CN102651150A - Carbon emission tracker, carbon emission tracking system and carbon emission tracking method - Google Patents
Carbon emission tracker, carbon emission tracking system and carbon emission tracking method Download PDFInfo
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- CN102651150A CN102651150A CN2011100472992A CN201110047299A CN102651150A CN 102651150 A CN102651150 A CN 102651150A CN 2011100472992 A CN2011100472992 A CN 2011100472992A CN 201110047299 A CN201110047299 A CN 201110047299A CN 102651150 A CN102651150 A CN 102651150A
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Abstract
The invention provides a carbon emission tracker, a carbon emission tracking system and a carbon emission tracking method. The carbon emission tracker includes a main body, a mains input interface, a mains output interface, a mains detection unit, a communication unit, a storage unit and a processing unit, wherein the mains detection unit is used for detecting the electricity consumption of an electrical product; the processing unit is used for accumulating electricity consumption data as per a set period and storing the electricity consumption data for all time periods into the storage unit; the processing unit regularly transmits the electricity data stored in the storage unit to a data center through the communication unit, and the electricity consumption data transmitted to the data center by the carbon emission tracker includes identity information of the electrical product. Through the carbon emission tracker, the electricity consumption can be converted into the carbon emission, so that the purposes of reasonably distributing the carbon emission right and properly levying the carbon tax are achieved.
Description
Technical field
The present invention relates to a kind of carbon emission tracker and method for tracing of electric equipment products, particularly can connect carbon emission tracker, and this carbon emission tracker can regularly be reported the electricity consumption data to a data center at the electric equipment products power input.
Background technology
After any electric equipment products are made from plant produced; The different life stage such as bring into use till abandon to the consumer; All producing carbon dioxide; And along with the different use-patterns and the actual time of using of electric equipment products, the life-span time limit length of electric equipment products all can cause different carbon emission amounts.The related carbon power of these electric equipment products is used, and possibly develop into by manufacturer and consumer to bear jointly, follows the trail of carbon power behaviour in service so appliance manufacturers or service provider need badly.
Moreover; The warranty period of most of electric equipment products is to calculate with year; Be not the actual behaviours in service of electric equipment products, if hope to carry out the product guarantor admittedly with the time used of electric equipment products, then appliance manufacturers or service provider need the actual behaviour in service of following the trail of electric equipment products badly.
For this reason, need the carbon emission tracker and the method for tracing of broad applicability, for example: applicable to the carbon emission tracker and the method for tracing of old-fashioned and new-type household appliances.In addition, carbon emission tracker and method for tracing also need possess confidence level, are beneficial to implement carbon emission total amount control and carbon Trading System.
Summary of the invention
The object of the present invention is to provide a kind of carbon emission tracker; Can connect the power input in electric equipment products, this carbon emission tracker detects the power consumption of these electric equipment products, and according to the electricity consumption data in each time section of setting-up time section record; And regularly report this electricity consumption data to a data center; Wherein, these electricity consumption data are not instant electricity consumption data, can guarantee user's the right of privacy; For example: these electricity consumption data can be the electricity consumption data of every day; But every day regularly reported these electricity consumption data to this data center by this carbon emission tracker, and perhaps these electricity consumption data can be electricity consumption data weekly, and this carbon emission tracker can regularly be reported these electricity consumption data to this data center in every month.
Of the present invention time a purpose is to provide a kind of carbon emission tracker; Can connect power input in electric equipment products; This carbon emission tracker can regularly be reported electricity consumption data to a data center of these electric equipment products, and wherein, this data center can analyze this electricity consumption data; Whether normal to follow the trail of these electric equipment products, and the service of maintenance in advance is provided.
Another object of the present invention is to provide a kind of carbon emission tracker; Can connect the power input in electric equipment products, this carbon emission tracker can regularly be reported electricity consumption data to a data center of these electric equipment products, wherein; This data center can analyze this electricity consumption data; With the time used of these electric equipment products of accumulative total, whereby, appliance manufacturers or service provider can carry out product according to this time used and protect solid.
To achieve these goals; The embodiment of the invention provides a kind of carbon emission tracker; Apply to the power input of electric equipment products, described carbon emission tracker comprises a body, a power input interface, a power output interface, a power supply detecting unit, a communication unit, a storage unit and a processing unit.Described power input interface and power output interface all are arranged on the body; Described power supply detecting unit, communication unit, storage unit and processing unit all are arranged in the body; The power supply detecting unit is connected between power input interface and the power output interface, and processing unit is coupled to power supply detecting unit, communication unit and storage unit.Power input interface is in order to receive a power supply, and power output interface is pegged graft in order to electric equipment products to be provided, and gives electric equipment products with power supply.The power supply detecting unit is in order to detect the actual power consumption power of electric equipment products.Storage unit is in order to store the identity information of electric equipment products.The actual power consumption power that processing unit is detected in order to accumulative total power supply detecting unit; To obtain the power consumption information of electric equipment products in a setting-up time; After processing unit is integrated into product electricity consumption data with power consumption information and identity data; Transmit product electricity consumption data to a data center through communication unit, data center is according to the carbon emission amount of product electricity consumption data reduction electric equipment products in setting-up time, with manufacturer or the user's reference that electric equipment products are provided.
To achieve these goals, the embodiment of the invention provides a kind of carbon emission tracker, applies to the power input of electric equipment products, it is characterized in that this carbon emission tracker comprises: a body; One power input interface is arranged on this body, and this power input interface is in order to receive a power supply; One power output interface is arranged on this body and is coupled to this power input interface, and this power output interface is pegged graft in order to the plug that these electric equipment products are provided, and gives these electric equipment products with power supply; One power supply detecting unit is connected between this power input interface and this power output interface; One processing unit is coupled to this power supply detecting unit, and is coupled to a communication unit; And a data transmission interface, being arranged on this body and being coupled to this processing unit, this data transmission interface is pegged graft in order to a data storage element to be provided; Wherein, This power supply detecting unit is in order to detect the power consumption of these electric equipment products; This processing unit is according to setting-up time section accumulative total electricity consumption data; And the electricity consumption data in each time section are stored in this data storage element through this data transmission interface, and this carbon emission tracker electricity consumption data of being stored in this data storage element comprise the identity information of these electric equipment products.
The present invention also provides a kind of carbon emission tracing system; It comprises: a carbon emission tracker; Be arranged in the Local Area Network; This carbon emission tracker is electrically connected between the power input and a power-supply unit of electric equipment products, and this carbon emission tracker is in order to detecting the power consumption of these electric equipment products, and according to setting-up time section accumulative total electricity consumption data; These electricity consumption data comprise the power consumption information and the identity information of these electric equipment products, and this carbon emission tracker has a communication unit in order to export this electricity consumption data; One access point is connected in a Wide Area Network, and this access point is in order to communicating by letter with this carbon emission tracker, receiving this electricity consumption data, and exports these electricity consumption data to this Wide Area Network; And a data center, being connected in this Wide Area Network, this data center communicates by letter with this access point, receiving this electricity consumption data, and is the carbon emission amount with this electricity consumption data-switching.
The present invention also provides a kind of carbon emission method for tracing, is applicable to electric equipment products, and this carbon emission method for tracing comprises: the network connectivity of setting up a carbon emission tracker and a data center; This data center distributes a setting-up time to give this carbon emission tracker; Detect the actual power consumption power of these electric equipment products by this carbon emission tracker; This carbon emission tracker is obtained the power consumption information of these electric equipment products in this setting-up time through this actual power consumption power of accumulative total; By this carbon emission tracker the identity information of this power consumption information and these electric equipment products is integrated into product electricity consumption data; This carbon emission tracker sends these product electricity consumption data to this data center; And this data center is according to the carbon emission amount of these these electric equipment products of product electricity consumption data reduction in this setting-up time.
The present invention provides a kind of carbon emission method for tracing in addition, is applicable to electric equipment products, and this carbon emission method for tracing comprises: the network connectivity of setting up a carbon emission tracker and a data center; This data center distributes a setting-up time to give this carbon emission tracker; This carbon emission tracker judges whether to connect a data storage element; If above-mentioned being judged as is that then this carbon emission tracker detects the actual power consumption power of these electric equipment products; This carbon emission tracker is obtained the power consumption information of these electric equipment products in this setting-up time through this actual power consumption power of accumulative total; By this carbon emission tracker the identity information of this power consumption information and these electric equipment products is integrated into product electricity consumption data; By this carbon emission tracker with this product electricity consumption data transmission to this data storage element; Read these stored product electricity consumption data of this data storage element and send these product electricity consumption data by an electronic installation to this data center; And this data center is according to the carbon emission amount of these these electric equipment products of product electricity consumption data reduction in this setting-up time.
The present invention can be converted into the carbon emission amount with power consumption, to reach the purpose of reasonable distribution carbon power and suitable assessment carbon tax.
For enabling further to understand characteristic of the present invention and technology contents, see also following about detailed description of the present invention and accompanying drawing, but these explanations only are used for explaining the present invention with accompanying drawing, but not interest field of the present invention are done any restriction.
Description of drawings
Figure 1A is the synoptic diagram of first embodiment of carbon emission tracker of the present invention.
Figure 1B is the synoptic diagram of second embodiment of carbon emission tracker of the present invention.
Fig. 1 C is the synoptic diagram of the 3rd embodiment of carbon emission tracker of the present invention.
Fig. 1 D is a functional-block diagram of carbon emission tracker of the present invention.
Fig. 1 E is that one of carbon emission tracing system of the present invention is implemented synoptic diagram.
Fig. 1 F is carbon emission method for tracing one implementing procedure figure of the present invention.
Fig. 2 A is the synoptic diagram of the 4th embodiment of carbon emission tracker of the present invention.
Fig. 2 B is the synoptic diagram of the 5th embodiment of carbon emission tracker of the present invention.
Fig. 2 C is another functional-block diagram of carbon emission tracker of the present invention.
Fig. 2 D is another enforcement synoptic diagram of carbon emission tracing system of the present invention.
Fig. 2 E is another implementing procedure figure of carbon emission method for tracing of the present invention.
Description of reference numerals in the above-mentioned accompanying drawing is following:
1,2: the carbon emission tracing system
10a, 10b, 10c, 10d, 10e, 10f, 20a, 20b, 20c, 20d, 20e, 20f: carbon emission tracker
100a, 100c, 200a: body
100b1,200b1: first housing
100b2,200b2: second housing
101,101c, 201: power input interface
102,202: the power supply detecting unit
104,204: processing unit
103,103c, 203: power output interface
105: communication unit
106,206: storage unit
108,208: environmental detection unit
109: indicating member
209: data transmission interface
60a, 60b, 60c: electric equipment products
601: power input
70: power-supply unit
701: power output end
17,27: data center
18,28: manufacturer
19,29: the user
16a, 26a: first Wide Area Network
16b, 26b: second Wide Area Network
14a, 24a: first access point
14b, 24b: second access point
12a, 22a: first area network
12b, 22b: second area network
21a, 21b, 21c, 21d: electronic installation
S101～S113, S201～S217: carbon emission method for tracing embodiment step
Embodiment
This instructions discloses a kind of carbon emission tracker, carbon emission tracing system and carbon emission method for tracing; In order to the power consumption of record electric equipment products in a setting-up time section; Through data center power consumption is converted into the carbon emission amount, to reach the purpose of reasonable distribution carbon power and suitable assessment carbon tax.
Please with reference to Figure 1A, Figure 1A is the synoptic diagram of first embodiment of carbon emission tracker of the present invention.Carbon emission tracker 10a is connected between the power output end 701 of power input 601 and a power-supply unit 70 of electric equipment products 60a.Carbon emission tracker 10a comprises a body 100a, a power input interface 101, a power output interface 103 and a communication unit 105.Wherein power input interface 101 and power output interface 103 all are arranged on the body 100a; And power output interface 103 is coupled to power input interface 101; Power input interface 101 is linked optionally with power output end 701, and power output interface 103 is linked optionally with power input 601.Communication unit 105 is arranged in the body 100a.
The electricity consumption number of degrees=actual power consumption Power x setting-up time/1000 (1)
Wherein the unit of actual power consumption power can be (watt/hour), and the unit of setting-up time section can be hour, and the unit of the electricity consumption number of degrees is kilowatt.
The setting-up time section can be built in carbon emission tracker 10a, or can when carbon emission tracker 10a receives power supply, communicate by letter with a data center (figure does not show) through communication unit 105, to obtain the pre-set setting-up time section of data center.Carbon emission tracker 10a can regularly transmit electricity consumption data to the data center that is write down through communication unit 105; Be scaled the carbon emission amount by data center again; For example: regularly report the electricity consumption data that write down every day, perhaps regularly report the electricity consumption data that write down weekly.The electricity consumption data can comprise the identity information of electric equipment products 60a; For example: the preset power consumption of the brand of electric equipment products 60a or machine or product serial number or product specification or product etc., the identity information of electric equipment products 60a can be built in carbon emission tracker 10a.
In addition; The electricity consumption data can comprise the environmental state information of electric equipment products 60a; For example: carbon emission tracker 10a is when detecting the actual power consumption power of electric equipment products 60a; Also detect the ambient condition of electric equipment products 60a, for example temperature or humidity etc. are wherein a kind of or combination, the environmental state information when obtaining electric equipment products 60a consumes electric power.Can analyze the carbon emission amount of electric equipment products 60a and the relation of ambient condition through manufacturer of data center or consumer, in general, the too high running efficiency of electric equipment products 60a that makes easily of environment temperature reduces, and causes power consumption to increase.So, but manufacturer or consumer's reference product electricity consumption data are improved the environment for use of electric equipment products 60a, and then reach the effect of the carbon emission amount of the 60a that reduces electric equipment products.
In the present embodiment, the outward appearance of carbon emission tracker 10a can be a multi-tap, and promptly body 100a is the housing of a multi-tap, and power input interface 101 can be conductive base pin, and power output interface 103 can be conductive jack.Electric equipment products 60a can be electrical installations such as air conditioner, and power input 601 can be plug.Power-supply unit 70 can be wall socket, and power output end 701 can be the AC power conductive jack.
It should be noted that; The outward appearance of body 100a does not have any exercisable button or button; That is to say; The user can not arbitrarily change the setting-up time section of testing result with the accumulative total of carbon emission tracker 10a, whereby, and the confidence level of the product electricity consumption data that increase carbon emission tracker 10a is exported.
Please refer to Figure 1B, Figure 1B is the synoptic diagram of second embodiment of carbon emission tracker of the present invention.Carbon emission tracker 10b is identical haply with the carbon emission tracker 10a of Figure 1A; Its difference is; The body of carbon emission tracker 10b comprises the first housing 100b1 and the second housing 100b2, and the first housing 100b1 is connected with the second housing 100b2 through a power lead 107, and power input interface 101 is arranged on the first housing 100b1; Power output interface 103 is arranged on the second housing 100b2, and power input interface 101 is coupled to power output interface 103 through power lead 107.Communication unit 105 can be arranged in the first housing 100b1 or the second housing 100b2 in.
The carbon emission tracker 10b of present embodiment can prolong the distance between electric equipment products 60b and the power-supply unit 70.Electric equipment products 60b can be electrical installations such as refrigerator.The appearance forrns of carbon emission tracker 10a, 10b is not limited to shown in Figure 1A and Figure 1B.
Please refer to Fig. 1 C, Fig. 1 C is the synoptic diagram of the 3rd embodiment of carbon emission tracker of the present invention.Carbon emission tracker 10c is identical haply with the carbon emission tracker 10a of Figure 1A, and its difference is that carbon emission tracker 10c is a kind of wall socket.In addition, have an indicating member 109 on the body 100c, in order to the transmission state of indication communication unit 105, or the power consumption state of electric equipment products 60c.
In the present embodiment, indicating member 109 can be pilot lamp, but the signal quality of display communication unit 105, or the power supply state of power output interface 103c.
Please refer to Fig. 1 D, Fig. 1 D is the functional-block diagram of carbon emission tracker of the present invention.Carbon emission tracker 10d comprises power input interface 101, power output interface 103, power supply detecting unit 102, processing unit 104, communication unit 105, storage unit 106, environmental detection unit 108 and indicating member 109.Power supply detecting unit 102 is coupled between power input interface 101 and the power output interface 103, and processing unit 104 is coupled to power supply detecting unit 102, communication unit 105, storage unit 106, environmental detection unit 108 and indicating member 109.
Power supply detecting unit 102 can comprise voltage checking circuit and electric current detector, in order to detect the actual power consumption power of electric equipment products.
Storage unit 106 can be flash memory or electronics erasable read-only memory; Can store the identity information of electric equipment products; For example: in advance with the identity information burning in storage unit 106; Or by behind user's remote setting identity information, communication unit 105 receives identity information through network, and stores identity information in storage unit 106.
Processing unit 104 adds up the actual power consumption power that power supply detecting unit 102 is detected; To obtain the electricity consumption data of electric equipment products in a setting-up time section; And with the electricity consumption data storing in each time section in storage unit 106; Processing unit 104 can regularly transmit electricity consumption data to a data center (figure does not show) that is stored in storage unit 106 through communication unit 105, is scaled the carbon emission amount by data center again, and the electricity consumption data can comprise the identity information of electric equipment products.
For instance, the calculating of carbon emission amount can be suc as formula shown in (2), and wherein the unit of carbon emission amount is a kilogram.
Carbon emission amount=electricity consumption the number of degrees * 0.785 (2)
Processing unit 104 is controlled indicating member 109 output indicator signals according to the transmission state of communication unit 105; For example: when indicating member 109 is pilot lamp; Processing unit 104 can be controlled the cresset that pilot lamp presents different colours or different numbers according to the signal receiving quality of communication unit 105; If signal receiving quality is good, then present green lamp, cresset number multilist more shows that signal receiving quality is good more.In addition, processing unit 104 also can be controlled indicating member 109 output indicator signals according to the power consumption state of electric equipment products, for example: but the power supply state of display power supply output interface 103c.
Environmental detection unit 108 can be the wherein a kind of of meters such as thermometer or hygrometer or combination; Carbon emission tracker 10d can be when power supply detecting unit 102 detects actual power consumption power; Detect the ambient condition of electric equipment products by environmental detection unit 108; And environmental state information is stored in storage unit 106, when processing unit 104 regularly transmits when being stored in the electricity consumption data of storage unit 106 through communication unit 105, the electricity consumption data can comprise the environmental state information of electric equipment products.
Please refer to Fig. 1 E, Fig. 1 E is that one of carbon emission tracing system of the present invention is implemented synoptic diagram.Carbon emission tracing system 1 comprises a plurality of carbon emission tracker 10a, 10b, 10c, 10d, 10e, 10f, one first access point 14a, one second access point 14b and a data center 17. Carbon emission tracker 10a, 10b, 10c, 10d are arranged in the network 12a of first area; Carbon emission tracker 10e, 10f are arranged in the second area network 12b; First area network 12a and second area network 12b can be partly overlapping, and promptly carbon emission tracker 10d can be arranged in first area network 12a and the second area network 12b simultaneously.The first access point 14a is connected in the first Wide Area Network 16a, and the second access point 14b is connected in the second Wide Area Network 16b.
Each of a plurality of carbon emission tracker 10a, 10b, 10c, 10d, 10e, 10f is promptly set up line with data center 17 when logical powering on for the first time. Carbon emission tracker 10a, 10b, 10c, 10d, 10e, 10f can regularly transmit electricity consumption data to the data center 17 in each time section, are converted into the carbon emission amount by data center 17 again.Data center 17 can compare electricity consumption data that received and preset electricity consumption data, and whether the electric equipment products that connected with tracking carbon emission tracker 10a, 10b, 10c, 10d, 10e, 10f are normal, and the service of maintenance in advance is provided.In addition, data center 17 also can add up the time used of electric equipment products, and whereby, manufacturer 18 (or service provider) can carry out product according to the time used of electric equipment products and protect solid.
The first access point 14a is in order to receiving a plurality of product electricity consumption data of the carbon emission tracker 10a～10d in the network 12a of first area, and communicates by letter with data center 17 through the first Wide Area Network 16a, and a plurality of product electricity consumption data of access are sent to data center 17.The second access point 14b is in order to receiving a plurality of product electricity consumption data of the carbon emission tracker 10d～10f in the second area network 12b, and communicates by letter with data center 17 through the second Wide Area Network 16b, and a plurality of product electricity consumption data of access are sent to data center 17.Data center 17 can converge after whole each item electricity consumption data and the carbon emission amount, is made into the chart of historical record and is stored in the database of data center 17.
The first access point 14a and the second access point 14b can be wireless network base stations or GPRS access point or Wi-Fi access point etc., and the first access point 14a and the second access point 14b wirelessly communicate by letter with a plurality of carbon emission tracker 10a～10f respectively.The first access point 14a and the second access point 14b are linked to the first Wide Area Network 16a and the second Wide Area Network 16b through router and modem respectively; Data center 17 can be the webserver (Web server) or mail server (Mail server), and manufacturer 18 or user 19 can be through the product electricity consumption historical datas in the network download database.Whereby; Manufacturer 18 can judge whether electric equipment products take place unusually according to the historical record of product electricity consumption data; For example occur a peak value in the historical record of product electricity consumption data, can judge that the operation of electric equipment products has unusually, initiatively be provided to the service of maintenance electric equipment products in the user family.
Please refer to Fig. 1 F, Fig. 1 F is an implementing procedure figure of carbon emission method for tracing of the present invention.Please in the lump referring to figs. 1A to 1E; At first; When carbon emission tracker 10a that is connected in electric equipment products 60a or 60b or 10b one logical powering on; Promptly through access point 14a or 14b and data center's 17 bindings (S101), carbon emission tracker 10a, 10b are sent to data center 17 with the status data of electric equipment products 60a, 60b and accomplish identity validation.Then, data center 17 will distribute a pre-set setting-up time parameter to give carbon emission tracker 10a or 10b (S103), and this setting-up time can be by manufacturer 18 or user's 19 decisions.
After carbon emission tracker 10a, 10b are integrated into product electricity consumption data (S109) with the power consumption information of electric equipment products 60a, 60b and identity information; Product electricity consumption data storing to storage unit 106, is periodically transmitted product electricity consumption data to data center 17 (S111) through communication unit 105 again.
Please with reference to Fig. 2 A, Fig. 2 A is the synoptic diagram of the 4th embodiment of carbon emission tracker of the present invention.The carbon emission tracker 10a of the carbon emission tracker 20a of the 4th embodiment and first embodiment is roughly the same; Just carbon emission tracker 20a is connected between the power output end 701 of power input 601 and a power-supply unit 70 of electric equipment products 60a; Its difference is to have a data transmission interface 209 on the body 200 of carbon emission tracker 20a.
Please refer to Fig. 2 B, Fig. 2 B is the synoptic diagram of the 5th embodiment of carbon emission tracker of the present invention.The carbon emission tracker 20b of the 5th embodiment is identical haply with the carbon emission tracker 10b of second embodiment, and its difference is, in the first housing 200b1 of carbon emission tracker 20b or second housing 2002 be provided with a data transmission interface 209.The operation logic of carbon emission tracker 20b is identical with Fig. 2 A carbon emission tracker 20a haply.
Please refer to Fig. 2 C, Fig. 2 C is another functional-block diagram of carbon emission tracker of the present invention.Carbon emission tracker 20c has data transmission interface 209, and data transmission interface 209 is coupled to processing unit 204.
But whether processing unit 204 judgment data transmission interfaces 209 are connected with data storage element 211; And the electricity consumption data are transferred to data storage element 211 through data transmission interface 209 store, the identity information of electric equipment products can be stored in storage unit 206 or data storage element 211 in advance.In addition; Carbon emission tracker 20c also can have indicating member (figure does not show); When the storage volume of processing unit 204 judgment data storage elements 211 is about at the expiration; Processing unit 204 may command indicating members output indicator signal is to remind the necessary removal data storage element 211 of user, to download the electricity consumption data.
Please refer to Fig. 2 D, Fig. 2 D is another enforcement synoptic diagram of carbon emission tracing system of the present invention.The carbon emission tracing system 1 of the carbon emission tracing system 2 and first embodiment is roughly the same, and its difference is that carbon emission tracing system 2 also comprises a plurality of electronic installation 21a, 21b, 21c, 21d.Wherein electronic installation 21a, 21b, 21c are arranged in the network 22a of first area; Electronic installation 21c, 21d are arranged in the second area network 22b; A plurality of carbon emission tracker 20a, 20b, 20c, 20d, 20e, 20f then needn't be arranged in first area network 22a or the second area network 22b, promptly use the position range of a plurality of carbon emission tracker 20a, 20b, 20c, 20d, 20e, 20f unrestricted.
A plurality of in the present embodiment carbon emission tracker 20a, 20b, 20c, 20d, 20e, 20f are at pluggable data storage element (figure does not show) with product electricity consumption data storing; After the stored product electricity consumption data of a plurality of electronic installation 21a, 21b, 21c, 21d reading of data storage element; Through the first access point 24a and the second access point 24b a plurality of product electricity consumption data of access are sent to data center 27; Wherein the first access point 24a is linked to the first Wide Area Network 26a, and the second access point 26b is linked to the second Wide Area Network 26b.Go out the carbon emission amount of electric equipment products 60a, 60b by data center 27 according to product electricity consumption data reduction, so that manufacturer 28 or user's 29 references to be provided.
Please refer to Fig. 2 E, Fig. 2 E is another implementing procedure figure of carbon emission method for tracing of the present invention.Please in the lump with reference to figure 2A to Fig. 2 D; At first; When carbon emission tracker 20a that is connected in electric equipment products 60a or 60b or 20b one logical powering on; Promptly through access point 24a or 24b and data center's 27 bindings (S201), carbon emission tracker 20a, 20b are sent to data center 27 with the status data of electric equipment products 60a, 60b and accomplish identity validation.Then, data center 27 will distribute a pre-set setting-up time parameter to give carbon emission tracker 20a or 20b (S203), and this setting-up time can be by manufacturer 28 or user's 29 decisions.
Whether carbon emission tracker 20a, 20b judgment data transmission interface 209 are connected in data storage element 211 (S205); If carbon emission tracker 20a, 20b are after the logical back a period of time that powers on; Judgment data transmission interface 209 is not connected in data storage element 211; Then carbon emission tracker 20a, 20b do not detect the actual power consumption power of electric equipment products 60a, 60b, and whether lasting judgment data transmission interface 209 is connected in data storage element 211.
When if carbon emission tracker 20a judgment data transmission interface 209 is connected in data storage element 211; Carbon emission tracker 20a, 20b; Begin to detect the actual power consumption power (S207) of electric equipment products 60a, 60b, carbon emission tracker 20a, 20b obtain the power consumption information (S209) of electric equipment products 60a, 60b through the actual power consumption power in the accumulative total setting-up time.In one embodiment; Power consumption information can temporarily be stored in the storage unit 206; Carbon emission tracker 20a, 20b transfer to data storage element 211 (S213) with product electricity consumption data through data transmission interface 209 after the power consumption information of electric equipment products 60a, 60b and identity information are integrated into product electricity consumption data (S211).When data storage element 211 has stored certain data volume; The user with data storage element 211 with after data outgoing interface 209 is separated; Utilize electronic installation 21a, 21b, 21c or 21d; Product electricity consumption data in the reading of data storage element 211, electronic installation 21a, 21b, 21c or 21d can be sent to data center 27 (S215) with product electricity consumption data in reading of data storage element 211; In one embodiment, electronic installation 21a, 21b, 21c or 21d can periodically be sent to data center 27 after the first stored prod electricity consumption data again.
The above is merely embodiments of the invention, and it is not in order to limit to claim of the present invention.
Claims (20)
1. carbon emission tracker applies to the power input of electric equipment products, it is characterized in that this carbon emission tracker comprises:
One body;
One power input interface is arranged on this body, and this power input interface is in order to receive a power supply;
One power output interface is arranged on this body and is coupled to this power input interface, and this power output interface is pegged graft in order to the plug that these electric equipment products are provided, and gives these electric equipment products with power supply;
One power supply detecting unit is connected between this power input interface and this power output interface;
One processing unit is coupled to this power supply detecting unit, and is coupled to a communication unit; And
One storage unit is coupled to this processing unit, and stores the identity information of these electric equipment products;
Wherein, This power supply detecting unit is in order to detect the power consumption of these electric equipment products; This processing unit is according to setting-up time section accumulative total electricity consumption data; And with the electricity consumption data storing in each time section in this storage unit, this processing unit regularly is sent to a data center through this communication unit electricity consumption data that this storage unit is stored, and this carbon emission tracker electricity consumption data of being sent to this data center comprise the identity information of these electric equipment products.
2. carbon emission tracker as claimed in claim 1; It is characterized in that also comprising an environmental detection unit; This environmental detection unit is coupled to this processing unit; This environmental detection unit is in order to the environmental state information that detects these electric equipment products and be stored in this storage unit, and this carbon emission tracker electricity consumption data of being sent to this data center comprise the environmental state information of these electric equipment products.
3. carbon emission tracker as claimed in claim 1; It is characterized in that also comprising an indicating member; This indicating member is arranged on this body; This indicating member is coupled to this processing unit, and this processing unit is according to signal quality or this indicating member output indicator signal of the power supply state of this power output interface control of this communication unit.
4. carbon emission tracker as claimed in claim 1 is characterized in that this storage unit is flash memory or electronics erasable read-only memory.
5. carbon emission tracker as claimed in claim 1 is characterized in that this communication unit is a wireless network module or a cable network module.
6. carbon emission tracker as claimed in claim 1 is characterized in that this identity information comprises the preset power consumption of brand, machine, product serial number, product specification or the product of these electric equipment products.
7. carbon emission tracker as claimed in claim 1 is characterized in that this body is the housing of wall socket or the housing of multi-tap.
8. carbon emission tracker as claimed in claim 1; It is characterized in that this body comprises one first housing and one second housing; This power input interface is arranged on this first housing; This power output interface is arranged on this second housing, and this power input interface is coupled to this power output interface through a power lead.
9. carbon emission tracker applies to the power input of electric equipment products, it is characterized in that this carbon emission tracker comprises:
One body;
One power input interface is arranged on this body, and this power input interface is in order to receive a power supply;
One power output interface is arranged on this body and is coupled to this power input interface, and this power output interface is pegged graft in order to the plug that these electric equipment products are provided, and gives these electric equipment products with power supply;
One power supply detecting unit is connected between this power input interface and this power output interface;
One processing unit is coupled to this power supply detecting unit, and is coupled to a communication unit; And
One data transmission interface is arranged on this body and is coupled to this processing unit, and this data transmission interface is pegged graft in order to a data storage element to be provided; Wherein, This power supply detecting unit is in order to detect the power consumption of these electric equipment products; This processing unit is according to setting-up time section accumulative total electricity consumption data; And the electricity consumption data in each time section are stored in this data storage element through this data transmission interface, and this carbon emission tracker electricity consumption data of being stored in this data storage element comprise the identity information of these electric equipment products.
10. carbon emission tracker as claimed in claim 9 is characterized in that this data transmission interface is storage card slot or USB slot, and this data storage element is the data memory device of storage card or USB.
11. carbon emission tracker as claimed in claim 9; It is characterized in that also comprising an indicating member; This indicating member is arranged on this body; This indicating member is coupled to this processing unit, and this processing unit is about to control when full this indicating member output indicator signal in the storage volume of this data storage element.
12. carbon emission tracker as claimed in claim 9; It is characterized in that this identity information is to be stored in a storage unit in advance; And this storage unit is coupled to this processing unit, and this identity information comprises the preset power consumption of brand, machine, product serial number, product specification or the product of these electric equipment products.
13. carbon emission tracker as claimed in claim 9; It is characterized in that this identity information is to be stored in this data storage element in advance, and this identity information comprises the preset power consumption of brand, machine, product serial number, product specification or the product of these electric equipment products.
14. carbon emission tracker as claimed in claim 9; It is characterized in that this body is the housing of wall socket or the housing of multi-tap; And this body comprises one first housing and one second housing; This power input interface is arranged on this first housing, and this power output interface is arranged on this second housing, and this power input interface is coupled to this power output interface through a power lead.
15. a carbon emission tracing system is characterized in that comprising:
One carbon emission tracker; Be arranged in the Local Area Network; This carbon emission tracker is electrically connected between the power input and a power-supply unit of electric equipment products, and this carbon emission tracker is in order to detecting the power consumption of these electric equipment products, and according to setting-up time section accumulative total electricity consumption data; These electricity consumption data comprise the power consumption information and the identity information of these electric equipment products, and this carbon emission tracker has a communication unit in order to export this electricity consumption data;
One access point is connected in a Wide Area Network, and this access point is in order to communicating by letter with this carbon emission tracker, receiving this electricity consumption data, and exports these electricity consumption data to this Wide Area Network; And
One data center is connected in this Wide Area Network, and this data center communicates by letter with this access point, receiving this electricity consumption data, and is the carbon emission amount with this electricity consumption data-switching.
16. carbon emission tracing system as claimed in claim 15; It is characterized in that this data center compares according to these electricity consumption data and preset electricity consumption data; To judge whether these electric equipment products are normal; Or according to the time used of these electric equipment products of this electricity consumption data accumulative total, solid so as to maintenance in advance being provided or carrying out the guarantor of these electric equipment products.
17. a carbon emission method for tracing is applicable to electric equipment products, it is characterized in that this carbon emission method for tracing comprises:
Set up the network connectivity of a carbon emission tracker and a data center;
This data center distributes a setting-up time to give this carbon emission tracker;
Detect the actual power consumption power of these electric equipment products by this carbon emission tracker;
This carbon emission tracker is obtained the power consumption information of these electric equipment products in this setting-up time through this actual power consumption power of accumulative total;
By this carbon emission tracker the identity information of this power consumption information and these electric equipment products is integrated into product electricity consumption data;
This carbon emission tracker sends these product electricity consumption data to this data center; And
This data center is according to the carbon emission amount of these these electric equipment products of product electricity consumption data reduction in this setting-up time.
18. carbon emission method for tracing as claimed in claim 17; After it is characterized in that step that this carbon emission tracker sends this product electricity consumption data to this data center comprises that this carbon emission tracker stores these product electricity consumption data, periodically send these product electricity consumption data to these product electricity consumption data again to this information center.
19. a carbon emission method for tracing is applicable to electric equipment products, it is characterized in that this carbon emission method for tracing comprises:
Set up the network connectivity of a carbon emission tracker and a data center;
This data center distributes a setting-up time to give this carbon emission tracker;
This carbon emission tracker judges whether to connect a data storage element;
If above-mentioned being judged as is that then this carbon emission tracker detects the actual power consumption power of these electric equipment products;
This carbon emission tracker is obtained the power consumption information of these electric equipment products in this setting-up time through this actual power consumption power of accumulative total;
By this carbon emission tracker the identity information of this power consumption information and these electric equipment products is integrated into product electricity consumption data;
By this carbon emission tracker with this product electricity consumption data transmission to this data storage element;
Read these stored product electricity consumption data of this data storage element and send these product electricity consumption data by an electronic installation to this data center; And
This data center is according to the carbon emission amount of these these electric equipment products of product electricity consumption data reduction in this setting-up time.
20. carbon emission method for tracing as claimed in claim 19 is characterized in that also comprising that this data center judges according to the preset power consumption of these electric equipment products and the power consumption information of these electric equipment products whether these electric equipment products have unusually.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201110047299.2A CN102651150B (en) | 2011-02-24 | 2011-02-24 | Carbon emission tracker, carbon emission tracking system and carbon emission tracking method |
| CN201510089324.1A CN104680639B (en) | 2011-01-28 | 2011-02-24 | carbon emission tracker |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110047299.2A CN102651150B (en) | 2011-02-24 | 2011-02-24 | Carbon emission tracker, carbon emission tracking system and carbon emission tracking method |
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| CN201510089324.1A Division CN104680639B (en) | 2011-01-28 | 2011-02-24 | carbon emission tracker |
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| CN102651150B CN102651150B (en) | 2015-07-15 |
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