CN203414798U - Household intelligent electricity utilizing system - Google Patents

Household intelligent electricity utilizing system Download PDF

Info

Publication number
CN203414798U
CN203414798U CN201320500519.7U CN201320500519U CN203414798U CN 203414798 U CN203414798 U CN 203414798U CN 201320500519 U CN201320500519 U CN 201320500519U CN 203414798 U CN203414798 U CN 203414798U
Authority
CN
China
Prior art keywords
bpl
energy control
equipment
intelligent
intelligent power
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201320500519.7U
Other languages
Chinese (zh)
Inventor
陆国俊
马智远
许中
王劲
黄慧红
崔晓飞
陈国炎
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Guangzhou Power Supply Bureau of Guangdong Power Grid Co Ltd
Original Assignee
Guangzhou Power Supply Bureau Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Guangzhou Power Supply Bureau Co Ltd filed Critical Guangzhou Power Supply Bureau Co Ltd
Priority to CN201320500519.7U priority Critical patent/CN203414798U/en
Application granted granted Critical
Publication of CN203414798U publication Critical patent/CN203414798U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

Provided is a household intelligent electricity utilizing system which comprises at least one intelligent socket, an energy control device and a service terminal. The intelligent sockets are respectively connected with the energy control device which is communicated with the service terminal in a wired or wireless way. The intelligent sockets acquire electric quantity information of each electricity utilizing device and send electric quantity information to the energy control device. The energy control device uploads electric quantity information to the service terminal and receives a power supply switch order sent by the service terminal and forwards the order to the intelligent sockets. With application of the household intelligent electricity utilizing system, remote real-time monitoring and remote control are realized.

Description

Home intelligent power system
Technical field
The utility model relates to energy control field, particularly relates to a kind of home intelligent power system.
Background technology
Along with improving constantly of living standard, people are also more and more higher for the requirement of household electrical appliance, pursue more intelligent household electrical appliance.Therefore, the concept of the Smart Home birth of meeting the tendency.Smart Home is to take house as platform, utilizes the technology such as comprehensive wiring, network service, control automatically, audio frequency and video that the relevant facility of life staying idle at home is integrated, builds the management system of efficient house facility and family's schedule affairs, realizes home intelligent power.
In traditional-family's intelligent power technology, be to adopt measuring intelligent socket to control the energy.Measuring intelligent socket is that with compositions such as chip microprocessor chip, electric energy computation chip, LCD demonstrations has electric energy metrical, the smart jack of Presentation Function.Can realize for electric equipment, provide patch conversion electricity consumption in, the work that shows in real time and record electric equipment, can measure electric appliance voltage and working current.Conventional metered dose smart jack can only show electric weight and store, but cannot carry out remote monitoring and the control of household electricity on measuring intelligent socket.
Utility model content
Based on this, being necessary, for the problem that cannot realize household electricity range monitoring far away and control, provides a kind of home intelligent power system.
A system, comprises at least one smart jack, energy control device and service terminal, and described smart jack is connected with described energy control device respectively, and described energy control device and service terminal carry out wired or wireless communication;
Described smart jack gathers the information about power of each consumer, and is sent to described energy control device;
Described energy control device is uploaded to described service terminal by described information about power, and receives the power switch instruction of described service terminal transmission and be forwarded to described smart jack.
Above-mentioned home intelligent power system, by smart jack, gather current information, and upload to service terminal by energy control device, realize remote real-time monitoring, by energy control device, forward the power switch instruction receiving, according to power switch, instruction opens or closes power supply smart jack, realizes Long-distance Control.
In an embodiment, also comprise intelligent remote controller therein, described intelligent remote controller is connected with described energy control device;
Described energy control device receives the telecommand that described service terminal sends, and is forwarded to described intelligent remote controller.
Above-mentioned home intelligent power system, by energy control device, forward the telecommand receiving, intelligent remote controller is controlled consumer according to telecommand, such as controlling the wind scale etc. of air-conditioner temperature, TV channel, fan, realizes Long-distance Control consumer.
In an embodiment, described service terminal is monitor terminal therein, and described energy control device and monitor terminal carry out wired or wireless communication.
Above-mentioned home intelligent power system, monitor terminal can be the equipment of the network-connectables such as mobile phone, Ipad, computer, by monitor terminal, can closely control smart jack.When close together, energy control device can directly be uploaded to monitor terminal by described information about power, and receives power switch instruction, the telecommand of monitor terminal transmission and be forwarded to smart jack, intelligent remote controller.
Therein in an embodiment, described service terminal comprises monitor terminal and intelligent power server, described energy control device and described intelligent power server are by BPL(Broadband over Power Line, power line carrier) power line carrier mode is communicated by letter, and described monitor terminal connects described intelligent power server by wired or wireless mode.
Above-mentioned home intelligent power system, by setting up intelligent power server, monitor terminal can remote access intelligent power server, realizes the control to smart jack.Intelligent power server can receive power switch instruction, the telecommand that described monitor terminal sends, and be issued to energy control device by BPL power line carrier, then be forwarded to smart jack and intelligent remote controller, i.e. the unlatching of remote controlled each consumer or close, regulate the state of each consumer.
Therein in an embodiment, described energy control device comprises the first communication unit, second communication unit, microprocessor, described intelligent remote controller communicates by the first communication unit and described microprocessor, described smart jack communicates by the first communication unit and described microprocessor, and described microprocessor communicates by second communication unit and described service terminal.
Above-mentioned home intelligent power system, energy control device is communicated by letter with intelligent remote controller with smart jack by the first communication unit, by second communication unit, communicates by letter with service terminal.
Therein in an embodiment, also comprise pressing in the first low pressure BPL equipment of being connected between described energy control device and intelligent power server, the second low pressure BPL equipment, first and in BPL equipment and second, press BPL equipment,
Described energy control device connects the first low pressure BPL equipment by netting twine, described the first low pressure BPL equipment is connected by low-voltage power line with described the second low pressure BPL equipment, described the second low pressure BPL equipment is connected by netting twine with pressing BPL equipment in described first, in described first, press BPL equipment to be connected by medium voltage power line with pressing BPL equipment in described second, press BPL equipment to be connected by netting twine with intelligent power server in described second.
Above-mentioned home intelligent power system, can extend communication distance by middle pressure BPL equipment and low pressure BPL equipment.
Therein in an embodiment, described the first low pressure BPL equipment comprises LGW200DR(Aranuka Gateway in DIN-rail housing, guide tracked installation gateway collection terminal) TU Trunk Unit, described the second low pressure BPL equipment comprises LH200(Aranuka Headend, gateway head end) TU Trunk Unit, in described first, press BPL equipment to comprise and in first, press BPL coupling mechanism and a MV200(medium voltage coupler, middle pressure coupling mechanism) collecting unit, presses in described second BPL equipment to comprise and in second, presses BPL coupling mechanism and the 2nd MV200 collecting unit;
Described energy control device is connected by netting twine with described LGW200DR TU Trunk Unit, described LGW200DR TU Trunk Unit is connected by low-voltage power line with described LH200 TU Trunk Unit, described LH200 TU Trunk Unit is connected by netting twine with a MV200 collecting unit, a described MV200 collecting unit is connected with pressing BPL coupling mechanism in described first, in described first, press BPL coupling mechanism to be connected by medium voltage power line with pressing BPL coupling mechanism in described second, in described second, press BPL coupling mechanism to be connected with described the 2nd MV200 collecting unit, described the 2nd MV200 collecting unit is connected by netting twine with described intelligent power server.
Above-mentioned home intelligent power system, communicates by this wired mode, can realize long-distance transmissions.
In an embodiment, described smart jack and described energy control device are by Zigbee protocol communication therein.
Above-mentioned home intelligent power system, smart jack and energy control device carry out radio communication by Zigbee (the territory fidonetFido of the low-power consumption based on IEEE802.15.4 standard) protocol communication, not only can realize Long-distance Control, and low-power consumption, can realize flexible MANET.
In an embodiment, described intelligent remote controller and described energy control device are by Zigbee protocol communication therein.
Above-mentioned home intelligent power system, intelligent remote controller and energy control device carry out radio communication by Zigbee protocol communication, not only can realize Long-distance Control, and low-power consumption, can realize flexible MANET.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model home intelligent power system embodiment one;
Fig. 2 is the structural representation of the utility model home intelligent power system embodiment two;
Fig. 3 is the structural representation of the utility model home intelligent power system embodiment three;
Fig. 4 is energy control device and the intelligent power server annexation schematic diagram of the utility model embodiment;
Fig. 5 is the structural representation of the utility model energy control device embodiment mono-;
Fig. 6 is the structural representation of the utility model energy control device embodiment bis-.
Embodiment
Below each embodiment of the utility model is elaborated.
Shown in Figure 1, structural representation for the utility model home intelligent power system embodiment one, comprise at least one smart jack 110, energy control device 120 and service terminal 130, smart jack 110 is connected with energy control device 120 respectively, and energy control device 120 carries out wired or wireless communication with service terminal 130;
Smart jack 110 gathers the information about power of each consumer, and is sent to energy control device 120;
Energy control device 120 is uploaded to service terminal 130 by information about power, and receives the power switch instruction of service terminal 130 transmissions and be forwarded to smart jack 110.
The smart jack 110 of the present embodiment, for controlling power switch, at least comprises collecting unit and communication unit.Smart jack can have a plurality of as required, and each smart jack correspondence can have a plurality of consumers.In figure, smart jack 1 connects consumer 1, and consumer 1 can be comprised of a plurality of consumers., in a specific embodiment, smart jack 110 can comprise communication unit, socket switch, power information collecting unit and power supply.Communication unit for communicate by letter, control smart jack relay switch opening and closing, read relay switch state and be transferred to energy control device.Power information collecting unit can comprise voltage transformer (VT), current transformer, electric energy computation chip (such as, chip ADE7758).Adopt voltage, current transformer gather power information and send electric energy computation chip to, through electric energy computation chip, measure and calculate power information.Power supply can adopt integrated interchange to turn the supply module of direct current, and the civil power of alternating current 220V is converted into direct current to communication unit and other module for power supply.Socket switch can adopt relay to control the opening and closing of smart jack.Communication unit can be wire communication or radio communication.In a specific embodiment, can adopt Zigbee wireless communication unit, comprise CC2530 chip, carry out ZigBee communication, control smart jack relay switch opening and closing, read relay switch state and pass to energy control device based on Zigbee protocol.
The energy control device of the present embodiment, the information about power that can send for receiving smart jack, and be uploaded to service terminal, and also can receive the power switch instruction of service terminal, instruction is transmitted to smart jack.
Service terminal is stored information about power and is shown, and sends power switch instruction or telecommand to energy control device.
In an embodiment, service terminal is monitor terminal therein, and energy control device and monitor terminal carry out wired or wireless communication.Monitor terminal is stored information about power and is shown, and sends power switch instruction or telecommand to energy control device.Monitor terminal can be the equipment of the network-connectables such as mobile phone, Ipad, computer, by monitor terminal, can closely control smart jack.When close together, energy control device can directly be uploaded to monitor terminal by information about power, and receives power switch instruction, the telecommand of monitor terminal transmission and be forwarded to smart jack, intelligent remote controller.
In an embodiment, service terminal comprises monitor terminal and intelligent power server therein, and energy control device is communicated by letter by BPL power line carrier mode with intelligent power server, and monitor terminal connects intelligent power server by wired or wireless mode.By setting up intelligent power server, monitor terminal can remote access intelligent power server, realizes the control to smart jack.Intelligent power server can receive power switch instruction, the telecommand that monitor terminal sends, and be issued to energy control device by BPL power line carrier, then be forwarded to smart jack and intelligent remote controller, i.e. the unlatching of remote controlled each consumer or close, regulate the state of each consumer.
As shown in Figure 2, in a specific embodiment, comprise at least one smart jack 210, intelligent remote controller 220, energy control device 230 and service terminal 240, smart jack 210 is connected with energy control device 230 respectively with intelligent remote controller 220, and energy control device 230 carries out wired or wireless communication with service terminal 240; Energy control device receives the telecommand that service terminal sends, and is forwarded to intelligent remote controller, and intelligent remote controller is controlled consumer according to telecommand.Such as, control the wind scale of air-conditioner temperature, TV channel, fan etc., realize Long-distance Control consumer.Can have one or more telepilots, each telepilot can be controlled one or more consumers.Telepilot can pass through infrared control consumer, also can control consumer by wireless mode.
Intelligent remote controller 220 in the present embodiment can be a kind of self study household appliance intelligent remote controller based on infrared communication, can comprise processor and communication module, infrared transceiver module, self study information-storing device, power supply lithium battery.Communication module can be radio communication or wire communication, and in a specific embodiment, communication module is Zigbee communication module.
Processor and Zigbee communication module, for the radio communication based on Zigbee agreement, control communication process and the transmitting-receiving of infrared transceiver module information and the process control of self study; Infrared transceiver module, for sending and receiving infrared signal; Self study information-storing device, for storing the remote signal of other intelligent remote controllers after self study; Power supply lithium battery, is used to intelligent remote controller that reliable and stable direct supply is provided.
When above-mentioned intelligent remote controller is used, first energy control device sends a steering order to intelligent remote controller by Zigbee agreement, such as regulating air-conditioner temperature, is 25 degree.In Zigbee communication module, receive after instruction, the adjusting air-conditioning storing through self study in advance that will read in self study information storage module according to instruction is the information of 25 degree, then after information processing, by infrared light emission, go out, the infrared signal that air-conditioning receives like this transmits unanimously with common intelligent remote controller, air-conditioning will, according to instruction, be adjusted to 25 degree by air-conditioner temperature.Compare with common intelligent remote controller, the present embodiment intelligent remote controller has not only been realized networking and the wireless penetration of intelligent remote controller by Zigbee wireless communication protocol, and possesses the function of self study, owing to signal not being decoded, it is storage assembly, so can learn the intelligent remote controller of a lot of electrical appliances of TV, air-conditioning, refrigerator etc., compatibility obtains very large reinforcement.Certainly set as required intelligent remote controller number, when intelligent remote controller can be controlled all electric equipments, only an intelligent remote controller need be set.The connected mode of energy control device and service terminal can be wireless connections or wired connection, and the present embodiment Fig. 2 describes with wired connection.
In a specific embodiment, home intelligent power system also comprises the first low pressure BPL equipment being connected between described energy control device and intelligent power server, the second low pressure BPL equipment, in first, press and in BPL equipment and second, press BPL equipment, described energy control device connects the first low pressure BPL equipment by netting twine, described the first low pressure BPL equipment is connected by low-voltage power line with described the second low pressure BPL equipment, described the second low pressure BPL equipment is connected by netting twine with pressing BPL equipment in described first, in described first, press BPL equipment to be connected by medium voltage power line with pressing BPL equipment in described second, in described second, press BPL equipment to be connected by netting twine with intelligent power server.By middle pressure BPL equipment and this wired mode of low pressure BPL trunking, communicate, can realize long-distance transmissions.
For example, in a specific embodiment, as Fig. 3, comprise in smart jack 310, intelligent remote controller 320, energy control device 330, the first low pressure BPL equipment 341, the second low pressure BPL equipment 342, first, pressing in BPL equipment 350, second and press BPL equipment 360, intelligent power server 370 and monitor terminal 380.Energy control device 330 presses BPL equipment 360 to be connected with intelligent power server 370 by pressing in the first low pressure BPL equipment 341, the second low pressure BPL equipment 342, first in BPL equipment 350, second, and monitor terminal 380 carries out wired or wireless communication with intelligent power server 370;
Smart jack 310 gathers the information about power of each consumer, and be sent to energy control device 330, energy control device 330 is uploaded to intelligent power server 370 by information about power, and monitor terminal 380 connects the information about power that intelligent power server 370 can be checked each consumer;
Intelligent power server 370 can receive power switch instruction, the telecommand that monitor terminal 380 sends, and press BPL equipment 360 to be issued to energy control device 330 by pressing in the first low pressure BPL equipment 341, the second low pressure BPL equipment 342, first in BPL equipment 350, second, be then forwarded to smart jack 310 and intelligent remote controller 320.
The low pressure BPL trunking of the present embodiment is connected to low-voltage power line by energy control device, then pass through middle pressure BPL equipment connection to medium voltage power line, finally by to press BPL device translates be that netting twine is connected with intelligent power server, energy control device and intelligent power server are communicated to connect with the realization of low-voltage and medium voltage power line carrier.
In an embodiment, as shown in Figure 4, be energy control device and intelligent power server annexation schematic diagram therein.The second low pressure BPL equipment comprises LH200 TU Trunk Unit 412, the first low pressure BPL equipment comprises LGW200DR TU Trunk Unit 411, in first, press BPL equipment 420 to comprise to press in first and in BPL coupling mechanism 421 and a MV200 collecting unit 422, the second, press BPL equipment 430 to comprise in second, to press BPL coupling mechanism 431 and the 2nd MV200 collecting unit 432, energy control device is connected by netting twine with LGW200DR TU Trunk Unit 411, LGW200DR TU Trunk Unit 411 is connected by low-voltage power line with LH200 TU Trunk Unit 412, LH200 TU Trunk Unit 412 is connected by netting twine with a MV200 collecting unit 422, the one MV200 collecting unit 422 is connected with pressing BPL coupling mechanism 421 in first, in first, press BPL coupling mechanism 421 to be connected by medium voltage power line with pressing BPL coupling mechanism 431 in second, in second, press BPL coupling mechanism 431 to be connected with the 2nd MV200 collecting unit 432, the 2nd MV200 collecting unit 432 is connected by netting twine with intelligent power server.
The LGW200DR TU Trunk Unit of the present embodiment, is coupled to low-voltage power line by energy control device output signal, can comprise one or more LGW200DR TU Trunk Unit, corresponding one or more energy control devices.
The LH200 TU Trunk Unit of the present embodiment, connects one or more LGW200DR TU Trunk Unit by low-voltage power line, receives or send low voltage power line carrier signal.
In the one MV200 collecting unit and first of the present embodiment, press BPL coupling mechanism, connect LH200 TU Trunk Unit and medium voltage power line starting point, by low voltage power line carrier signal coupling to medium voltage power line; At medium voltage power line destination county, in the 2nd MV200 collecting unit and second, press BPL coupling mechanism that medium voltage power line carrier signal is coupled to netting twine, connect intelligent power server.
Above-mentioned low pressure BPL trunking and middle pressure BPL equipment, utilize existing low-voltage and medium voltage line of electric force to realize energy control device and be connected with the wire communication of intelligent power server, without the special network channel of laying, can save communications investment.
Above-mentioned home intelligent power system, communicates by middle pressure BPL equipment and this wired mode of low pressure BPL equipment, can realize long-distance transmissions.In the present embodiment, smart jack and energy control device, the connected mode of intelligent remote controller and energy control device can be limited or wireless.Each consumer one by one correspondence arranges a telepilot, also can control all consumers by a total telepilot.It is ripe prior art that intelligent remote controller can be controlled a plurality of consumers, does not repeat them here.
In a specific embodiment, as shown in Figure 5, energy control device comprises the first communication unit 510, second communication unit 520, microprocessor 530, intelligent remote controller communicates by the first communication unit and microprocessor, smart jack communicates by the first communication unit and microprocessor, and microprocessor communicates by second communication unit and service terminal.First communication unit can be the wireless or wire communications such as Zigbee wireless communication unit, and second communication unit is the wireless or wire communications such as wifi communication unit or network interface.Now service terminal can be only monitor terminal, such as computer, mobile phone etc.Also can be intelligent power server and monitor terminal, now, intelligent power server be by second unit and microprocessor communication.
In an embodiment, as shown in Figure 6, this embodiment can closely access and remote situation of accessing simultaneously therein, and service terminal comprises the first monitor terminal, the second monitor terminal, intelligent power server.Energy control device comprises the first communication unit 610, second communication unit 620, third communication unit 630, microprocessor 640, intelligent remote controller communicates by the first communication unit and microprocessor, smart jack communicates by the first communication unit and microprocessor, microprocessor communicates by second communication unit and the first monitor terminal, microprocessor communicates by third communication unit and intelligent power server, and intelligent power server is connected with the second monitor terminal.First communication unit is Zigbee wireless communication unit, and second communication unit is wifi communication unit, and third communication unit is Ethernet wire communication unit.
Integrated second communication unit above the energy control device of the present embodiment, such as wifi communication module, this wifi communication module is supported two kinds of mode of operations, AP (Access Point, wireless router) pattern and STA (Spanning Tree Algorithm, network adapter or network interface unit) pattern: while working with ap mode, user can use panel computer or mobile phone etc. with the terminal of wifi function, the AP that connects energy control device, energy control device now will be set up a WLAN (wireless local area network) as a focus oneself, panel computer is as a terminal in this WLAN (wireless local area network), set up network communication with energy control device, user now can be by the form access energy control device of wifi LAN (Local Area Network).During with STA work pattern, in the situation that subscriber household has wireless aps or wireless routing, user can use energy control device to add the WLAN (wireless local area network) of family, now user's panel computer also adds in the WLAN (wireless local area network) of family, this time energy control device and panel computer, all, in the LAN (Local Area Network) in family wireless route, now user also can access energy control device by panel computer.
Energy control device is integrated third communication unit, such as independently two network interfaces can be set, can set separately two network interfaces of IP address, when use does not have the computer of wireless network card, user can use netting twine, be connected with one of them network interface of energy control device, user can pass through computer to access energy control device.The mode that one or more energy control devices can add power line carrier by netting twine or netting twine is connected to the intelligent power server on upper strata, and access Internet by fire wall, user uses equipment for surfing the net access Internet to get final product long-range connection energy control device, and then realizes the remote monitoring of consumer and control.
Also integrated the first communication unit above energy control device, family the inside needs controlled electrical equipment, by smart jack, connects household electrical source, integrated the first communication unit above smart jack.Like this, energy control device and smart jack are just set up communication network by communication module, and user has just realized the monitoring of smart jack and control.
In a specific embodiment, smart jack is communicated by letter by Zigbee with energy control device.The communication unit of smart jack can be Zigbee wireless communication unit.Zigbee wireless communication unit can adopt CC2530 chip, certainly also can adopt other chips, be mainly responsible for Zigbee communication, control smart jack relay switch opening and closing, read relay switch state and pass to energy control device based on Zigbee agreement.Such as a kind of communication link wherein: the communication unit above energy control device is Zigbee module, is provided with Zigbee module above smart jack.Zigbee module above energy control device is first set up the wireless network of oneself, near the Zigbee network Zigbee block search above of smart jack, then the Zigbee wireless network that adds energy control device, in communication, realized the communication link of energy control device and smart jack, now energy control device just can by above the wireless network monitoring intelligent socket of Zigbee with household electrical appliance.This has enumerated wherein a kind of communication mode, and other modes do not repeat them here.
Embodiment can comprise one or more combinations of above-mentioned technical characterictic, such as: above-mentioned smart jack and energy control device can be used as an embodiment, smart jack, energy control device and intelligent remote controller can be used as an embodiment, and smart jack, energy control device and middle pressure BPL equipment and low pressure BPL equipment can be used as an embodiment etc.Specifically repeat no more.
The above embodiment has only expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.

Claims (9)

1. a home intelligent power system, it is characterized in that, comprise at least one smart jack, energy control device and service terminal, described smart jack is connected with described energy control device respectively, and described energy control device and service terminal carry out wired or wireless communication;
Described smart jack gathers the information about power of each consumer, and is sent to described energy control device;
Described energy control device is uploaded to described service terminal by described information about power, and receives the power switch instruction of described service terminal transmission and be forwarded to described smart jack.
2. home intelligent power system according to claim 1, is characterized in that, also comprises intelligent remote controller, and described intelligent remote controller is connected with described energy control device;
Described energy control device receives the telecommand that described service terminal sends, and is forwarded to described intelligent remote controller.
3. home intelligent power system according to claim 1, is characterized in that, described service terminal is monitor terminal, and described energy control device and monitor terminal carry out wired or wireless communication.
4. home intelligent power system according to claim 1, it is characterized in that, described service terminal comprises monitor terminal and intelligent power server, described energy control device is communicated by letter by BPL power line carrier mode with described intelligent power server, and described monitor terminal connects described intelligent power server by wired or wireless mode.
5. according to the home intelligent power system described in claim 1 to 4 any one, it is characterized in that, described energy control device comprises the first communication unit, second communication unit, microprocessor, described intelligent remote controller communicates by the first communication unit and described microprocessor, described smart jack communicates by the first communication unit and described microprocessor, and described microprocessor communicates by second communication unit and described service terminal.
6. home intelligent power system according to claim 4, it is characterized in that, also comprise pressing in the first low pressure BPL equipment of being connected between described energy control device and intelligent power server, the second low pressure BPL equipment, first and in BPL equipment and second, press BPL equipment
Described energy control device connects the first low pressure BPL equipment by netting twine, described the first low pressure BPL equipment is connected by low-voltage power line with described the second low pressure BPL equipment, described the second low pressure BPL equipment is connected by netting twine with pressing BPL equipment in described first, in described first, press BPL equipment to be connected by medium voltage power line with pressing BPL equipment in described second, press BPL equipment to be connected by netting twine with intelligent power server in described second.
7. home intelligent power system according to claim 6, it is characterized in that, described the first low pressure BPL equipment comprises LGW200DR TU Trunk Unit, described the second low pressure BPL equipment comprises LH200 TU Trunk Unit, in described first, press BPL equipment to comprise to press in first BPL coupling mechanism and a MV200 collecting unit, press in described second BPL equipment to comprise and in second, press BPL coupling mechanism and the 2nd MV200 collecting unit;
Described energy control device is connected by netting twine with described LGW200DR TU Trunk Unit, described LGW200DR TU Trunk Unit is connected by low-voltage power line with described LH200 TU Trunk Unit, described LH200 TU Trunk Unit is connected by netting twine with a MV200 collecting unit, a described MV200 collecting unit is connected with pressing BPL coupling mechanism in described first, in described first, press BPL coupling mechanism to be connected by medium voltage power line with pressing BPL coupling mechanism in described second, in described second, press BPL coupling mechanism to be connected with described the 2nd MV200 collecting unit, described the 2nd MV200 collecting unit is connected by netting twine with described intelligent power server.
8. home intelligent power system according to claim 1 and 2, is characterized in that, described smart jack and described energy control device are by Zigbee protocol communication.
9. home intelligent power system according to claim 2, is characterized in that, described intelligent remote controller and described energy control device are by Zigbee protocol communication.
CN201320500519.7U 2013-08-15 2013-08-15 Household intelligent electricity utilizing system Active CN203414798U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320500519.7U CN203414798U (en) 2013-08-15 2013-08-15 Household intelligent electricity utilizing system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320500519.7U CN203414798U (en) 2013-08-15 2013-08-15 Household intelligent electricity utilizing system

Publications (1)

Publication Number Publication Date
CN203414798U true CN203414798U (en) 2014-01-29

Family

ID=49977677

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201320500519.7U Active CN203414798U (en) 2013-08-15 2013-08-15 Household intelligent electricity utilizing system

Country Status (1)

Country Link
CN (1) CN203414798U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104834297A (en) * 2015-05-08 2015-08-12 上海电机学院 Household electrical appliance remote control system based on Internet-of-things smart meter and method thereof
CN107358545A (en) * 2017-08-01 2017-11-17 安徽福的信息技术服务有限公司 A kind of power consuming administrative system based on residential area
CN108387777A (en) * 2018-05-10 2018-08-10 佛山科学技术学院 A kind of household electricity intelligent monitor system based on intelligent electric meter

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104834297A (en) * 2015-05-08 2015-08-12 上海电机学院 Household electrical appliance remote control system based on Internet-of-things smart meter and method thereof
CN107358545A (en) * 2017-08-01 2017-11-17 安徽福的信息技术服务有限公司 A kind of power consuming administrative system based on residential area
CN108387777A (en) * 2018-05-10 2018-08-10 佛山科学技术学院 A kind of household electricity intelligent monitor system based on intelligent electric meter

Similar Documents

Publication Publication Date Title
CN203178784U (en) Intelligent household control system based on Internet of Things
CN102598459A (en) Electric power management system
CN202939450U (en) Household electricity quantity monitoring system
CN204089846U (en) A kind of intelligent domestic system
CN203414798U (en) Household intelligent electricity utilizing system
CN204719527U (en) A kind of wireless intelligent house system
CN104363179A (en) Intelligent router, intelligent control device and intelligent home control system
CN108709299A (en) One kind being based on LoRa wireless remote intelligents air-conditioner control system and its control method
CN108415385A (en) Intelligent home control system based on Bluetooth communication
CN105390889A (en) Wireless intelligent socket with power communication coupling and decoupling function
CN203038457U (en) WIFI (wireless fidelity) based infrared converting device
CN103595133B (en) A kind of transformer station dehumidifier intelligent monitor system
CN203251459U (en) Illumination control device based on internet of things technology
CN106025726A (en) Smart socket
CN203351020U (en) Remote control device of infrared household appliance
CN205281239U (en) Building intelligent management and control system
CN105204455A (en) Intelligent household system based on Internet of Things
CN205958953U (en) Intelligent home control system
CN203119918U (en) A network power control module
CN205846368U (en) A kind of smart jack
CN102889665A (en) Remote monitoring system and method for air conditioner
CN103701495B (en) Home appliance and appliance system
CN208222773U (en) Intelligent air condition and air-conditioner control system
CN206698248U (en) A kind of heating gateway apparatus
CN203313180U (en) Smart appliance based on power line information transmission

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
TR01 Transfer of patent right
TR01 Transfer of patent right

Effective date of registration: 20201009

Address after: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No.

Patentee after: Guangzhou Power Supply Bureau of Guangdong Power Grid Co.,Ltd.

Address before: 510620 Tianhe District, Guangzhou, Tianhe South Road, No. two, No. 2, No.

Patentee before: GUANGZHOU POWER SUPPLY Co.,Ltd.