CN102999035A - Intelligent building energy-saving system based on Institute of Electrical and Electronics Engineers (IEEE) 1888 standard - Google Patents
Intelligent building energy-saving system based on Institute of Electrical and Electronics Engineers (IEEE) 1888 standard Download PDFInfo
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Abstract
The invention discloses an intelligent building energy-saving system based on an Institute of Electrical and Electronics Engineers (IEEE) 1888 standard in the technical field of Internet of things. The system comprises a building energy consumption collecting unit, a bearing network and a management unit, wherein the building energy consumption collecting unit comprises a wireless sensor and a gateway, the wireless sensor is used for collecting the energy consumption information of an energy consumption device and sending the information to the gateway, the wireless sensor is also used for receiving control commands forwarded by the gateway and controlling the energy consumption device to work, the management unit comprises a database server, an application server, a switch, an integrated service platform and a client, the database server is used for storing the energy consumption information, the application server is used for analyzing the stored energy consumption information, generating control commands in accordance with analyzed results and transmitting control commands to the switch, and the energy consumption information and control commands use the protocol transmission based on the IEEE 1888 standard. The data center energy quality management and reasonable use are achieved and the energy efficiency is optimized.
Description
Technical field
The invention belongs to the technology of Internet of things field, relate in particular to a kind of industrial monitoring system based on the IEEE1888 standard.
Background technology
Building field is that one of major fields of Chinese government's propulsion energy-saving emission reduction work, the particularly energy-saving and emission-reduction of public building are the important component parts that building energy conservation reduces discharging, and mainly realizes energy-saving and emission-reduction by promoting the efficiency of management and production efficiency at present.Promote the energy-saving and emission-reduction of public building to meet energy-saving and emission-reduction policy and China information-based, industrialized " two change fusion " target of China in informationalized mode.Building energy saving refers to adopt building automatic control technology and the communication technology, realizes equipment control and the energy consumption management and control of building construction, is reaching on the basis of energy-conservation purpose, further combines with raising room environmental comfort level.The scope of building energy saving has comprised the saving of production, Energy in use, develops, utilizes the many-sides such as new forms of energy, involves Stake Holders, from governments at all levels to the public organization, individual, enterprises and institutions, all will be benefited from the raising of building efficiency.
IEEE 1888 standards are called again UGCCNET(Ubiquitous Green Community ControlNetwork) standard, namely ubiquitous green community controls network standard.As the first green ICT standard of initiating and obtain international endorsement by China, IEEE 1888 has not only complied with the trend of technical development, and meet the growth requirement of operator, meet the demand of CHINESE INDUSTRIES development and the growth requirement under the international energy-saving and emission-reduction overall background.
Summary of the invention
The object of the invention is to, a kind of building intelligent energy conserving system based on IEEE 1888 standards is provided.
To achieve these goals, the technical scheme of the present invention's proposition is that a kind of building intelligent energy conserving system based on IEEE 1888 standards is characterized in that described system comprises energy consumption of building collecting unit, bearer network and administrative unit;
Described energy consumption of building collecting unit comprises wireless senser and gateway;
Described wireless senser is used for gathering the power consumption information of energy consumption equipment, and is sent to gateway; Also be used for receiving the steering order of gateway forwards and controlling energy consumption equipment and carry out work;
Described gateway is used for gathering the power consumption information of wireless senser collection and being sent to administrative unit by bearer network, also is used for the steering order that the receiving management unit sends by bearer network;
Described administrative unit comprises database server, application server, switch, synthesis business platform and client;
Described switch is used for receiving the power consumption information that bearer network sends, and is forwarded to database server; Also be used for receiving the steering order that application server sends, and be forwarded to bearer network;
Described database server is used for storage power consumption information;
Described application server is used for the power consumption information of storage is analyzed, and generates steering order according to analysis result, then steering order is sent to switch;
Described synthesis business platform also carries out alarm for energy consumption is exceeded standard for showing power consumption information and showing power consumption information analysis result;
Described customer side is used for power consumption information and the power consumption information analysis result of inquiry energy consumption equipment;
Described consumption information and steering order adopt the protocol transmission based on IEEE 1888 standards.
Described wireless senser comprises voltage sensor, current sensor, door magnetoelectricity ladder sensor, cigarette propagated sensation sensor, Temperature Humidity Sensor, water sensor, Switching Power Supply sensor, storage battery sensor and air conditioning sensor.
The redundance type mode switcher that described switch adopts primary switch and backup switch to combine.
The present invention has realized data center's energy quality management and has rationally used, has been beneficial to the optimization energy efficiency.
Description of drawings
Fig. 1 is that the energy-conservation solution of building intelligent is disposed synoptic diagram;
Fig. 2 is the energy-conservation solution enforcement of building intelligent figure;
Fig. 3 is air conditioner intelligent control system deployment diagram;
Fig. 4 is based on the green data center efficiency platform framework figure of IEEE 1888.
Embodiment
Below in conjunction with accompanying drawing, preferred embodiment is elaborated.Should be emphasized that following explanation only is exemplary, rather than in order to limit the scope of the invention and to use.
In order to realize the intelligent power saving of building, at first need to dispose at the scene wireless sense network, be used for monitoring building power consumption, environmental aspect and control energy consumption equipment running status.In Sensor Network, running and the consumption information of the equipment such as the environmental information such as the temperature in the information acquisition end collection building, humidity, degree of ventilation and air-conditioning, new blower fan, and by message transmitting procedure, be sent to management end.Management end analysis and formation control decision-making send instructions to energy consumption equipment running status in the control end adjustment building in the Sensor Network.In addition, management end can with environment and the energy consumption data concentration of transmissions data server to functional department, provide different application services.For example administration departments can be checked building power consumption and environmental aspect from server, so that the power save mode of management building; The statistical conditions of region within the jurisdiction building power consumption and environmental aspect then can be checked from server by functional government departments, with convenient energy-conservation decision-making of formulating regional extent, building not up to standard are proposed reform advice.A typical building energy saving total solution as shown in Figure 1.Comprise energy consumption of building collecting unit, bearer network and administrative unit in the system shown in Figure 1.The energy consumption of building collecting unit comprises wireless senser and gateway.Wireless senser is used for gathering the power consumption information of energy consumption equipment, and is sent to gateway; Also be used for receiving the steering order of gateway forwards and controlling energy consumption equipment and carry out work.Wireless senser comprises voltage sensor, current sensor, door magnetoelectricity ladder sensor, cigarette propagated sensation sensor, Temperature Humidity Sensor, water sensor, Switching Power Supply sensor, storage battery sensor and air conditioning sensor.Gateway is used for gathering the power consumption information of wireless senser collection and being sent to administrative unit by bearer network, also is used for the steering order that the receiving management unit sends by bearer network.Administrative unit comprises database server, application server, switch, synthesis business platform and client.Switch is used for receiving the power consumption information that bearer network sends, and is forwarded to database server; Also be used for receiving the steering order that application server sends, and be forwarded to bearer network.The redundance type mode switcher that switch adopts primary switch and backup switch to combine.Database server is used for storage power consumption information.Application server is used for the power consumption information of storage is analyzed, and generates steering order according to analysis result, then steering order is sent to switch.Synthesis business platform also carries out alarm for energy consumption is exceeded standard for showing power consumption information and showing power consumption information analysis result.The customer side is used for power consumption information and the power consumption information analysis result of inquiry energy consumption equipment.Consumption information and steering order adopt the protocol transmission based on IEEE 1888 standards.
Fig. 2 is a typical building energy saving embodiment, is comprised of sensing system, video monitoring system, intelligent electric meter system, lighting control system etc.Wherein the data messages such as sensing system collecting temperature, humidity, illumination have the characteristics of low-power consumption, multinode.The video monitoring system internet protocol-based is disposed, and has distributed, extendible characteristics.The intelligent electric meter system is responsible for the energy consumption of Real-time Collection energy consumption equipment.Lighting control system is finished the real-time control of lamp lighting system, supports the intelligent linkage with other subsystems.
Air-conditioning system is widely used in the public building, and the electric energy of its consumption accounts for building with the 40%-60% of electric consumption, has very important effect for the whole structure of building energy saving.By at the air-conditioning equipment end of building corresponding various sensor, controller being installed, in conjunction with internet and product platform, can effectively satisfy monitoring, control and management demand to air-conditioning equipment in the building, save operation cost.Can realize the monitoring of air-conditioning system and the collection of air-conditioning information by building air-conditioner control system, and can automatically generate air-conditioning optimization operating scheme according to data.Based on the air conditioner intelligent control system, can recognize by the internet use state, energy consumption, failure condition and the various statement analysis etc. of air-conditioning at browser, and can control ruuning situation and the failure condition of operation of air conditioner pattern, design temperature, monitoring air-conditioning, improve the air-conditioning equipment running efficiency.The air conditioner intelligent control system can realize prolonging air-conditioning equipment serviceable life, reduce expenses, saves the purpose of energy resource consumption and operation cost.The deployment diagram of air conditioner intelligent control system as shown in Figure 3.
Air-conditioner control system shown in Figure 3 can be realized following functions:
1) monitoring of air-conditioning system: carry out real-time graphical monitoring for the data of sensor collection, grasp at any time the operating state that air-conditioning etc. is subjected to monitoring equipment.
2) collection of relevant information and analysis: collect client's consumption information, and with the data analysis, processing and the storage that gather, provide foundation for the client formulates decision-making.
3) according to data and the contract energy of collection analysis, generate the prioritization scheme of air-conditioning system operation.
4) control of air-conditioning system: the switch of real time remote control air-conditioning system, adjusting operation of air conditioner temperature, raising air-conditioning service efficiency.
5) the Web mode is managed air conditioner energy-saving system: the internet access is provided, by communication network, supports that the client checks, manages, controls building air-conditioner equipment by Web in patterned mode at any time on computer or mobile phone.
6) equipment alarm function: comprise fault warning and abnormality alarming etc.When device fails, system will send alarm by E-mail or short message mode to the maintainer, reduce the mechanical disorder loss.
7) the operation of air conditioner operation is arranged an order according to class and grade: can automatically move or close by designated equipment.By automatically-monitored and management equipment, can greatly promote holistic management efficient, avoid human error and people to be energy dissipation.
8) energy-conservation statement analysis: provide various forms for customer analysis.
9) platform access rights management: for the user provides the authority setting function, set account and the password of different brackets, and can set the manipulable systemic-function of user or authority.
Rapidly increase along with data service, IT infrastructure is used and is deepened continuously, scope is constantly widened, and every profession and trade data center and branch offices's construction are constantly accelerated, and its sector application just presents the extensive development trend of " data centralization, system's isomerization, application variation ".Provide comprehensive monitoring and management system around the multi-angle such as " efficiently ", " reliably ", " safety ", " energy-conservation ", can realize data center " management is reliable, operation fast, O﹠M safely, the optimization efficiency " management objectives.Current, the information-based important component part that has become national strategy, enterprise development, people's life, the construction of data center's IT infrastructure, operation, management, development have become the indispensable core support of Informatization Development, especially in service fields such as finance, electric power, communication, government, internets.
But meanwhile, data center has also brought huge energy consumption.In order to reach the green data center, need from top to bottom various aspects, take energy-saving and cost-reducing, cost efficiency as target, the development from aspects such as planning, design, deployment, operations towards the green data center, Continual Improvement is continued to optimize simultaneously.Obtain accurately complete energy consumption basic data by data center's energy consumption monitoring management system, the effective energy consumption statistic of Erecting and improving, assessment and analysis system reach following target:
Grasp in real time data center's overall energy consumption data, grasp energy consumption structure level, variation tendency, for Enterprises Strategic Decision and business development provide reference;
1) obtains the forward and backward power consumption values of employing power-saving technology, validity and the practicality of check power-saving technology;
2) provide accurate, authoritative basic energy consumption data for Energy Management Contract;
3) carrying out, formulate energy-saving and emission-reduction planning for energy-saving and emission-reduction work in-depth provides support;
4) provide reference for data center's energy budget management.
Data center's efficiency platform based on IEEE 1888 can realized under the prerequisite that real-time data acquisition and management data are integrated, take the energy source data as basic data, the energy management function is core, not only realize data center's energy quality management, rationally use, be beneficial to the optimization energy efficiency, and the express-analysis of the formulation of accident prediction and execution, culprit is provided and in time judge process, the functions such as prediction of the reasonable adjustment of energy supply and demand and balance and the analysis of the energy actual achievement on the objective information basis, energy planning establishment, energy quality management, energy resource system.The platform feature framework map is as shown in Figure 4:
Specific implementation function based on the green data center energy efficiency management scheme of IEEE 1888 is as follows:
1) energy quality management.By the means such as quality of power supply on-line monitoring, online improvement, online management, online evaluation are realized the functions such as electric current and voltage harmonic filtration, compensation, three-phase imbalance correction, ensure the quality of power supply.
2) efficiency measuring management.By the management such as requirement of efficiency measurement point, measuring period and measuring equipment, for computational data center efficiency provides beasurement base.
3) energy efficiency indexes management.Comprise the energy efficiency indexes collection, quantize and set up the energy efficiency indexes model.
4) efficiency diagnosis and analytical model.Key control element to the center carries out timely, comprehensive, directly perceived, comprehensive control, in time finds and report major issue, formulates regulation measure, in time assigns decision-making.
5) using energy.The operation of in-depth analysis equipment and energy consumption, and by the system acquisition optimization method, the coaching device operation.
Group financial statements.The various report form type such as the class's of providing newspaper, daily paper, weekly, ten days report, monthly magazine, quarterly report and annual report.
Based on the green data Center Scheme of IEEE1888, can bring following energy-conservation value: efficiently concentrate the hardware and software platform product, realize the IT of data center investment high return; Unified carry to take care of the mode reduces the O﹠M complexity, promotes the O﹠M response efficiency; The O﹠M process is controlled in real time, effectively evades operation risk, safeguards system safety; Reduce energy consumption, alleviate cost pressure, strengthen data center's market competitiveness; Authority data center O﹠M operation flow promotes the data center services quality.
The above; only for the better embodiment of the present invention, but protection scope of the present invention is not limited to this, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.
Claims (3)
1. the building intelligent energy conserving system based on IEEE 1888 standards is characterized in that described system comprises energy consumption of building collecting unit, bearer network and administrative unit;
Described energy consumption of building collecting unit comprises wireless senser and gateway;
Described wireless senser is used for gathering the power consumption information of energy consumption equipment, and is sent to gateway; Also be used for receiving the steering order of gateway forwards and controlling energy consumption equipment and carry out work;
Described gateway is used for gathering the power consumption information of wireless senser collection and being sent to administrative unit by bearer network, also is used for the steering order that the receiving management unit sends by bearer network;
Described administrative unit comprises database server, application server, switch, synthesis business platform and client;
Described switch is used for receiving the power consumption information that bearer network sends, and is forwarded to database server; Also be used for receiving the steering order that application server sends, and be forwarded to bearer network;
Described database server is used for storage power consumption information;
Described application server is used for the power consumption information of storage is analyzed, and generates steering order according to analysis result, then steering order is sent to switch;
Described synthesis business platform also carries out alarm for energy consumption is exceeded standard for showing power consumption information and showing power consumption information analysis result;
Described customer side is used for power consumption information and the power consumption information analysis result of inquiry energy consumption equipment;
Described consumption information and steering order adopt the protocol transmission based on IEEE 1888 standards.
2. system according to claim 1 is characterized in that described wireless senser comprises voltage sensor, current sensor, door magnetoelectricity ladder sensor, cigarette propagated sensation sensor, Temperature Humidity Sensor, water sensor, Switching Power Supply sensor, storage battery sensor and air conditioning sensor.
3. system according to claim 1 is characterized in that the redundance type mode switcher that described switch adopts primary switch and backup switch to combine.
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| CN103984304A (en) * | 2014-05-07 | 2014-08-13 | 江苏宁克传感器科技有限公司 | Intelligent hotel energy saving system |
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| CN104932473B (en) * | 2015-05-25 | 2017-12-01 | 华南理工大学 | A kind of factory's intelligent and energy saving system based on wireless communication networks |
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| CN105045096A (en) * | 2015-08-26 | 2015-11-11 | 福建恒天晨光节能服务有限公司 | Intelligent energy saving method based on neural network and system thereof |
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