CN107274303A - City heat supply energy consumption wisdom management and control technology platform - Google Patents
City heat supply energy consumption wisdom management and control technology platform Download PDFInfo
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- CN107274303A CN107274303A CN201610213206.1A CN201610213206A CN107274303A CN 107274303 A CN107274303 A CN 107274303A CN 201610213206 A CN201610213206 A CN 201610213206A CN 107274303 A CN107274303 A CN 107274303A
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- 229920001276 Ammonium polyphosphate Polymers 0.000 claims 2
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Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING; COUNTING
- G06Q—DATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/08—Construction
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D19/00—Details
- F24D19/10—Arrangement or mounting of control or safety devices
- F24D19/1006—Arrangement or mounting of control or safety devices for water heating systems
- F24D19/1009—Arrangement or mounting of control or safety devices for water heating systems for central heating
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING; COUNTING
- G06Q—DATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Abstract
For the purpose of user terminal temperature adjusting, core is regulated to whole pipe network heating equipment with control technology platform for city heat supply energy consumption wisdom management, and carrying out hardware and software platform to heat user, heat exchange station and heat supply managing command centre respectively builds.Heat user part, includes the design of hardware and software of the equipment such as intelligent regulating valve, intelligent temperature controller and wall built-in terminal；Heat exchange station part includes temperature, pressure and the flow monitoring of first and second pipe network, the control of heat exchanger, water circulating pump etc.；Heat supply managing command centre part, provides system administration for staff by intuitively interface and supports, provide the user the services such as heat cost inquiry.Temperature controller in each room provides the user the temperature control service in this room, and the gathered data in this room is aggregated into headwall body embedded type terminal equipment of registering one's residence by PLC technology, provides the user the temperature control service of whole family.Data after collecting collect to heat supply managing command centre through power carrier to building data summarization terminal, then by GPRS module through heat exchange station.
Description
Technical field
The present invention be directed to concentrated supply of heating in the city energy consumption pipe network, a kind of real-time dynamic energy consumption monitoring operation system of research and development.
It is mainly used in providing the technology branch of heat supply decision scheme and each heat supply related link of long-distance intelligent control for heating enterprise, heating plant
Hold；There is provided for terminal user and use hot decision scheme, to realize the target of low-carbon heat supply and effective heat.
Background technology
Energy industry is a new industry, is related to energy-conserving and environment-protective, in the case where using energy source is more and more nervous, the world
The numerous and confused industry that will save in various countries is placed on prominent important position, investment significant capital research energy-conserving and environment-protective measure, therefore brings
The fast development of the industry, energy saver is even more with rapid changepl. never-ending changes and improvements with technology.What China promulgated for 1997《The People's Republic of China (PRC) saves
About energy law》In just clearly propose to need propulsion energy-saving technological progress, the reduction energy consumption per unit of output value and energy consumption of unit product improve energy
Exploitation, processing conversion, conveying and the supply in source, step up efficiency of energy utilization, promote national economy to energy-saving development.
Executive Meeting of the State Council in 2007, determining will《Civil Building Energy Conservation regulations (draft)》Consulted on to society's announcement.《Draft》
In clearly, country actively pushes forward supply hot water reform, improves heat supply pricing mechanism, encourages development central heating, progressively real
Row is according to using heat fee system.For new building energy-conservation,《Draft》Regulation, carrying out the building of central heating should install point
Family indoor temperature regulation device, and installation point or point family heat metering device and heating system regulation device；Built for existing
Build energy-conservation,《Draft》Especially clearly, " reducing energy consumption is carried out to the residential architecture for carrying out central heating, should install point or divide
Family heat metering device and heating system regulation device ".It can thus be seen that country is to the firm of construction of energy conservation-minded society
It is determined, and to the purpose of cities and towns heating system reform.
" the Developing Energy-saving Construction annual report in 2007 " held according to Tsing-Hua University understands that heating energy consumption accounts for Chinese north
The overwhelming majority of mahjong town building energy consumption, accounts for the 40% of whole nation building total energy consumption.With the continuous quickening of Process of Urbanization Construction, cities and towns
Heat supply network will continue to expand, and according to current development speed, if not taking conservation measures, 3 are up to the year two thousand twenty heating energy consumption
Hundred million tons of standard coal/years.In the reason for causing China's central heating system inefficiency, following reason can not be ignored：
（1）Thermal source efficiency is low：The recycling of thermal source waste heat is improved, is realized according to the change of the thermic load of whole system to heat
Source power carries out dynamic regulation, can improve thermal source efficiency.
（2）Lack permanent room temperature regulation mechanism：There is windowing radiating without room temp regulator in current most of users
Situation.
（3）Lack efficient heat measuring method：The investment of heat distribution list method is big；Calorimeter method is difficult in maintenance, installation effectiveness
It is low, make the two all be difficult to promote the use of；Conventional area method lacks fairness again, and user does not receive；Time break-make method and discharge method
It is higher to water quality requirement using being restricted.
（4）System control strategy is not perfect enough：The quantity of heat given up of source center and thermal substation should be with the change of load
And change, central heating system subsystems at different levels should carry out through transport control, could only in this way realize whole central heating system
The energy-conservation of system.
Heating central heating system is widely used in the northern area of China, and the defeated heating system of heating power be a high energy consumption,
The industry of high pollution, therefore the utilization rate of energy is improved, reduce energy dissipation and be just particularly important.However, in existing skill
In art, the utilization of heating is relatively simple, and indoor temperature is controlled only according to the artificial control valve air inflow of empirical value.This control
Mode processed can not be accurately controlled indoor temperature, influenceed heating quality, caused the utilization ratio of heat more low, pole
Big wastes the energy；Due to heating of being pressurizeed in whole cell set, different units, user's heater temperature phase of different floors are caused
Difference is very big, often causes user's discontented.
A kind of " CN201520378206.8 " novel intelligent heat supply managing system is taken using technologies such as RS-485 and GPRS
Build heat supply managing system, realize long-distance metering and break-make user's heat supply, but be not directed to the regulation and control of user terminal problem, heat exchange station monitoring,
Upper system monitor supervision platform builds the research and design with pipe network control strategy optimization；
" CN03133353.2 " heating management management information system, proposes the neural Meta algorithms of BP being applied to heating network
Automatically control, and propose user terminal temperature is accurately controlled, but its invent scope of design be to be related in management
The heart does not refer to that the design, control and communications platform of user terminal are built to heat exchange station, and the invention also emphasizes that it belongs to all the time
Computer control field, its design focal point is building for administrative center's control platform.
" CN200810154469.5 " large area heat supply running automatic monitoring system device, simply proposes a kind of city-level
In the range of heating supervision platform building imagination, its bottom monitored object it is final towards be each section, can not be to heat
Terminal is effectively monitored, and does not also propose effectively to save practice weekly notes.
" CN201120112054.9 " neighbours living temperature acquisition and monitoring system and " CN201420473434.9 " one
Plant heat supplying managing system, it is proposed that a kind of control strategy of cell boiler heating, controlled by the supply and return water temperature to boiler
System, it is ensured that user terminal temperature；But itself and not face central heating, and it is related to faciostenosis, control strategy is simple.
" CN201210185265.4 ", a kind of heat death theory Information Remote Transmission System based on composite communication mode, simply
It is simple that user terminal is acquired with dsc data, transmits and is not directed to any control and conservation measures.
The content of the invention
For problem above, the present invention is using technology of Internet of things as core, integrated sensor technology, automatic control technology, electricity
The technologies such as power ZAP, embedded technology, computer technology and network service, research and develop city heat supply energy consumption wisdom management and control
Platform.
The heat supply energy consumption intelligent monitoring device of heating enterprise and heat exchange station is researched and developed, is realized to heating enterprise and heat exchange station heat supply
Intelligent metering, fault diagnosis and the control in real time of energy consumption；Research and develop the user terminal observing and controlling such as intelligent regulating valve and intelligent temperature controller
Equipment, is realized to the intelligent metering of terminal user's thermal energy consumption, fault diagnosis and control.
Wall embedded type terminal equipment is researched and developed, is easy to user independently to set indoor temperature, and obtains indoor temperature control expert to know
Know；The mobile terminal application software based on Android is developed, facilitates the temperature and heating equipment of user remote monitoring household internal
Running situation.
Existing pid algorithm, fuzzy algorithmic approach etc. are improved, and are applied to the temperature control device regulation and control of heat exchange station and user terminal
In, reduce the overshoot in temperature control process, regulate and control the weak point such as slow, overcome heat supply uneven in temperature existing with water hammer effect etc.
As.
The heat supply managing command centre monitoring system based on WEBGIS is researched and developed, using network service as bridge, is supervised with each intelligence
Facility information interaction is controlled, realizes and energy consumption is believed between heating enterprise, heat exchange station and terminal user in wide geographic spatial distribution
The monitoring and management of breath, advanced algorithm is combined with expertise, the change of scientific analysis Indoor environment external environment and terminal
User's heat consumption information diagnoses to the influence degree of heat supply energy consumption and predicts failure situation, provided for heating enterprise, heat exchange station
The technical support of heat supply decision scheme and each heat supply related link of long-distance intelligent control, enables the staff of administrative center real
When the whole each node of heating system of monitoring running situation and heating service condition, ancillary staff makes rational tune
Control；There is provided for terminal user and use hot decision scheme, effectively reduce user terminal with hot cost and the raising thermal efficiency；It is low to realize
Carbon heat supply and the target of effective heat, both meet terminal user's heat demand, heating enterprise can be effectively reduced again to greatest extent
Energy resource consumption, so as to alleviate The Surroundings in Cities pressure.
Advantages of the present invention：1st, the communication network in household internal and corridor is built using PLC technology, can be with
Existing use electric line is directly utilized, without extra laying communication line.2nd, the data collected are carried out using Oracle11g
Management, data can be shared, independence high, redundancy is small, easily transplanting, be easy to be managed collectively and control.3rd, control can be gathered in real time
The heating equipment information of each particular user is made, control accuracy is high.4th, can be according to the feedback information of user terminal, regulation and control are accordingly changed
The operation state of heat stations, can effectively solve the phenomenon such as uneven in temperature in heat supplying process.5th, city heat supply management is developed
Command center system, can be easy to supply to the running state information real time inspection of all devices of whole heating network and management
Hot pipe network is safeguarded and overall regulation and control.6th, development of user terminal adjusting device and mobile terminal software, improve Consumer's Experience, while can
Provide the user a kind of means for saving heating expense.7th, advanced control algolithm is applied in the regulation and control of heating network,
Optimize the control of heating network；Algorithm after improvement is applied to user terminal temperature control, user terminal temperature adjusting level is improved.
Brief description of the drawings
Fig. 1 is the secondary network supply and return water temperature control schematic diagram of the present invention
Fig. 2 is the structural representation of the water charging system of the present invention
Fig. 3 is the hardware architecture diagram of the regulating valve of the present invention
Fig. 4 is the temperature controller structural representation of the present invention
Fig. 5 is the overall structure diagram of the wall embedded type terminal equipment of the present invention
Fig. 6 is the central heating pricing table overall structure diagram of the present invention
Fig. 7 is the heat supply managing command center system Technical Architecture schematic diagram of the present invention.
Embodiment
Central heating system includes thermal source, heat supply network, three major parts of heat user, and the hot water that thermal source is produced is by once managing
Net distributes to each heat exchange station, heat exchange station in the way of indirect heating by heat transmission to secondary pipe network, then via secondary pipe network
Each unit or cell are delivered heat to, final distribution to each particular user.The city heat supply energy consumption wisdom control platform
For the purpose of the temperature adjusting of user terminal, core is regulated to whole pipe network heating equipment, respectively to heat user, heat exchange station and confession
Three parts such as heating coil reason command centre carry out building for hardware and software platform.Heat user part, including central heating flowmeter
Design, the design of intelligent regulating valve, the design of intelligent temperature controller, the design of hardware and software of wall embedded type terminal equipment, family
The building of front yard power line carrier communication network, the lectotype selection of building data summarization and soft applied to the home-use warm monitoring of mobile terminal
Exploitation of part etc.；Heat exchange station part includes temperature, pressure and the flow monitoring of a pipe network and secondary pipe network, heat exchanger, circulation
The control of water pump, water supply tank and control valve etc., temperature control subsystem, water circulating pump control subsystem and small pump control
The design of system etc.；Heat supply managing command centre part, system administration branch is provided by intuitively interface manner for staff
Hold, provide the user heat cost inquiry, instruct knowledge acquisition etc. to service with warm.Temperature controller in each room is user
The temperature adjusting service in this room is provided, and the gathered data in this room is aggregated into end of registering one's residence by family's Zigbee LANs
Wall embedded type terminal equipment, provides the user the temperature control service of whole family.Data are warmed oneself through in corridor by family after collecting
Wireless network be aggregated into building data summarization terminal again, collect eventually through GPRS module through heat exchange station to heat supply managing and refer to
Wave center.
（1）Heat exchange station hardware platform
Heat exchange station hardware platform, which is built, mainly to be included：Processor module, temperature collect module, pressure acquisition module, flow
Detection module, signal conditioning circuit, the type selecting of communication line, energy consumption detection module and power module etc..This partial circuit is main
It is responsible for the control of the actuators such as collection and valve, the frequency converter of heat exchange station field data, is the basis of whole heat exchange station regulation and control.
（2）The control law and control method of heat exchange station control system
1. temperature control：Using etc. temperature difference control, i.e., it is true according to the weather conditions such as temperature, wind speed, relative humidity of outdoor
A fixed secondary pipeline supply backwater temperature difference value, then adjusts recirculated water by the difference P of actual temperature difference sampled value and setting value
The rotating speed of pump, until P<=R (R close to 0).In order to reduce overshoot and regulating time during temperature adjusting etc. it is unfavorable because
Element, temperature adjusting is incorporated into by control algolithms such as fuzzies, and appropriate correct operation is carried out to P.Secondary network supply and return water temperature control
System is as shown in Figure 1
2. water circulating pump is controlled：VFC is taken to water circulating pump, the rotating speed and supply backwater temperature difference of water circulating pump is determined
Between relation, and determine that water circulating pump is two complementary working modes or other mode of operations, and VFC principle.
The control of water circulating pump is as shown in Figure 1.
3. small pump is controlled：VFC is taken to small pump, moisturizing standard and the moisturizing moment of small pump is determined, and
Appropriate regulation and control are carried out by the start-up and shut-down control to small pump, elimination water hammer disappears and should wait negative factor.The structure of water charging system is such as
Shown in Fig. 2.
（3）User terminal hardware platform
User terminal hardware design includes the user terminal actuator designs such as flow valve, flowmeter, room temperature controller
Hardware design, hardware design of wall embedded type terminal equipment etc..
1. the hardware configuration of regulating valve is as shown in figure 3, regulating valve is arranged on the caliduct porch in each room, design
For the structure of similar ball valve, and with small volume, lightweight, good airproof performance, wear-resistant degree be high, installation dimension is small, reliability
Height, and the features such as can adapt to the working environment of higher temperature.Intelligent regulating valve is designed, warm with collection heating flow automatic, collection
Air water gently adjusts the function of pipeline flow, and is integrated with power line carrier module, realizes that it holds with upper management system and bottom
Two-way wireless communication between row mechanism in data transfer.
2. temperature controller structure may be mounted at as shown in figure 4, intelligent temperature controller integrated level is high and be easily installed
The porch in each room, is used cooperatively with the intelligent regulating valve in the room, can play a part of adjusting the room temperature.
Intelligent temperature controller is made up of display and button, and controller has been internally integrated high performance arm processor, power carrier mould
The module such as block and high-precision temperature sensor.
3. the overall structure of wall embedded type terminal equipment is as shown in figure 5, the family porch of each user is provided with one
Platform wall built-in terminal, the terminal is the high performance embedded system developed based on ARM microprocessor, embedded system tool
Have the advantages that small volume, it is low in energy consumption, reliable.It is internally integrated wifi, broadband interface, remote wireless communication module, storage
Module, RS232 serial ports, USB interface, touch-screen, independent current source, voice module and the JTAG for system upgrade debug port.
The data that each terminal is collected in room can be aggregated into the embedded device by broadband interface.
4. central heating pricing table overall structure is as shown in Figure 6, it is considered to which design is a kind of to collect register one's residence water temperature, hydraulic pressure and flow etc.
Factor is integrated the central heating pricing table charged, and integrated wireless communication module, and the use of user is warmed up into information in real time passes
Building data summarization terminal and user operable device are defeated by, facilitates heat supply managing commander to neutralize user and understands heating in real time
Service condition.To prevent loss of data and metering failure caused by power failure, independent current source and memory module are provided for the flowmeter,
For power down protection.
（4）The design of user's end control system
Main the building including user terminal software platform of the design of user's end control system, user terminal temperature adjusting method and
Three parts such as metering of user terminal heat cost.Building for user terminal software platform, i.e., developed based on wall embedded device
User terminal temperature control system, room temperature can be freely regulated and controled by system interface user；User terminal temperature adjusting method
It is that control algolithm during heat exchange station is regulated and controled is applied in the temperature control of subscriber household；The consumption of heating heat includes public consumption
Heat dissipation in heat and user room, therefore user's heating expense should also be shared equally including public heat dissipation area and indoor heat dissipation is paid according to heat
Take two parts.
（5）Heat supply managing command centre and its Functional Design
The command centre software platform of being substantially carried out heating builds, and command center system design and administration interface
Exploitation, preferably to supervise the working condition of each heat exchange station, and realizes the timely regulation and control of heat exchanging station equipment.Using
Oracle11g is as system database, for memory system data；The network design and system of B/S frameworks are carried out using java
The exploitation of application software；System web server is used as from Tomcat7.0；Developed and used using controls such as JSP and easy-UI
Family interface；Utilize Java Serverlet development system servers；Oracle database is connected using controls such as ojdbc14；It is logical
The nested SQL statements in java sentences are crossed, the operations such as addition, deletion and renewal are realized to oracle database.Heat supply managing refers to
Wave centring system Technical Architecture as shown in Figure 7.
Claims (10)
1. the city heat supply energy consumption wisdom management is to be directed to concentrated supply of heating in the city energy consumption pipe network with control technology platform, research and development
A kind of real-time dynamic energy consumption monitoring operation system, for the purpose of user terminal temperature adjusting, is regulated to whole pipe network heating equipment
Core, carries out hardware and software platform to heat user, heat exchange station and heat supply managing command centre respectively and builds；Its workflow is such as
Under：
（1）The information such as intelligent regulating valve collecting temperature, flow and valve opening, by power line carrier module to wall embedded end
End transmission；
（2）Intelligent temperature controller in each room can be controlled to the intelligent regulating valve in the room, so that indirectly
Control the temperature in the room；
（3）Wall built-in terminal collects the roomed data of institute, it is possible to all intelligent regulating valves are controlled, so as to change
The temperature become in room, then sends data to building data summarization terminal by power line carrier module；
（4）Building data summarization terminal is by GPRS module by the data transfer received to higher level's heat exchange station；
（5）Heat exchange station is received after data, and data are directly packed and are transferred to urban heat supplying command and management center, if transmission not into
Work(, then according to the data received, make preliminary regulation and control, and try to carry out fault alarm；
（6）Urban heat supplying management command centre receives the data from heat exchange station, after being analyzed, exchanges the circulation of heat stations
Pump, small pump and valve etc. are regulated and controled accordingly；
（7）Heat exchange station is received after regulation and control instruction, and managing command centre to urban heat supplying again sends response of the data to receive；
（8）User can download corresponding mobile phone A PP, in real time monitoring household internal heating feelings by mobile terminals such as mobile phones
Condition.
2. PLC technology as claimed in claim 1, is applied to urban heat supplying monitoring system.
3. developing wall embedded device for each family, user can monitor family's each intelligence in real time by the equipment
The running status of regulating valve, so that the temperature in room where the indirect monitoring regulating valve and heating situation.
4. fuzzy scheduling algorithm is applied in heat exchange station operation and the regulation and control of room temperature.
5. developing urban heat supplying management command center system, the system has fault alarm, status inquiry, state switching, event
The functions such as barrier statistics, parameter setting and data query.
6. developing mobile terminal APP, user can monitor the heating situation of household internal in real time by downloading the APP.
7. by wall embedded device, provide the user with warm guidance, instruct user more efficiently to utilize heat.
8. the factors such as temperature, pressure, flow exploitation central heating gauge table is considered, by reasonably encouraging to use with warm expense
Economize on warm in family.
9. system uses oracle database, database is divided into Real-time Monitoring Data storehouse, system database, facility information data
Storehouse and expertise database.
10. the urban heat supplying command and management centring system of the invention is the system using the java B/S frameworks developed.
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Application publication date: 20171020 |