CN103605347A - Full-time energy efficiency control method and system of intelligent station - Google Patents
Full-time energy efficiency control method and system of intelligent station Download PDFInfo
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Abstract
The invention provides a full-time energy efficiency control method and system of an intelligent station. The full-time energy efficiency control method of the intelligent station comprises the following steps that data are collected; real-time data of monitoring points are collected; statistical analysis is carried out; the real-time data sent in the step of data collection are calculated to obtain real-time energy efficiency data; alarms are given to events; the real-time energy efficiency data sent in the step of statistical analysis are judged; the real-time data sent in the step of data collection are judged; real-time controlling is carried out; a control command is issued according to an energy efficiency control strategy and a safety control strategy, and therefore the monitoring points are controlled. According to the full-time energy efficiency control method and system, energy management, a self-control system and service management are correlated, economy, safety and controllability can be achieved, and energy safety management and service process management of the station can be effectively achieved.
Description
Technical field
The present invention relates to management control method and system, relate in particular to the full-time efficiency management-control method in intelligent station and system.
Background technology
Traffic is national economic security hinge, and station is the hinge of traffic, under Chinese population background, station is often in the saturated operating state of height, so that the energy at station is high, the quality of customer service can not guarantee, facility fault can not be found to process in time.How accomplishing the running that allows station safety economy, passenger be satisfied with, is the problem that we need to solve in a hurry.
Chinese invention patent numbers 201110073540.9 discloses a kind of Intelligent building energy management system, and this system is monitored and added up equipment energy consumption by data acquisition, and according to load prediction, equipment is optimized to scheduling controlling.And along with the attention of country to the energy, on market, there is numerous energy management systems, but really the problem of management of effective Solving Station energy security, can not accomplish the effective combination of economy, safety, controlled three elements, only has monitoring and the statistics of energy quantity; Can not with business (as platform, safety check, ticketing, spring transportation, the volume of the flow of passengers etc.) combination at station, realize the fine-grained management at station.
Summary of the invention
In order to solve the problems of the prior art, the invention provides the full-time efficiency management-control method in a kind of intelligent station.
The invention provides the full-time efficiency management-control method in a kind of intelligent station, comprise the steps:
Data acquisition step: the real time data of acquisition monitoring point;
Statistical study step: the real time data that data acquisition step is sent calculates real-time energy efficiency data;
Event and alarm step: the real-time energy efficiency data that send in statistical study step are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition step is judged, judged whether real time data alarm;
Real-time management and control step: the real-time energy efficiency alarm sending according to event and alarm step and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
As a further improvement on the present invention, in data acquisition step, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
As a further improvement on the present invention, in described event and alarm step, receive the event of the equipment sending in data acquisition step and carry out alarm; In described event and alarm step, by event and alarm, by voice, note, lettergram mode, notify client.
As a further improvement on the present invention, in described real-time management and control step, the event of the equipment sending in reception event and alarm step and alarm, receive the real time data that data acquisition step sends; In described real-time management and control step, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and alarm step transmission, and the real time data sending in data acquisition step is selected efficiency control strategy and security control strategy.
As a further improvement on the present invention, the full-time efficiency management-control method in this intelligence station also comprises data storing step, and in data storing step, the real time data that receives in real time data acquisition step transmission is carried out periodicity storage, thereby produces historical data;
In statistical study step, from data storing step, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and alarm step, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
The present invention also provides a kind of intelligent station full-time efficiency managing and control system, comprising:
Data acquisition unit: the real time data of acquisition monitoring point;
Statistical analysis unit: the real time data that data acquisition unit is sent calculates real-time energy efficiency data;
Event and Alarm Unit: the real-time energy efficiency data that send in statistical analysis unit are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition unit is judged, judged whether real time data alarm;
Real-time control unit: the real-time energy efficiency alarm sending according to event and Alarm Unit and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
As a further improvement on the present invention, in data acquisition unit, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
As a further improvement on the present invention, in described event and Alarm Unit, receive the event of the equipment sending in data acquisition unit and carry out alarm; In described event and Alarm Unit, by event and alarm, by voice, note, lettergram mode, notify client.
As a further improvement on the present invention, in described real-time control unit, the event of the equipment sending in reception event and Alarm Unit and alarm, receive the real time data that data acquisition unit sends; In described real-time control unit, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and Alarm Unit transmission, and the real time data sending in data acquisition unit is selected efficiency control strategy and security control strategy.
As a further improvement on the present invention, the full-time efficiency managing and control system in this intelligence station also comprises data storage cell, and in data storage cell, the real time data that receives in real time data acquisition unit transmission is carried out periodicity storage, thereby produces historical data;
In statistical analysis unit, from data storage cell, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and Alarm Unit, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
The invention has the beneficial effects as follows: the present invention carries out associated by energy management system with robot control system(RCS), can accomplish economy, safe, controlled, the real effectively problem of management of Solving Station energy security, increase work efficiency, and can with business (as platform, safety check, ticketing, spring transportation, the volume of the flow of passengers etc.) combination at station, realize the fine-grained management at station.
Accompanying drawing explanation
Fig. 1 is system principle diagram of the present invention.
Embodiment
The invention discloses the full-time efficiency management-control method in a kind of intelligent station, comprise the steps:
Data acquisition step: the real time data of acquisition monitoring point;
Statistical study step: the real time data that data acquisition step is sent calculates real-time energy efficiency data;
Event and alarm step: the real-time energy efficiency data that send in statistical study step are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition step is judged, judged whether real time data alarm;
Real-time management and control step: the real-time energy efficiency alarm sending according to event and alarm step and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
In data acquisition step, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
In described event and alarm step, receive the event of the equipment sending in data acquisition step and carry out alarm; In described event and alarm step, by event and alarm, by voice, note, lettergram mode, notify client.
In described real-time management and control step, the event of the equipment sending in reception event and alarm step and alarm, receive the real time data that data acquisition step sends; In described real-time management and control step, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and alarm step transmission, and the real time data sending in data acquisition step is selected efficiency control strategy and security control strategy.
The full-time efficiency management-control method in this intelligence station also comprises data storing step, and in data storing step, the real time data that receives in real time data acquisition step transmission is carried out periodicity storage, thereby produces historical data;
In statistical study step, from data storing step, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and alarm step, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
As shown in Figure 1, the present invention also discloses the full-time efficiency managing and control system in a kind of intelligent station, comprising:
Data acquisition unit: the real time data of acquisition monitoring point;
Statistical analysis unit: the real time data that data acquisition unit is sent calculates real-time energy efficiency data;
Event and Alarm Unit: the real-time energy efficiency data that send in statistical analysis unit are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition unit is judged, judged whether real time data alarm;
Real-time control unit: the real-time energy efficiency alarm sending according to event and Alarm Unit and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
In data acquisition unit, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
In described event and Alarm Unit, receive the event of the equipment sending in data acquisition unit and carry out alarm; In described event and Alarm Unit, by event and alarm, by voice, note, lettergram mode, notify client.
In described real-time control unit, the event of the equipment sending in reception event and Alarm Unit and alarm, receive the real time data that data acquisition unit sends; In described real-time control unit, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and Alarm Unit transmission, and the real time data sending in data acquisition unit is selected efficiency control strategy and security control strategy.
The full-time efficiency managing and control system in this intelligence station also comprises data storage cell, and in data storage cell, the real time data that receives in real time data acquisition unit transmission is carried out periodicity storage, thereby produces historical data;
In statistical analysis unit, from data storage cell, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and Alarm Unit, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
The full-time efficiency managing and control system in intelligent station of the present invention can Real-time Collection device status data, energy consumption data, environmental data, business datum, the volume of the flow of passengers, train number, unit area real-time energy efficiency are analyzed, and can comprehensive energy consumption plan, energy efficiency indexes carries out mark, not qualified give efficiency alarm, acquisition parameter is arranged to bound (as waiting room environmental parameter), the alarm that exceeds standard, controls control point by Different Strategies according to image data, alarm data.
Control point of the present invention comprises data collection station (as ammeter, water meter etc.), operation system (as ticket sale system, safe examination system etc.), robot control system(RCS) (Lighting Control Assembly, air-conditioner control system etc.).
Data acquisition unit carries out data acquisition and control with wired or wireless mode and control point, and real time data is sent to data storage cell, real-time control unit, statistical analysis unit, event and Alarm Unit.
Data storage cell carries out periodicity storage to real time data.
Statistical analysis unit, carries out Energy Efficiency Analysis to real time data, and result is sent to event and Alarm Unit, and historical data is added up and analyzed.
Event and Alarm Unit, carry out mark efficiency data and energy efficiency indexes, and alarm exceeds standard, to device parameter and bound contrast, the alarm of transfiniting, sends alarm data to notify user with voice, note, lettergram mode, and send data to real-time control unit simultaneously.
Control unit, judges, alarm data is identified real time data in real time, and distinct device is selected to issue steering order with security strategy, efficiency strategy mode.
In data acquisition unit, obtaining of energy consumption data, environmental data, with wired (RS485, RS232, Ethernet) or wireless mode and monitoring terminal (ammeter, water meter, flowmeter, Temperature Humidity Sensor etc.), carry out communication, general MODBUS, OPC, the DTL645 agreement of adopting, also can adopt other agreement and terminal to carry out communication and be connected, data are gathered to (as: electric degree, CO2 concentration, temperature, illumination etc.); Obtaining of business datum, can be connected with operation system by modes such as WEBSERVICE, SOCKET, ODBC, and the business interface by configuration, gathers (as: volume of the flow of passengers, train number's timetable, train in/out station situation) to data; Control to equipment, generally adopts the agreements such as MODBUS, OPC to issue control command to equipment.
In data storage cell, setting cycle, setting storage data type, receive data acquisition unit data in real time, in timed task plan mode, real time data filtered to storage.
In statistical analysis unit, comprise real-time energy efficiency analytic process and historical energy consumption statistic process.
In real-time energy efficiency analytic process, comprise: 1, the data (volume of the flow of passengers, train number, all kinds of energy consumption) that gather are carried out month, day, time real-time statistics.2, calculate real-time energy efficiency, the moon volume of the flow of passengers electricity consumption efficiency=moon volume of the flow of passengers/moon electricity consumption, energy formula the same (water, gas etc.) for other classification, month volume of the flow of passengers total energy effect=month volume of the flow of passengers/moon energy consumption, the electric standard coal coefficient+moon water * water of summation=moon electricity consumption * standard coal coefficient+other signature coal of month energy consumption=all kinds of energy signature coals.Day, time efficiency referring to the account form of moon efficiency.The efficiency of train number is referring to the account form of the volume of the flow of passengers.Unit area efficiency formula is referring to the volume of the flow of passengers, and difference is that unit area is system configuration typing.
In historical energy consumption statistic process, comprise: 1, from data storage cell, take out historical data; 2, energy consumption is added up: to all kinds of energy consumptions of total, floor, region, subitem (central air conditioner, illumination etc.), equipment and comprehensive energy consumption (signature coal) on time, day, month, year or random time section add up; 3, to statistic: to the working time of equipment (switching time, switch duration), dynamo-electric parameter (load, leaving water temperature etc.), environmental parameter (CO2, temperature, humidity, illumination etc.) on time, day, month, year or random time section add up; 4, to energy consumption and state relation analysis: on time, day, month, year or random time section comprehensive energy consumption and the statistical study of facility status of processes parameter association; 5, statistical study represents with post figure, curve, pie chart, forms mode.
In event and Alarm Unit, receive the switching on and shutting down event of data acquisition unit, event and the alarm of equipment failure class; Receive the real time data (temperature, humidity, illumination etc.) of data acquisition unit, the comparison upper limit, lower limit, if exceeded standard, alarm; The real-time energy efficiency of receiving and counting analytic unit, the energy efficiency indexes that Compare System dispensing unit arranges, if exceeded standard, alarm; By event and alarm, by voice, note, lettergram mode, notify client, and send to real-time control unit simultaneously.
In real-time control unit, management and control devices is arranged to safety control strategy, efficiency control strategy; Preferential start-up safety control strategy; In the scope of security control strategy, enable efficiency control strategy; For non-emphasis equipment, if security policies is not set, can directly enable efficiency control strategy; The real time data sending according to data acquisition unit, as train in/out station time, platform illumination, waiting room temperature, humidity, CO2 concentration etc.; The equipment failure sending according to event and Alarm Unit, out-of-limit, switching on and shutting down event, efficiency are reported to the police; Selection strategy is controlled, and data acquisition unit is issued to steering order; In graphic interface real time modelling field apparatus and process, user can check equipment state immediately, and can handheld device; In graphic interface, user can arrange automatic control and manually control, and manual control is preferentially greater than automatic control.
The event of equipment comprises event, the equipment failure class event of switching on and shutting down.
In the present invention, security strategy for guaranteeing that equipment carries out the strategy of safe operation, for example, is controlled power consumption to guarantee the normal operation of electric system; Efficiency strategy makes equipment can bring into play the strategy of best efficiency for opertaing device.
The present invention has following advantage:
1. realize and energy management system and robot control system(RCS) are carried out associated, can accomplish the effective combination of economy, safety, controlled three elements.
2, can with characteristic service (as platform, safety check, ticketing, spring transportation, the volume of the flow of passengers etc.) combination at station, realize the fine-grained management at station.
3, can realize real-time Analysis of Human Comfort and control (as temperature, humidity, CO2, illumination), embody the environmental quality requirement of customer service.
4, realize process analysis procedure analysis and the control of efficiency.
5, accomplish full-time management and control, guarantee the process management and control of device failure alert and efficiency.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. the full-time efficiency management-control method in intelligent station, is characterized in that, comprises the steps:
Data acquisition step: the real time data of acquisition monitoring point;
Statistical study step: the real time data that data acquisition step is sent calculates real-time energy efficiency data;
Event and alarm step: the real-time energy efficiency data that send in statistical study step are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition step is judged, judged whether real time data alarm;
Real-time management and control step: the real-time energy efficiency alarm sending according to event and alarm step and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
2. the full-time efficiency management-control method in intelligent station according to claim 1, is characterized in that, in data acquisition step, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
3. the full-time efficiency management-control method in intelligent station according to claim 1, is characterized in that, in described event and alarm step, receives the event of the equipment sending in data acquisition step and carries out alarm; In described event and alarm step, by event and alarm, by voice, note, lettergram mode, notify client.
4. the full-time efficiency management-control method in intelligent station according to claim 3, is characterized in that, in described real-time management and control step, the event of the equipment sending in reception event and alarm step and alarm, receive the real time data that data acquisition step sends; In described real-time management and control step, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and alarm step transmission, and the real time data sending in data acquisition step is selected efficiency control strategy and security control strategy.
5. according to the full-time efficiency management-control method in the intelligent station described in claim 1 to 4 any one, it is characterized in that, the full-time efficiency management-control method in this intelligence station also comprises data storing step, in data storing step, the real time data that receives in real time data acquisition step transmission is carried out periodicity storage, thereby produces historical data;
In statistical study step, from data storing step, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and alarm step, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
6. the full-time efficiency managing and control system in intelligent station, is characterized in that, comprising:
Data acquisition unit: the real time data of acquisition monitoring point;
Statistical analysis unit: the real time data that data acquisition unit is sent calculates real-time energy efficiency data;
Event and Alarm Unit: the real-time energy efficiency data that send in statistical analysis unit are judged, judged whether real-time energy efficiency alarm; The real time data sending in data acquisition unit is judged, judged whether real time data alarm;
Real-time control unit: the real-time energy efficiency alarm sending according to event and Alarm Unit and real time data alarm selection efficiency control strategy and security control strategy, thereby issue steering order according to efficiency control strategy and security control strategy, control point is controlled.
7. the full-time efficiency managing and control system in intelligent station according to claim 6, is characterized in that, in data acquisition unit, the real time data of acquisition monitoring point comprises energy consumption data, environmental data, business datum.
8. the full-time efficiency managing and control system in intelligent station according to claim 6, is characterized in that, in described event and Alarm Unit, receives the event of the equipment sending in data acquisition unit and carries out alarm; In described event and Alarm Unit, by event and alarm, by voice, note, lettergram mode, notify client.
9. the full-time efficiency managing and control system in intelligent station according to claim 8, is characterized in that, in described real-time control unit, the event of the equipment sending in reception event and Alarm Unit and alarm, receive the real time data that data acquisition unit sends; In described real-time control unit, according to event and the alarm of real-time energy efficiency alarm, real time data alarm and the equipment of event and Alarm Unit transmission, and the real time data sending in data acquisition unit is selected efficiency control strategy and security control strategy.
10. according to the full-time efficiency managing and control system in the intelligent station described in claim 6 to 9 any one, it is characterized in that, the full-time efficiency managing and control system of this intelligence also comprises data storage cell, in data storage cell, the real time data that receives in real time data acquisition unit transmission is carried out periodicity storage, thereby produces historical data;
In statistical analysis unit, from data storage cell, read historical data, historical data is calculated to historical real-time energy efficiency data;
In event and Alarm Unit, receive historical real-time energy efficiency data, according to historical real-time energy efficiency data selection efficiency control strategy and security control strategy.
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Application publication date: 20140226 |