receiving the first control information that cloud server sends; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information;
Decapsulation unit, during for receiving the first control information that cloud server sends when the second receiving element, utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information;
Recognition unit, for identifying the target energy consumption monitoring system that control command belongs to;
Second encapsulation unit, encapsulates to generate the second control information to control command for the privately owned control protocol utilizing target energy consumption monitoring system current again;
Second transmitting element, for the second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller;
Second memory cell, for storing the current privately owned control protocol of energy consumption monitoring system.
In one embodiment, monitor gateway also comprises the 3rd receiving element and updating block, wherein:
3rd receiving element, the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server upgrades;
Updating block, during the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server when the 3rd receiving element upgrades, the privately owned control protocol received is stored in the second memory cell as the privately owned control protocol that corresponding energy consumption monitoring system is current.
According to a further aspect in the invention, providing a kind of system for controlling energy consumption monitoring system, comprising cloud server, monitor gateway and energy consumption system controller, wherein:
Cloud server is the cloud server that above-mentioned any embodiment relates to;
Monitor gateway is the monitor gateway that above-mentioned any embodiment relates to;
Energy consumption system controller, for after the second control information receiving monitor gateway transmission, utilize the current privately owned control protocol of corresponding target energy consumption monitoring system to carry out decapsulation to obtain control command to the second control information, control command sent to corresponding target energy consumption monitoring system to control.
In one embodiment, energy consumption system controller also for when receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
The present invention, by when receiving the control command that monitor terminal sends, encapsulates control command based on unified control protocol, to generate the first control information; First control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, the second control information is sent to energy consumption system controller to control corresponding target energy consumption monitoring system.Thus shield the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
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 or description of the prior art 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.
Fig. 1 is that the present invention is for controlling the schematic diagram of a method embodiment of energy consumption monitoring system.
Fig. 2 is that the present invention is for controlling the schematic diagram of another embodiment of method of energy consumption monitoring system.
Fig. 3 is the schematic diagram of a cloud server of the present invention embodiment.
Fig. 4 is the schematic diagram of another embodiment of cloud server of the present invention.
Fig. 5 is the schematic diagram of a monitor gateway of the present invention embodiment.
Fig. 6 is the schematic diagram of another embodiment of monitor gateway of the present invention.
Fig. 7 is that the present invention is for controlling the schematic diagram of a system embodiment of energy consumption monitoring system.
Fig. 8 is energy consumption monitoring system structural representation 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.Illustrative to the description only actually of at least one exemplary embodiment below, never as any restriction to the present invention and application or use.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.
Unless specifically stated otherwise, otherwise positioned opposite, the numerical expression of the parts of setting forth in these embodiments and step and numerical value do not limit the scope of the invention.
Meanwhile, it should be understood that for convenience of description, the size of the various piece shown in accompanying drawing is not draw according to the proportionate relationship of reality.
May not discuss in detail for the known technology of person of ordinary skill in the relevant, method and apparatus, but in the appropriate case, described technology, method and apparatus should be regarded as a part of authorizing specification.
In all examples with discussing shown here, any occurrence should be construed as merely exemplary, instead of as restriction.Therefore, other example of exemplary embodiment can have different values.
It should be noted that: represent similar terms in similar label and letter accompanying drawing below, therefore, once be defined in an a certain Xiang Yi accompanying drawing, then do not need to be further discussed it in accompanying drawing subsequently.
Fig. 1 is that the present invention is for controlling the schematic diagram of a method embodiment of energy consumption monitoring system.Preferably, the method step of the present embodiment can be performed by cloud server.
Step 101, when receiving the control command that monitor terminal sends, encapsulates control command based on unified control protocol, to generate the first control information.
Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system.
Step 102, first control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
Based on the method for controlling energy consumption monitoring system that the above embodiment of the present invention provides, by shielding the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
In one embodiment, when monitor terminal accesses, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal by cloud server, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system.
Below this is specifically described.Monitor terminal, after installation controls application, can generate general controls framework in this locality.After there is this general controls framework, monitor terminal is provided with the general control ability of some fundamental sums, such as open and close control etc., that is, this framework is integrated with the Common Capability Set that energy consumption system controls, but also specifically cannot remove control energy consumption monitoring system.By after the control plug-in unit that obtains corresponding energy consumption monitoring system from cloud server, owing to controlling plug-in unit and general controls framework combines, jointly constitute the control module be associated with corresponding energy consumption monitoring system.
In one embodiment, when the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
In one embodiment, when the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
Fig. 2 is that the present invention is for controlling the schematic diagram of another embodiment of method of energy consumption monitoring system.Preferably, the method step of the present embodiment can be performed by monitor gateway.
Step 201, when receiving the first control information that cloud server sends, utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information.
Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information.
Step 202, identifies the target energy consumption monitoring system of control command ownership.
Step 203, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again.
Step 204, sends to energy consumption system controller by the second control information, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
Based on the method for controlling energy consumption monitoring system that the above embodiment of the present invention provides, by shielding the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
In one embodiment, when receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
Because cloud server is when privately owned control protocol upgrades, the privately owned control protocol upgraded can be pushed to monitor gateway and energy consumption system controller simultaneously, thus monitor gateway and energy consumption system controller can utilize the privately owned control protocol transmission information after renewal.
Fig. 3 is the schematic diagram of a cloud server of the present invention embodiment.As shown in Figure 3, cloud server comprises the first receiving element 301, first encapsulation unit 302, first transmitting element 303 and the first memory cell 304.Wherein:
First receiving element 301, for receiving the control command that monitor terminal sends.
Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system.
First encapsulation unit 302, during for receiving control command that monitor terminal sends when the first receiving element 302, encapsulates control command based on unified control protocol, to generate the first control information.
First transmitting element 303, for the first control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
First memory cell 304, for storing unified control protocol.
Based on the cloud server that the above embodiment of the present invention provides, by shielding the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
Fig. 4 is the schematic diagram of another embodiment of cloud server of the present invention.Compared with embodiment illustrated in fig. 3, in the embodiment shown in fig. 4, cloud server also comprises access control unit 401 and system plugin unit 402.Wherein:
Access control unit 401, for monitor terminal access cloud server.
System plugin unit 402, for when monitor terminal accesses cloud server, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system.
First memory cell 304 is also for storing the control plug-in unit of whole energy consumption monitoring system.
Thus, when monitor terminal access cloud server, control plug-in unit accordingly for monitor terminal pushes, so that monitor terminal utilizes control the plug-in unit control module corresponding with each energy consumption monitoring system with the general controls framework generation generated in advance.
In one embodiment, system plugin unit 402 is also for when the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
In one embodiment, cloud server also comprises system drive unit 403.Wherein:
First memory cell 304 is also for storing the privately owned control protocol of energy consumption monitoring system.
System drive unit 403, for when the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
Fig. 5 is the schematic diagram of a monitor gateway of the present invention embodiment.As shown in Figure 5, monitor gateway comprises the second receiving element 501, decapsulation unit 502, recognition unit 503, second encapsulation unit 504, second transmitting element 505 and the second memory cell 506.Wherein:
Second receiving element 501, for receiving the first control information that cloud server sends.
Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information.
Decapsulation unit 502, during for receiving the first control information that cloud server sends when the second receiving element 501, utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information.
Recognition unit 503, for identifying the target energy consumption monitoring system that control command belongs to.
Second encapsulation unit 504, encapsulates to generate the second control information to control command for the privately owned control protocol utilizing target energy consumption monitoring system current again.
Second transmitting element 505, for the second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
Second memory cell 506, for storing the current privately owned control protocol of energy consumption monitoring system.
Based on the monitor gateway that the above embodiment of the present invention provides, by shielding the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
Fig. 6 is the schematic diagram of another embodiment of monitor gateway of the present invention.Compared with embodiment illustrated in fig. 5, in the embodiment shown in fig. 6, monitor gateway also comprises the 3rd receiving element 601 and updating block 602.Wherein:
3rd receiving element 601, the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server upgrades.
Updating block 602, during the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server when the 3rd receiving element 601 upgrades, the privately owned control protocol received is stored in the second memory cell 506 as the privately owned control protocol that corresponding energy consumption monitoring system is current.
Fig. 7 is that the present invention is for controlling the schematic diagram of a system embodiment of energy consumption monitoring system.As shown in Figure 7, this system comprises cloud server 701, monitor gateway 702 and energy consumption system controller 703.Wherein:
Cloud server 701 is the cloud server that any embodiment in Fig. 3 or Fig. 4 relates to.
Monitor gateway 702 is the monitor gateway that any embodiment in Fig. 5 or Fig. 6 relates to.
Energy consumption system controller 703, for after the second control information receiving monitor gateway transmission, utilize the current privately owned control protocol of corresponding target energy consumption monitoring system to carry out decapsulation to obtain control command to the second control information, control command sent to corresponding target energy consumption monitoring system to control.
Based on the system that the above embodiment of the present invention provides, by shielding the difference of privately owned control protocol between each energy consumption monitoring system for monitor terminal, improve system compatibility.
In one embodiment, energy consumption system controller 703 also for when receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
Because cloud server is when privately owned control protocol upgrades, the privately owned control protocol upgraded can be pushed to monitor gateway and energy consumption system controller simultaneously, thus monitor gateway and energy consumption system controller can utilize the privately owned control protocol transmission information after renewal.
Below in conjunction with Fig. 8, the present invention is specifically described.
After monitor terminal access cloud server, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal by cloud server, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system.
When needs control target energy consumption monitoring system, supervising device utilizes the control module corresponding with target energy consumption monitoring system to cloud server sending controling instruction.
After cloud server receives control command, control command is encapsulated, to generate the first control information based on unified control protocol.And the first control information is sent to monitor gateway.
After monitor gateway receives the first control information, unified control protocol is utilized to carry out decapsulation to obtain control command to the first control information; Identify the target energy consumption monitoring system of control command ownership; The privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again; Second control information is sent to energy consumption system controller.
Energy consumption system controller is after the second control information receiving monitor gateway transmission, utilize the current privately owned control protocol of corresponding target energy consumption monitoring system to carry out decapsulation to obtain control command to the second control information, control command sent to corresponding target energy consumption monitoring system to control.
By implementing the present invention, following beneficial effect can be obtained:
1, monitor gateway carries out information interaction by unified control protocol and supervising device, information interaction is carried out by the privately owned control protocol of each energy consumption monitoring system and energy consumption system controller, thus the load of cloud server can be alleviated, simultaneously for monitor terminal shields the difference of privately owned control protocol between each energy consumption monitoring system, improve system compatibility, improve comprehensive management and control efficiency.
2, by abstract for the public control section of individual independent energy consumption monitoring system for general controls framework, i.e. Common Capability Set, coordinate the control plug-in unit of each energy consumption monitoring system to generate control module, thus simplify the development difficulty of control module, enhance set expandability.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only memory, disk or CD etc.
Description of the invention provides in order to example with for the purpose of describing, and is not exhaustively or limit the invention to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is in order to principle of the present invention and practical application are better described, and enables those of ordinary skill in the art understand the present invention thus design the various embodiments with various amendment being suitable for special-purpose.
Claims (14)
1. for controlling a method for energy consumption monitoring system, it is characterized in that, comprising:
When receiving the control command that monitor terminal sends, control command is encapsulated, to generate the first control information based on unified control protocol; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system;
First control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
2. method according to claim 1, is characterized in that,
When monitor terminal accesses, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system.
3. method according to claim 2, is characterized in that,
When the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
4. method according to claim 3, is characterized in that,
When the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
5. for controlling a method for energy consumption monitoring system, it is characterized in that, comprising:
When receiving the first control information that cloud server sends, unified control protocol is utilized to carry out decapsulation to obtain control command to the first control information; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information;
Identify the target energy consumption monitoring system of control command ownership;
The privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again;
Second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller.
6. method according to claim 5, is characterized in that,
When receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
7. for controlling a cloud server for energy consumption monitoring system, it is characterized in that, comprising the first receiving element, the first encapsulation unit, the first transmitting element and the first memory cell, wherein:
First receiving element, for receiving the control command that monitor terminal sends; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system;
First encapsulation unit, during for receiving control command that monitor terminal sends when the first receiving element, encapsulates control command based on unified control protocol, to generate the first control information;
First transmitting element, for the first control information is sent to monitor gateway, so that monitor gateway utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information, identify the target energy consumption monitoring system of control command ownership, the privately owned control protocol utilizing target energy consumption monitoring system current encapsulates to generate the second control information to control command again, second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller;
First memory cell, for storing unified control protocol.
8. cloud server according to claim 7, is characterized in that, also comprises access control unit and system plugin unit, wherein:
Access control unit, for monitor terminal access cloud server;
System plugin unit, for when monitor terminal accesses cloud server, the control plug-in unit of whole energy consumption monitoring system is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit received and the general controls framework generated in advance to generate the corresponding control module of current and each energy consumption monitoring system;
First memory cell is also for storing the control plug-in unit of whole energy consumption monitoring system.
9. cloud server according to claim 8, is characterized in that,
System plugin unit is also for when the control update of plug-in of energy consumption monitoring system, the control plug-in unit of renewal is pushed to monitor terminal, so that monitor terminal utilizes the control plug-in unit upgraded and the general controls framework generated in advance to generate the corresponding control module of current with corresponding energy consumption monitoring system, to realize the renewal of control module.
10. cloud server according to claim 9, is characterized in that, also comprises system drive unit, wherein:
First memory cell is also for storing the privately owned control protocol of energy consumption monitoring system;
System drive unit, for when the privately owned control protocol of energy consumption monitoring system upgrades, the privately owned control protocol upgraded is pushed to monitor gateway and energy consumption system controller, so as monitor gateway and energy consumption system controller using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
11. 1 kinds, for controlling the monitor gateway of energy consumption monitoring system, is characterized in that, comprise the second receiving element, decapsulation unit, recognition unit, the second encapsulation unit, the second transmitting element and the second memory cell, wherein:
Second receiving element, for receiving the first control information that cloud server sends; Wherein monitor terminal utilizes the current control module sending controling instruction corresponding with target energy consumption monitoring system, cloud server is when receiving the control command that monitor terminal sends, encapsulate to generate the first control information to control command based on unified control protocol, and send described first control information;
Decapsulation unit, during for receiving the first control information that cloud server sends when the second receiving element, utilizes unified control protocol to carry out decapsulation to obtain control command to the first control information;
Recognition unit, for identifying the target energy consumption monitoring system that control command belongs to;
Second encapsulation unit, encapsulates to generate the second control information to control command for the privately owned control protocol utilizing target energy consumption monitoring system current again;
Second transmitting element, for the second control information is sent to energy consumption system controller, utilizes the second control information to control corresponding target energy consumption monitoring system to make energy consumption system controller;
Second memory cell, for storing the current privately owned control protocol of energy consumption monitoring system.
12. monitor gateway according to claim 11, is characterized in that, also comprise the 3rd receiving element and updating block, wherein:
3rd receiving element, the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server upgrades;
Updating block, during the privately owned control protocol that the energy consumption monitoring system pushed for receiving cloud server when the 3rd receiving element upgrades, the privately owned control protocol received is stored in the second memory cell as the privately owned control protocol that corresponding energy consumption monitoring system is current.
13. 1 kinds, for controlling the system of energy consumption monitoring system, is characterized in that, comprise cloud server, monitor gateway and energy consumption system controller, wherein:
Cloud server, the cloud server related to any one of claim 7-10;
Monitor gateway, the monitor gateway related to any one of claim 11-12;
Energy consumption system controller, for after the second control information receiving monitor gateway transmission, utilize the current privately owned control protocol of corresponding target energy consumption monitoring system to carry out decapsulation to obtain control command to the second control information, control command sent to corresponding target energy consumption monitoring system to control.
14. systems according to claim 13, is characterized in that,
Energy consumption system controller also for when receiving the privately owned control protocol that energy consumption monitoring system that cloud server pushes upgrades, using the privately owned control protocol that receives as the current privately owned control protocol of corresponding energy consumption monitoring system.
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