CN202615196U - Energy management simulation platform based on Internet of things technologies - Google Patents
Energy management simulation platform based on Internet of things technologies Download PDFInfo
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- CN202615196U CN202615196U CN2012201337235U CN201220133723U CN202615196U CN 202615196 U CN202615196 U CN 202615196U CN 2012201337235 U CN2012201337235 U CN 2012201337235U CN 201220133723 U CN201220133723 U CN 201220133723U CN 202615196 U CN202615196 U CN 202615196U
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Abstract
The utility model belongs to the technical field of information and communication technology, and concretely relates to an energy management simulation platform based on Internet of things technologies. The energy management simulation platform comprises a lighting sub-system, an air conditioning sub-system, a production sub-system, a distribution sub-system, a work service main station and a mobile interaction controller; wherein the lighting sub-system, the air conditioning sub-system and the production sub-system are respectively connected with the work service main station by a wireless communication module; and the distribution sub-system is connected with the work service main station by a plastic optical fiber. The energy management simulation platform realizes the real-time monitor of various factors such as production of user, lighting, air conditioning, and power supply, obtains various parameter data and uses the data mining technology, analyses the overall energy consumption condition of the user, describes the structure of energy consumption, makes the user understand the energy consumption condition and adjust the energy strategy based on scientific analysis, and shows the concept in scientific energy utilization, energy saving, and emission reduction.
Description
Technical field
The utility model belongs to the ICT field, specifically relates to a kind of usefulness based on technology of Internet of things and can manage emulation platform.
Background technology
The energy is the material base that the mankind depend on for existence, is constantly power of development of society.The global climate that goes from bad to worse makes energy-saving and emission-reduction become the common exercise question of paying close attention in the whole world, reduces human carbon emission, and the trend of improving global warming needs the joint efforts that industry-by-industry is adopted an effective measure, each is national to realize.A lot of countries have issued relevant law, and government has formulated relevant laws and regulations, has carried out large-scale social mobilization, and the concerted activities of active response international community are for energy-saving and emission-reduction and purifying ecological environment have been expanded new prospect.Energy-saving and emission-reduction relate to large-scale industry and commerce with ability rich and influential family, medium and small industry and commerce user and common family, need to adopt well realization set objective of scientific and effective control measure.Large-scale industry and commerce user is the main body of energy-saving and emission-reduction; Present stage energy-conservation main through the primary equipment technical renovation; Improve efficiency of energy utilization, like CCHP technology, central air conditioner heat recovery technology, the closed loop energy-saving and frequency-variable is technological, heat pump air conditioner is technological, phase control is technological, variable-frequency control technique, injection machine power-saving technique etc.The problem that exists is monitoring and the effective supervision of coordinated operation aspect shortage of energy conserving system and the enforcement of control strategy of these infrastructure.Instantly technology of Internet of things is regarded as " the IT information revolution for the third time " after computing machine, internet, will cause that the intellectuality of physical world is changed.Internet of Things is through information sensing equipment such as coding techniques, RF identification (RFID), various sensor, GPSs, passes through internet communications network by the agreement of agreement, obtains the various information of real world, and realizes the information network of intelligent management.Therefore combine modern IT ICT and energy management and energy-saving and emission-reduction measure, realize the power consumption facility real-time monitoring, use the scientific analysis of ability data, will effectively promote the enforcement of energy-saving and emission-reduction measure, raising client's efficiency management level.
Under this background; Sensor technology, the network communications technology, data processing and analytical technology, information exhibition technology based on Internet of Things propose a kind of comprehensive with ability management system emulation platform implementation; The electrical parameter of simulated enterprise realization substation transformer is monitored in real time, analyzes the quality of power supply of low-tension supply; Simulation realizes the real-time collection of enterprise production streamline power consumption facility, the ability efficient construction of quantitative test production line; Simulation realizes the real-time monitoring and the control of the state of temperature of the enterprise work workshop and the device space, and environment temperature control situation and the electric energy of analyzing the enterprise production place expend distribution situation; Simulation realizes the illuminator automatic control level of enterprise, accomplish people Lai Dengkai, turn off the light when you leave, and houselights is with the strong and weak self-regulating effect of ambient light, and the electric energy that reduces illuminator expends.And can management system emulation platform carry out the research of contents such as energy consumption distributional analysis, production run management, environment are controlled cost, power quality monitoring through this usefulness, explore new type enterprise with can management philosophy implementation and conservation measures.
Be the IT information platform that adopts structures such as microsensor technology, computer technology, the information processing technology, database technology to get up based on the comprehensive of technology of Internet of things with the ability management platform; Can gather various energy consumption datas such as water, electricity, oil, gas in real time, comprehensively, exactly; Performance analysis status of energy consumption, auxiliary formulation are also continued to optimize energy-saving scheme; The optimal operational condition of Based Intelligent Control energy consumption equipment is adjusted amount of energy saving real-time and accurately.Functions such as the on-line metering that system platform has, monitoring, analysis, control, management; Implement quota for energy unit and control, formulate conservation measures, improve energy-saving efficiency, appraise and decide energy saving profit scientific and effective real-time management and control means are provided, be become more meticulous, the indispensable important leverage of intelligent, modern energy-saving and emission-reduction management.
The utility model content
The purpose of the utility model is to provide a kind of usefulness ability management platform based on technology of Internet of things; Through functional subsystem and work service main websites such as illumination subsystems, air-conditioning subsystem, production subsystem, distribution subsystem; The real-time monitoring of various factorss such as The Realization of Simulation user's production, illumination, air-conditioning, power supply; Obtain various parametric data and can utilize data mining technology, analyze the energy resource consumption situation of whole user, and describe out energy consumption structure; The confession user understands the energy resource consumption situation and makes based on what analyse scientifically and adjusting with ability is tactful, and displaying realization science is with the theory of ability and energy-saving and emission-reduction.
The purpose of the utility model is to adopt following technical proposals to realize:
A kind of usefulness based on technology of Internet of things can be managed emulation platform, and its improvements are that said usefulness can be managed emulation platform and comprised illumination subsystems, air-conditioning subsystem, produces subsystem, distribution subsystem, work service main website and mobile interaction controller; Said illumination subsystems, air-conditioning subsystem and produce subsystem and be connected with said work service main website respectively through wireless communication module; Said distribution subsystem is connected with said work service main website through plastic optical fiber.
Preferably, said illumination subsystems comprises assistant controller, lighting controller, LED Assembled lamp, infrared sensor, generated energy acquisition device and illuminance transducer; Said lighting controller, LED Assembled lamp, infrared sensor, generated energy acquisition device and illuminance transducer are connected with said assistant controller respectively through wireless communication module; Said assistant controller is connected with workstation servers in the said work service main website through wireless communication module; Said lighting controller comprises the lamp control panel.
Preferably, said air-conditioning subsystem comprises assistant controller, air-conditioner controller, flow sensor, temperature sensor and generated energy acquisition device; Said air-conditioner controller, flow sensor, temperature sensor and generated energy acquisition device are connected with assistant controller respectively through wireless communication module; Said assistant controller is connected through the workstation servers of wireless communication module with said work service main website.
Preferably, said production subsystem comprises assistant controller, Production Controller, flow sensor and generated energy acquisition device; Said Production Controller, flow sensor and generated energy acquisition device are connected through wireless communication module difference assistant controller; Said assistant controller is connected through the workstation servers of wireless communication module with said work service main website; Said Production Controller comprises pump and pump control panel.
Preferably, said distribution subsystem comprises intelligent power distribution terminal device and electric energy meter; Said intelligent power distribution terminal device and electric energy meter are connected with the workstation servers of said work service main website respectively through plastic optical fiber.
Preferably, said work service main website comprises workstation servers, database server and display terminal; Said database server, workstation servers and display terminal are connected successively; Said display terminal is a LED display.
Preferably, said mobile interaction controller is connected with workstation servers with assistant controller respectively through wireless communication module; Said mobile interactive controller comprises micro-control unit, storer, touch-screen, communication unit and power supply.
Preferably, said wireless communication module is a microminiature micropower wireless data transmission module, comprises micro-control unit, radio frequency chip, clock and single-chip microcomputer; The frequency of operation 404-435MHz of said wireless communication module adopts GFSK Gaussian Frequency Shift Keying GFSK modulation system.
More preferably, the control mode of said assistant controller employing HMI man-machine interface.
More preferably, said illuminance transducer is a photoelectric integrated sensor, comprises that Lazer feels first receiver and micro-signal amplifier; The incident wavelength of said illuminance transducer visible light is λ p=520nm; The photosensitive control of said application of infrared transducer.
More preferably, said temperature sensor is that temperature-measuring range is-200 ℃～+ 650 ℃ WZP type platinum resistance temperature sensor Pt1000.
More preferably,, said flow sensor is an electromagnetic flow transducer; Said generated energy acquisition device is a single-phase electronic energy meter.
Compared with prior art, the beneficial effect that reaches of the utility model is:
1, the usefulness based on technology of Internet of things that provides of the utility model can be managed emulation platform, and simulated enterprise realizes that the electrical parameter of substation transformer monitors in real time, analyzes the quality of power supply of communication power supply; Simulation realizes the real-time power consumption data acquisition of enterprise production streamline power consumption facility, the efficiency grade of quantitative test production line; Simulation realizes the state of temperature monitoring in real time and control of enterprise work workshop and equipment itself, and environment temperature control situation and the adjustment of analyzing the enterprise production place cause the power consumption distribution situation; Simulation realizes the illuminator automatic control and adjustment of enterprise; Accomplish people Lai Dengkai, turn off the light when you leave; And houselights is convenient to analyze the power consumption situation and the corresponding illumination of formulation energy consumption control strategy of illuminator with the real-time collection of the power consumption under the strong and weak self-regulation effect of ambient light.
2, the Design of Simulation Platform that provides of the utility model is avoided the shortcoming of the isolated design of industry energy conservation measure; Made full use of the shoring of foundation effect of Internet of Things for industry energy conservation; Is sensing network technology, communication transmission technology, the information processing technology, database technology, man-machine interaction HMI technology etc. one comprehensively, realizes the emulation of enterprises comprehensive with the ability management function.Emulation platform is through in real time, gather various energy consumption datas such as water, electricity, oil, gas comprehensively, exactly; Line dynamic metering, monitoring, analysis status of energy consumption; Auxiliary formulation is also continued to optimize energy-saving scheme; The Based Intelligent Control energy consumption equipment operates in optimum condition, adjusts amount of energy saving real-time and accurately, thereby shows that enterprise becomes more meticulous, the senior theory of intelligent, modern energy-saving and emission-reduction management.
3, the experiment simulation platform that provides of the utility model can supply scientific research institution and colleges and universities institutes; Carry out with relevant energy consumption distributional analysis in can management domain, production run management, environment control cost, the research of contents such as power quality monitor, family's energy consumption efficiency, industry energy conservation emission reduction strategy, it is novel with ability management philosophy, implementation strategy and conservation measures to explore enterprise.Simultaneously, the system architecture of this emulation platform is guiding and demonstration are played by enterprise with the construction of ability management system effect.
Description of drawings
Fig. 1 is that the emulation platform system of the utility model forms one-piece construction figure;
Fig. 2 is the illuminance transducer synoptic diagram of the utility model;
Fig. 3 is the infrared sensor synoptic diagram of the utility model;
Fig. 4 is the temperature sensor synoptic diagram of the utility model;
Fig. 5 is the flow sensor synoptic diagram of the utility model;
Fig. 6 is the electric energy meter synoptic diagram of the utility model;
Fig. 7 is a wireless communication module synoptic diagram in the emulation platform of the utility model;
Fig. 8 is that the hand-held of the utility model moves the interaction controller synoptic diagram;
Fig. 9 is the emulation platform work service HMI of the main website display interface and the assistant controller HMI display interface synoptic diagram of the utility model.
Embodiment
Below in conjunction with accompanying drawing the embodiment of the utility model is done further to describe in detail.
The usefulness based on technology of Internet of things that the utility model provides can be managed emulation platform and is divided into five sub-systems from system architecture, comprising: illumination subsystems, air-conditioning subsystem, production subsystem, distribution subsystem and work service main website, and as shown in Figure 1.Illumination, adjustment, productive life, the power supply that can solve the user through this emulation platform are monitored in real time, and monitor data management and storage are with functions such as ability information analyses.
At first analyzing each sub-systems of emulation platform realizes and function declaration in detail:
I, illumination subsystems
Illumination subsystems 1 comprises assistant controller 11,12,4 LED Assembled lamps 13 of lighting controller, infrared sensor 14, generated energy acquisition device 15 and 4 illuminance transducers 16; Said lighting controller 12,4 LED Assembled lamps 13, infrared sensor 14, generated energy acquisition device 15 and illuminance transducers 16 are connected with said assistant controller 11 respectively through wireless communication module; Said assistant controller 11 is connected through the workstation servers 51 of wireless communication module with said work service main website 5; Said lighting controller 12 comprises the lamp control panel.
It is real-time update that the electricity charge of illumination subsystems are calculated, and supports peak, paddy, section at ordinary times, and the electricity charge of mode electricity price such as pattern of ladder, timesharing, season are calculated.Subcontrol 11 adopts the control mode of HMI man-machine interfaces, can understand in this locality and the duty of initialization system.The electrical energy parameter that generated energy acquisition device 15 is gathered comprises voltage, power and the electric weight etc. of LED Assembled lamp 13.Brightness of illumination control can be supported 256 grades of brightness regulation of LED lamp.Support two kinds of adjusting patterns, a kind of is the smart brightness pattern, is dynamic adjustments, changes according to ambient brightness and regulates LED lamp luminosity automatically, and room brilliancy is remained on a certain fixed value; Another kind is preset luminance patterns, promptly directly lamp self luminosity is regulated.Touching pattern is to adopt infrared sensor 14 to carry out human body sensing, controls it and enables and do not enable, and realizes people Lai Dengliang, the Based Intelligent Control effect that turns off the light when you leave.
Illumination subsystems 1 has been realized brightness and illumination electric energy parameter acquisition and functions such as demonstration, electricity charge calculating, brightness of illumination Based Intelligent Control and touching control.
II, air-conditioning subsystem
Air-conditioning subsystem 2 comprises assistant controller 21, air-conditioner controller 22, flow sensor 23, temperature sensor 24 and generated energy acquisition device 25; Said air-conditioner controller 22, flow sensor 23, temperature sensor 24 are connected with assistant controller 21 respectively through wireless communication module with generated energy acquisition device 25; Said assistant controller 21 is connected through the workstation servers 51 of wireless communication module with said work service main website 5.
The subcontrol 21 of air-conditioning subsystem 2 is realized control function such as place space temperature demonstration, temperature range setting, Working mode set, flow rate setting; Adopt the control mode of HMI man-machine interface, can understand in this locality and the duty of initialization system.The electrical energy parameter that generated energy acquisition device 25 is gathered comprises voltage, power and the electric weight etc. of air-conditioning, and air-conditioner controller 22 can go out air-conditioner efficiency according to out temperature and flow rate calculation, and proposes adoptable reasonable energy scheme based on these parameters.Air-conditioning subsystem 2 has been realized the collection of flow, out temperature, room temperature and the electrical energy parameter of simulation air-conditioning and the function of demonstration, and can have been calculated the electricity charge in real time.
III, production subsystem
Produce subsystem 3 and comprise assistant controller 31, Production Controller 32, flow sensor 33 and generated energy acquisition device 34; Said Production Controller 32, flow sensor 33 and generated energy acquisition device 34 through wireless communication module respectively assistant controller 31 be connected; Said assistant controller 31 is connected through the workstation servers 51 of wireless communication module with said work service main website 5; Said Production Controller 32 comprises pump and pump control panel.
Produce the subcontrol 31 of subsystem 3 and realize flow collections, electric energy acquisition, the control mode of HMI man-machine interface is adopted in the setting of production model and production procedure etc., can be in this locality the duty of understanding and initialization system.The electrical energy parameter of generated energy acquisition device collection comprises voltage, power and the electric weight etc. of pump, and the flow control of flow sensor 33 can be supported 100 grades of flow regulation of pump.Energy saver mode is to carry out energy-conservation production according to preset maximum energy-saving mode, and the energy saver mode of recommendation is according to current electricity price and the best process flow diagram that calculates with the ability situation, can supply decision maker's reference.Producing subsystem 3 has realized flow, has produced electrical energy parameter collection and demonstration, functions such as the energy-conservation production of the flow control of pump, pump, technological process recommendation.
IV, distribution subsystem
Distribution subsystem 4 comprises intelligent power distribution terminal device 41 and electric energy meter 42; Said intelligent power distribution terminal device 41 and electric energy meter 42 are connected with the workstation servers 51 of said work service main website 5 respectively through plastic optical fiber 7.Electric energy meter 42 synoptic diagram are as shown in Figure 6.
It is a kind of novel communications cable technology that plastic optical fiber 7 media communicate, and possesses advantage such as to be prone to connect, pliability is good, be easy to bending, the decay under, the electromagnetic-radiation-free insensitive to electromagnetic distu, different pieces of information speed is constant, the bit error rate is measurable, can in electrical noise environment, use.Be applied in the high speed short haul connection, transmission bandwidth can reach several GHz in 100 meters scopes, and cost and symmetrical cable are suitable, is the good articles for use that replace that local net network is built.Plastic optical fiber POF compares with silica fibre, has that modulus is low, big (0.3-1.0mm) characteristics of core diameter.Low to the accuracy requirement of fibre junction centrally aligned, can use simple POF connector when continuing; Numerical aperture big (about NA0.5), acceptance angle can reach 60 ° (16 ° of silica fibres), can use the low LED of price, and coupling efficiency is high; At visible region low loss window is arranged; Flexibility is good, is easy to processing and engineering charity; In light weight, cost and processing charges are low.
Realize functions such as AC sampling, reactive-load compensation, frequency analysis, comprehensive power distribution monitoring, temperature and humidity measurement, control through intelligent power distribution terminal device 41; Accomplish the comprehensive monitorings such as electric, equipment state of low-voltage distribution side and control, the comprehensive monitoring of electric, the equipment state of high voltage supply side etc. with reactive-load compensation; Realize the metering of the total electric energy of user through electric energy meter.Intelligent power distribution terminal device and electric energy meter 42 communicating by letter through plastic optical fiber 7 realizations and workstation main website 5.Through the quality of distribution subsystem 4 monitor user ' electric energy, control projects such as reactive balance, monitoring equipment running status, metering power consumption automatically.
Distribution subsystem 4 important contents are the quality of power supply of balance power supply; Important parameters such as the active power through gathering supply line, power factor (PF), harmonic component obtain the quality of power supply of power supply, and control reactive power compensator automatically; Realize the automatic dynamic reactive-load compensation; Optimize the quality of power supply, reduce electric energy loss, improve business electrical efficient.
V, work service main website
Work service main website 5 comprises workstation servers 51, database server 52 and display terminal 53; Said database server 52, workstation servers 51 are connected with display terminal 53 successively.Display terminal 53 is a LED display.
Fig. 9 is the emulation platform work service HMI of the main website display interface and the assistant controller HMI display interface synoptic diagram of the utility model, and is as shown in Figure 9; The real-time data base of work service main website 5 through structuring, objectification realized data sync and control synchronously, uses powerful analytic statistics software processes various piece with can situation, manage the running status and the mode of operation of adjusting each several part of each sub-systems.Data such as the significant data of 5 pairs of production environments of work service main website, warning message, failure message are analyzed, statistics etc.; Comprehensive data statistics chart is provided and, can transforms suggestion to the user for decision-making level provides abundant energy use data and effective using with the ability scheme.The parameter that shows each sub-systems, and each sub-systems carried out emergency control.
The single-phase electronic energy meter that generated energy acquisition device 15,25 and 34 adopts; The design of employing specialized large scale integrated circuit; Have that peripheral cell is few, simple in structure, reliability is high, low in energy consumption, characteristics such as the life-span is long, can be used for measuring 50Hz single-phase AC active energy.These product each item performance index meet GB/T17215-2002 " 1 grade exchange active watt-hour meter with 2 grades of state types " single-phase watt-hour meter technical requirement.
Wireless communication module is as shown in Figure 7, employing be microminiature micropower wireless data transmission module, comprise micro-control unit, radio frequency chip, clock and single-chip microcomputer.Adopt high-performance radio-frequency chip and high-speed microprocessor.Wireless communication module adopts preset parameter and transparent transmission mode, 40 bytes of 1 frame regulation, and the low voltage power supply module need not the user dispose in the use, reduces user's operation requirement.The module volume is little, cost is low, frequency of operation 404-435MHz, and 100 meters of transmission ranges (1200bps) adopt the GFSK modulation system.
VI, mobile interaction controller
Mobile interactive controller comprises micro-control unit, storer, touch-screen, communication unit and power supply; Moving interaction controller 6 is connected with workstation servers 51 with 31 with assistant controller 11,21 respectively through wireless communication module.
Move interaction controller 6 and realize the mobile platform of portable control function, as shown in Figure 8.Its hardware using H600 kernel, 10.2 cun of the size of display of touch-screen, effective viewing area 220.4X129.2, display color 262K level, the life-span of LED bias light is approximately 50000 hours.Touch-screen adopts 4 line resistances screen, sensitivity 5 gram response speeds 0.01 second, and can reach more than ten million time serviceable life.The physical store capacity 3GB of system.Adopt communication with other main-machine communication, the indoor communications distance can reach 200m, and working frequency range 404.420-435.920MHz amounts to 64 frequencies, emissive power 18-20dBm.USB interface is provided.
The emulation platform that the utility model provides is finished the work by the controller in each sub-systems and is served the function in the main website, realizes data acquisition, data storage, data analysis, and forms decision recommendation; Three assistant controllers interrelate (except that distribution system) with three sub-systems respectively, and the assistant controller 11 of illumination subsystems is responsible for gathering indoor illumination intensity, power consumption, the electricity charge and illumination unlatching situation; The assistant controller 21 of air-conditioning subsystem is responsible for record water inlet leaving water temperature, both air flow modulation, room temperature, power consumption and electricity charge situation; Produce frequency, rotating speed, speed regulation, power consumption and the electricity charge situation of the assistant controller 31 record water pumps of subsystem.Three assistant controllers are communicated by letter with main station controller, mobile multi-media terminal through communication, transmission data and steering order.
The shortcoming of the isolated design of industry energy conservation measure is avoided in the design of the utility model; Made full use of the shoring of foundation effect of Internet of Things for industry energy conservation; Is sensing network technology, communication transmission technology, the information processing technology, database technology, man-machine interaction HMI technology etc. one comprehensively, realizes the emulation of enterprises comprehensive with the ability management function.Emulation platform is through in real time, gather various energy consumption datas such as water, electricity, oil, gas comprehensively, exactly; Line dynamic metering, monitoring, analysis status of energy consumption; Auxiliary formulation is also continued to optimize energy-saving scheme; The Based Intelligent Control energy consumption equipment operates in optimum condition, adjusts amount of energy saving real-time and accurately, thereby shows that enterprise becomes more meticulous, the senior theory of intelligent, modern energy-saving and emission-reduction management.
Should be noted that at last: above embodiment only in order to the explanation the utility model technical scheme but not to its restriction; Although the utility model has been carried out detailed explanation with reference to the foregoing description; Under the those of ordinary skill in field be to be understood that: still can make amendment or be equal to replacement the embodiment of the utility model; And do not break away from any modification of the utility model spirit and scope or be equal to replacement, it all should be encompassed in the middle of the claim scope of the utility model.
Claims (12)
1. the usefulness based on technology of Internet of things can be managed emulation platform; It is characterized in that said usefulness can be managed emulation platform and comprised illumination subsystems (1), air-conditioning subsystem (2), produces subsystem (3), distribution subsystem (4), work service main website (5) and mobile interaction controller (6); Said illumination subsystems (1), air-conditioning subsystem (2) and production subsystem (3) are connected with said work service main website (5) respectively through wireless communication module; Said distribution subsystem (4) is connected with said work service main website (5) through plastic optical fiber.
2. usefulness as claimed in claim 1 can be managed emulation platform; It is characterized in that said illumination subsystems (1) comprises assistant controller (11), lighting controller (12), LED Assembled lamp (13), infrared sensor (14), generated energy acquisition device (15) and illuminance transducer (16); Said lighting controller (12), LED Assembled lamp (13), infrared sensor (14), generated energy acquisition device (15) and illuminance transducer (16) are connected with said assistant controller (11) respectively through wireless communication module; Said assistant controller (11) is connected with the workstation servers (51) of said work service main website (5) through wireless communication module; Said lighting controller (12) comprises the lamp control panel.
3. usefulness as claimed in claim 1 can be managed emulation platform, it is characterized in that, said air-conditioning subsystem (2) comprises assistant controller (21), air-conditioner controller (22), flow sensor (23), temperature sensor (24) and generated energy acquisition device (25); Said air-conditioner controller (22), flow sensor (23), temperature sensor (24) and generated energy acquisition device (25) are connected with assistant controller (21) respectively through wireless communication module; Said assistant controller (21) is connected with the workstation servers (51) of said work service main website (5) through wireless communication module.
4. usefulness as claimed in claim 1 can be managed emulation platform, it is characterized in that, said production subsystem (3) comprises assistant controller (31), Production Controller (32), flow sensor (33) and generated energy acquisition device (34); Said Production Controller (32), flow sensor (33) and generated energy acquisition device (34) are connected through wireless communication module difference assistant controller (31); Said assistant controller (31) is connected with the workstation servers (51) of said work service main website (5) through wireless communication module; Said Production Controller (32) comprises pump and pump control panel.
5. usefulness as claimed in claim 1 can be managed emulation platform, it is characterized in that, said distribution subsystem (4) comprises intelligent power distribution terminal device (41) and electric energy meter (42); Said intelligent power distribution terminal device (41) is connected with the workstation servers (51) of said work service main website (5) respectively through plastic optical fiber (7) with electric energy meter (42).
6. usefulness as claimed in claim 1 can be managed emulation platform, it is characterized in that, said work service main website (5) comprises workstation servers (51), database server (52) and display terminal (53); Said database server (52), workstation servers (51) and display terminal (53) are connected successively; Said display terminal (53) is a LED display.
7. usefulness as claimed in claim 1 can be managed emulation platform, it is characterized in that, said mobile interaction controller (6) is connected with workstation servers (51) with assistant controller (11,21,31) respectively through wireless communication module; Said mobile interactive controller comprises micro-control unit, storer, touch-screen, communication unit and power supply.
8. like each described ability management platform of using among the claim 1-7, it is characterized in that said wireless communication module is a microminiature micropower wireless data transmission module, comprises micro-control unit, radio frequency chip, clock and single-chip microcomputer; The frequency of operation 404-435MHz of said wireless communication module adopts GFSK Gaussian Frequency Shift Keying GFSK modulation system.
9. can manage emulation platform like each described usefulness among the claim 2-4, it is characterized in that, said assistant controller (11,21,31) adopts the control mode of HMI man-machine interface.
10. usefulness as claimed in claim 2 can be managed emulation platform, it is characterized in that, said illuminance transducer (16) is a photoelectric integrated sensor, comprises that Lazer feels first receiver and micro-signal amplifier; The incident wavelength of said illuminance transducer (16) visible light is λ p=520nm; Said infrared sensor (14) is used photosensitive control.
11. usefulness as claimed in claim 3 can be managed emulation platform, it is characterized in that, said temperature sensor is that temperature-measuring range is-200 ℃～+ 650 ℃ WZP type platinum resistance temperature sensor Pt1000.
12. can manage emulation platform, it is characterized in that said flow sensor (23,33) is an electromagnetic flow transducer like each described usefulness in the claim 3 and 4; Said generated energy acquisition device (25,34) is a single-phase electronic energy meter.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103065532A (en) * | 2013-01-11 | 2013-04-24 | 绍兴电力局 | Interaction analog display system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103065532A (en) * | 2013-01-11 | 2013-04-24 | 绍兴电力局 | Interaction analog display system |
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