and decrease the efficient of calculating the utilization of energy stage; Judge the performance of energy use efficiency height and production equipment, thereby find that the energy uses problem and energy-conservation potentiality, propose technology energy-saving and cost-reducing and the enhancement of environment measure.The method comprising the steps of: A confirms efficiency monitoring equipment object; B monitors the energy use efficiency data of said efficiency monitoring equipment object; C diagnoses, confirms energy-efficient equipment transformation object according to said energy use efficiency data; D transforms object to said energy-efficient equipment and carries out Energy Saving Control.

As shown in Figure 2, steps A specifically may further comprise the steps: A10 confirms efficiency monitoring equipment object, monitoring periods and energy resource consumption type; A20 sets up the corresponding relation between efficiency monitoring equipment and the energy resource consumption type; A30 set said efficiency monitoring equipment object energy use efficiency to scale value.Wherein, efficiency monitoring equipment object comprises electromechanical equipment or Cooling and Heat Source equipment etc., and monitoring periods comprises year, the moon, day, hour etc.The energy resource consumption type comprises electricity, combustion gas, coal, oil, water etc.What A30 set said efficiency monitoring equipment object energy use efficiency is reference value η to scale value_tFor example: it is 100% that electric energy is converted into the heat energy theoretical efficiency, but electric energy is converted into line loss E in the process of heat energy_LWith heat energy storage and the extraneous heat radiation heat-energy losses △ Q that has the temperature difference to cause_W, so the efficient that electric energy is converted into heat energy is not less than 50%; The theoretical efficiency that electric energy is converted into mechanical energy also is 100%, but electric energy transfers shaft work to by motor, and iron loss and mechanical friction can't be avoided (both finally all are converted into expense heat).Therefore the electric efficiency parameter is that the efficiency standard of constant motor work is not less than 75%.And chemical energy (coal, combustion gas, diesel oil etc.) at first is converted into heat energy (steam or hot water); The burning efficiency η of different chemical fuels does not wait (press fuel type for the minimum thermal efficiency of combustion apparatus GB regulation); Twice transformation is produced mechanical energy or electric energy by gas-turbine then, or is directly exported shaft work or driven motor output electric energy by gas turbine.Can be comprehensively for heat energy be converted into mechanical or electrical energy, according to the temperature T before and after the acting of heat energy medium₁, T₂And output work, calculate utilisable energy

Value E_{X, Q}=Q-T₀(S_T-S_T0)=∫ (1-T₀/ T) Q (Q is a total heat input, T₀Environment temperature, T is a working temperature, S_T, S_T0Entropy for corresponding temperature) andDecrease E_L=T₀△ S_Id(△ S_IdFor entropy increases), judge that hot merit transforms the acting theoretical efficiency η of plant equipment_t=(E_{X, Q}-E_L)/Q.

As shown in Figure 3, step B further may further comprise the steps:

B10 gathers the energy input data of said efficiency monitoring equipment object---and use and can obtain certain one-period through sensor and corresponding measuring instrument by Source Type according to the efficiency monitoring equipment object of setting up in the above-mentioned A step; Use ability quantity such as the subitem in a week, and give server by wired or wireless Network Transmission through data acquisition controller;

B20 gathers the energy output data of said efficiency monitoring equipment object---according to energy output data; Calculate the useful work of energy output; Obtain certain one-period through sensor and corresponding measuring instrument; Use ability quantity such as the subitem in a week, and give server by wired or wireless Network Transmission through data acquisition controller.

The system of wherein, gathering energy input data and energy output data is that the principle of work of efficiency data acquisition control system is following: (1) is in the strange land of efficiency monitoring equipment object or build an efficiency management server SERVER on the spot; (2) server is gone into network through router ROUTER chain, strange land server chain is gone into the Internet INTERNET, and field service device chain is gone into LAN LAN; (3) energy consumption measure appearance (EM) is installed and is measured the sensor SENSOR of energy consumption at the energy input end of efficiency monitoring equipment object; (4) output terminal that is done work at the input energy of efficiency monitoring equipment object consumption is installed the sensor SENSOR of output useful work gauge (WM) and metering useful work; (5) with the WT-MSR of (3) and (4) and the respective signal type port of sensor access energy data collection station (data acquisition module that has the INTERNET network interface); (6) connect energy data collection station access INTERNET or LAN LAN through wireless router (self-adaptation is wired and wireless), constitute the network that to communicate by letter with the efficiency management server.

B30 generates the actual energy consumption efficiency data of said energy monitoring device object according to said energy input data and energy output data.By the data among above-mentioned B10 and the B20, database all is converted into unified standard unit K WH (water calculates T by ton) automatically, and the uses energy law of conservation is carried out scalar Σ E to each process_n-Σ W_T=Σ Q_W(Σ E_nRight in importing gross energy, Σ W_TBe the useful work of doing, Σ Q_WEnergy for the acting processes waste), calculate the actual energy use efficiency η of each diagnostic device course of work according to process then_n=W_{T, n}/ E_n

As shown in Figure 4, step C specifically may further comprise the steps:

The energy use efficiency of more said actual energy consumption efficiency of C10 and setting, generating actual energy consumption efficiency is the reducing energy consumption equipment list less than the efficiency monitoring equipment object of the energy use efficiency of setting; Go on foot the actual energy use efficiency η of equipment that calculates by B30_rContrast national energy management standard can Source Type service efficiency η with the corresponding of mark post (GB/T 3485-1998 and GB/T 3486-1993)_Sd, the amount of energy saving △ E=η that calculates efficiency monitoring equipment object production run_Sd(η_Sd-η_r) Σ E_nWith fractional energy savings η_Sv=(η_Sd-η_r).

C20 confirms energy-efficient equipment transformation object according to said inventory.By calculating actual energy consumption efficiency among the above-mentioned C10 less than certain a pair of scale value, its fractional energy savings is 15% promptly greater than a certain setting value such as this setting value accordingly, then fractional energy savings can be exported inventory by equipment greater than using more than 15%, transforms object as energy-efficient equipment.

As shown in Figure 5, step D specifically comprises step:

D10 installs energy input WT-MSR, energy output WT-MSR and the energy input regulating device that said energy-efficient equipment is transformed object.

In practical application; If it is electrical category equipment that energy-efficient equipment is transformed object; Then energy input WT-MSR is an electric energy measurement instrument; The energy input regulating device is motor speed control device frequency converter or voltage regulator, and energy output WT-MSR comprises flowmeter, speed pickup, temperature sensor, pressure transducer and torque sensor.

If it is Cooling and Heat Source equipment that energy-efficient equipment is transformed object, then energy input WT-MSR comprises power supply gauging table, flowmeter, automatic poidometer, temperature and pressure sensor; The energy input regulating device comprises voltage regulator, electric control valve and speed regulator; Energy output WT-MSR comprises flowmeter, temperature and pressure sensor and electric energy meter.

D20 gathers the energy input and output data that said energy-efficient equipment is transformed object.

D30 analyzes the actual numerical value and the energy production maximum efficiency of the energy production efficient of said reducing energy consumption device object according to the energy input and output data of said reducing energy consumption device object.

In concrete the realization, the actual value program of input computation period energy production efficient in Programmable Logic Controller: the one, calculate the energy Σ E that the reducing energy consumption object consumes_n, calculate energy-output ratio according to energy input gauge statistics or energy input correlation parameter; The 2nd, calculate the useful work Σ W of the energy generation of reducing energy consumption object consumption_T, calculate the energy-output ratio data according to energy output gauge statistics or energy output correlation parameter; The 3rd, the result who calculates according to preceding two steps draws energy production actual efficiency η_r=Σ W_T/ Σ E_n

In concrete the realization; Input computation period energy production maximum efficiency control algolithm program in Programmable Logic Controller: two kinds of situation are arranged: a kind of output terminal of reducing energy consumption devices consume energy acting is uncontrollable (requiring the technological parameter of standard); But the load of output terminal changes in fluctuation; Comprise motor speed control device frequency converter VFD, voltage regulator, electric control valve, speed regulator through changing energy input quantity parameter; By 30 second scan period, on reference value, begin to increase and decrease a regulating gradient input amplitude of accommodation, the efficiency value contrast of calculating energy production efficient and reference value; Preserve the conditioning signal value and the output of higher value, continue in energy input regulating device range of adjustment, to use and suffer from one's own actions the maximal value algorithm and make energy production efficiency be in mxm.; Another kind of reducing energy consumption devices consume energy input end is uncontrollable; But the acting output terminal of energy resource consumption is (flow or technological parameter can be regulated variation) that can regulate; Comprise arrangements for speed regulation, temperature sensor, pressure transducer and torque sensor, voltage regulator and electric control valve through changing energy output quantity parameter; By 30 second scan period; On reference value, begin to increase and decrease a regulating gradient output amplitude of accommodation; Calculate the efficiency value contrast of energy production efficient and reference value, preserve the conditioning signal value and the output of higher value, continue in energy output regulating device range of adjustment, to use and suffer from one's own actions the maximal value algorithm and make energy production efficiency be in mxm..Thereby make energy-conservation reforming equipment object reach purpose of energy saving.

The energy-saving efficiency of efficiency monitoring equipment object provided by the invention is all more than 15%; Through using energy-conserving reconstruction method of the present invention; Dynamic adjustments equipment is in high energy efficiency point operation constantly; Make the energy-saving effect of energy-conservation reforming equipment finally reach more than 15% and the efficiency of reducing energy consumption equipment reaches national efficiency to mark, satisfy the requirement of state's laws rules, dynamically and the operational effect of long term monitoring reducing energy consumption equipment.

In practical application, mathematical modeling capable of using carries out the efficiency Monitoring and Controlling, is specially: 1) set up efficiency monitoring equipment object database, energy input data information point and energy resource consumption acting output data information point; 2) runtime database drive system and on-the-spot energy data collection station, energy data collection station sends the bottom sensing data database to and keeps realization ability Source Data Acquisition through the A/D conversion; 3) set up efficiency monitoring equipment object consumes energy statistical model: the information of energy input in the reading database consumes Σ Q by the period accumulated energy_InAnd the unified KWH unit that is scaled; 4) set up the useful work statistical model that efficiency monitoring equipment object consumes energy is done: the information of energy resource consumption output useful work in the reading database, be useful work Σ W by period accumulated energy consumption_OnAnd the unified KWH unit that is scaled; 5) set up theory of computation energy-saving effect model: electric energy transform mechanical energy efficiency be more than 75% up to standard and electric energy be converted into heat energy efficiency equipment with national efficiency to being designated as foundation, the heat energy acting is converted into the mechanical energy basis

Damage minimizes theoretical efficiency η_t=(E_{X, Q}-E_L)/Q 85% as foundation, by 3) in statistics remove 4) in statistics draw the actual energy consumption efficiency η of corresponding period diagnosis object_r=Σ W_On/ Σ Q_In, national efficiency is scale value is deducted actual energy consumption efficiency being fractional energy savings of energy use efficiency of efficiency monitoring equipment object to target energy source use efficient or theoretical energy efficiency value, formula is: η_Sv=(η_Sd-η_r); 6) the actual energy consumption efficiency η of output efficiency monitoring equipment object_rAnd fractional energy savings η_SvBe that efficiency monitoring equipment object more than 15% is as the reducing energy consumption object.

Above-mentioned exchangeable bases: 1kw.h=860kcal=3600kj=0.13kg standard coal equivalent

Following table 1 has been listed system's table of comparisons that the various energy are converted to standard coal equivalent, supplies reference in practical application.

Can source name	Average net calorific value	The accurate coal measures number of signature
			Raw coal	20908kJ(5000kcal)/kg	0.7143kg standard coal equivalent/kg
Clean fine coal	26344kJ(6300kcal)/kg	0.9000kg standard coal equivalent/kg
			Other coal washing
Wash middle coal	8363kJ(2000kcal)/kg	0.2857kg standard coal equivalent/kg
			Coal slime	8363～12545kJ(2000～3000kcal)/kg	0.2857～0.4286kg standard coal equivalent/kg
Moulded coal		0.5～0.7kg standard coal equivalent/kg
			Coke	28435kJ(6800kcal)/kg	0.9714kg standard coal equivalent/kg
Crude oil	41816kJ(10000kcal)/kg	1.4286kg standard coal equivalent/kg
			Gasoline	43070kJ(10300kcal)/kg	1.4714kg standard coal equivalent/kg
Kerosene	43070kJ(10300kcal)/kg	1.4714kg standard coal equivalent/kg
			Diesel oil	42652kJ(10200kcal)/kg	1.4571kg standard coal equivalent/kg
Fuel oil	41816kJ(10000kcal)/kg	1.4286kg standard coal equivalent/kg
			Liquefied petroleum gas (LPG)	50179kJ(12000kcal)/kg	1.7143kg standard coal equivalent/kg
Oil refinery dry gas	45998kJ(11000kcal)/kg	1.5714kg standard coal equivalent/m3
			Other petroleum products		1～1.4kg standard coal equivalent/kg
Rock gas	32198～38931kJ(7700～9310kcal)/m3	1.1～1.33kg standard coal equivalent/m3
			Liquefied natural gas (LNG)		1.7572kg standard coal equivalent/kg
Coke-oven gas	16726～17981kJ(4000～4300kcal)/m3	0.5714～0.6143kg standard coal equivalent/m3
			Blast furnace gas		1.286kg standard coal equivalent/m3
Other coal gas		0.17～1.2143kg standard coal equivalent/m3
			Coal gas takes place	5227kJ(1250kcal)/m3	0.1786kg standard coal equivalent/m3
Heavy oil catalytic pyrolysis coal gas	19235kJ(4600kcal)m3	0.6571kg standard coal equivalent/m3
			Thermal cracking of heavy oil coal gas	19235kJ(4600kcal)m3	0.6571kg standard coal equivalent/m3
Coke system gas	16308kJ(3900kcal)m3	0.5571kg standard coal equivalent/m3
			Pressurized gas	15054kJ(3600kcal)m3	0.5143kg standard coal equivalent/m3
Water gas	10454kJ(2500kcal)m3	0.3571kg standard coal equivalent/m3
			Coal tar	33453kJ(8000kcal)/kg	1.1429kg standard coal equivalent/kg
Crude benzol	41816kJ(10000kcal)/kg	1.4286kg standard coal equivalent/kg
			Other coke chemicals		1.1～1.5kg standard coal equivalent/kg
Heating power (equivalent)		0.03412kg standard coal equivalent/MJ
					0.14286kg standard coal equivalent/1000kcal
Electric power (equivalent)	3596kJ(860kcal)/kW·h	0.1229kg standard coal equivalent/kWh (being used to calculate thermal power generation)
			Electric power (equivalent)		0.4040kg standard coal equivalent/kWh (being used to calculate final consumption).

(table 1)

As shown in Figure 6; The invention also discloses the energy conserving system of a kind of efficiency monitoring, diagnosis and control; Comprise:efficiency management server 30, efficiency dataacquisition control system 10, efficiencydata analysis system 20, reducing energy consumption system 40 and efficiencymonitoring equipment object 50, wherein:

Efficiency dataacquisition control system 10 is used for confirming efficiency monitoring equipment object, receives the energy input data and the energy output data of efficiency monitoring equipment object, and the energy is imported data and energy output data is transferred to said efficiency data analysis system.

Efficiencydata analysis system 20 is used for receiving and analysis energy input data and energy output data, sets up Data Analysis Model, gives the efficiency management server with the result transmission of analyzing.

Efficiency management server 30 is used for confirming the reducing energy consumption device object according to the result who analyzes, and controls said reducing energy consumption system and carries out work.

Reducing energy consumption system 40 is used for according to receiving the command information thatefficiency management server 30 sends efficiencymonitoring equipment object 50 being carried out Energy Saving Control and transformation.

Usually setting up communication link through cable network or wireless network betweenefficiency management server 30 and the said efficiency dataacquisition control system 10 connects.Wireless network recommends to use WIFI communication module or Zigebee communication module.

Wherein, efficiency dataacquisition control system 10 specifically comprises: energy input acquisition module, the energy input data that are used to gather efficiency monitoring equipment object; Energy output acquisition module, the energy output data that is used to gather efficiency monitoring equipment object.

Efficiencydata analysis system 20 specifically comprises: the image data receiver module is used to receive the energy input data and the energy output data of efficiency monitoring equipment object; The database initialize module is used to create the efficiency data source of efficiency monitoring equipment object; Data analysis module is used for according to energy input data and energy output data, and whether what analysis drew efficiency monitoring equipment object is that energy-efficient equipment is transformed object.

Reducing energy consumption system 40 comprises energy input WT-MSR, energy output WT-MSR and the energy input regulating device of energy-efficient equipment transformation object.

More directly perceived for the data that make control system, the energy conserving system of said efficiency monitoring, diagnosis and control also comprises output unit and display device, and display device is used to show efficiency control effect data; Said output unit is used to export said efficiency control effect data.

The principle of work of the disclosed system of present embodiment is following, at first execution in step A: the unit's of foundationefficiency management server 30 and efficiencydata analysis system 20, and efficiencydata analysis system 20 can be organized peaceful platform software (SCADA system) through installation and realize;

Step B: on the platform software in A, the database initialize module in the efficiency data analysis system is set up the reference mark database of database and upper controlling object according to the energy data point of all efficiency monitoring equipment objects;

Step C: the data analysis module in the efficiencydata analysis system 20 is created energy Data Analysis Model according to the data of database source among the step B.Energy Data Analysis Model comprises: efficiency monitoring equipment object with energy statistics Σ E_iDay, month, year statistics and the unified KWH unit that is scaled on time; The energy output useful work statistics Σ W that efficiency monitoring equipment object is consumed_iDay, month, year statistics and the unified KWH unit that is scaled on time; Calculate the actual energy consumption efficiency η of efficiency monitoring equipment object_r=Σ W_i/ Σ E_i; To all the efficiency monitoring equipment objects in the total system with can type during by electricity, combustion gas, coal, oil, water and other energy classification subitem, day, the moon, add up in year.

Step D: the data analysis module in the efficiencydata analysis system 20 is by the actual energy consumption efficiency η of the energy-conservation object-based device among the step C_r(1) national efficiency is to the standard energy consumption efficiency η in the mark in_SdSet up reducing energy consumption effect comparison model, if η_r>=η_SdOr η_t* 85% explain that efficiency monitoring equipment object has been up to state standards and the effect value of energy-saving design, if η_r<(η_SdOr η_t* 85%) explain that energy-conservation modification measures is defective, need to correct the reducing energy consumption scheme, and begin to carry out from the A step again.

Step e: according to performance results among step C, the D and controlling object; Set up the managing graphic interface; And show through display module, the managing graphic interface comprises system equipment principle of work control chart, single reducing energy consumption object principle of work control chart; Overall with can type during by electricity, combustion gas, coal, oil, water and other energy classification subitem, day, the moon, year statistical graph; Single energy-efficient equipment transform object with energy on time, day, month, year statistical graph, the actual energy consumption efficiency dynamic chart of efficiency monitoring equipment object up to standard, energy-efficient equipment not up to standard is transformed object and efficient chart thereof.

Step F: pass through the output unit printout by chart in the step e.

Through above-mentioned steps, all devices object in the efficiency monitoring equipment object in the feasible system reaches national efficiency to the efficiency standard in the mark.

The present invention compares with the existing equipment power-saving technology has following advantage:

1, from a cover whole energy solution of efficiency monitoring and diagnosis, energy saving technical reconstruction and computer control managing, rather than the reducing energy consumption carried out of the single aspect of equipment;

2, the efficiency monitoring method is that computer-automatic collection information applied energy transforms conservation and

decreases minimization algorithm; Automatically calculate the result of theoretical amount of energy saving and actual energy consumption efficiency; It is according to ground output reducing energy consumption object that data are arranged, rather than the actual energy consumption efficiency of artificial subjective analysis and the diagnosis limitation that has overcome artificial data collection and result of calculation;

3, the device energy conservation transformation is to regulate operation with the maximizing efficiency of energy input and acting output, with the core concept of energy source use maximizing efficiency as power-saving technology, reduces excessive technological transformation and reducing energy consumption cost of investment;

4, efficiency management system centralized management control reducing energy consumption object; The classification subitem is by period statistics energy consumption quantity; 85% or national efficiency that the output energy-saving effect does not reach efficiency monitoring equipment theoretical method efficient rather than do not have long-term effect detection to scale value reducing energy consumption object after the device energy conservation transformation;

5, the whole technique system be a circulation, power-economizing method with self-correction ability; Equipment with energy-saving potential is used through this power-economizing method reached national efficiency scale value; Reduce the energy cost of energy unit, improve energy efficiency, help monitoring of national energy application efficiency and detection.

The above is merely preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of within spirit of the present invention and principle, being done, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.

Claims

1. the power-economizing method of an efficiency monitoring, diagnosis and control is characterized in that, may further comprise the steps:

A confirms efficiency monitoring equipment object;

C diagnoses, confirms energy-efficient equipment transformation object according to said actual energy consumption efficiency data;

2. the power-economizing method of efficiency monitoring as claimed in claim 1, diagnosis and control; It is characterized in that said steps A specifically may further comprise the steps: A10 confirms the energy resource consumption type that efficiency monitoring equipment object, monitoring periods and said efficiency monitoring equipment object are corresponding; A20 sets up the corresponding relation between said efficiency monitoring equipment object and the energy resource consumption type; A30 set said efficiency monitoring equipment object energy use efficiency to scale value;

Said step B specifically may further comprise the steps: B10 gathers the energy input data of said efficiency monitoring equipment object; B20 gathers the energy output data of said efficiency monitoring equipment object; B30 generates the actual energy consumption efficiency data of said energy monitoring device object according to said energy input data and energy output data.

3. the power-economizing method of efficiency monitoring as claimed in claim 2, diagnosis and control; It is characterized in that said step B10 specifically may further comprise the steps: B101 obtains the energy input data of ability Source Type corresponding with said efficiency monitoring equipment object in the some cycles; B102 transmits said energy input data to server;

4. the power-economizing method of efficiency monitoring as claimed in claim 3, diagnosis and control is characterized in that said B30 specifically may further comprise the steps:

5. the power-economizing method of efficiency monitoring as claimed in claim 4, diagnosis and control is characterized in that said step C specifically comprises step:

More said actual energy consumption efficiency value of C10 and said energy use efficiency to scale value, generate the efficiency monitoring equipment object inventory to scale value of said actual energy consumption efficiency value less than said energy use efficiency;

6. the power-economizing method of efficiency monitoring as claimed in claim 5, diagnosis and control is characterized in that said step D specifically comprises step:

D 30 analyzes the actual numerical value and the energy production maximum efficiency of the energy production efficient of said reducing energy consumption device object according to the energy input and output data of said reducing energy consumption device object;

7. the power-economizing method of efficiency monitoring as claimed in claim 6, diagnosis and control; It is characterized in that; It is electrical category equipment that said energy-efficient equipment is transformed object; Said energy input WT-MSR is an electric energy measurement instrument, and said energy input regulating device is motor speed control device frequency converter or voltage regulator, and said energy output WT-MSR comprises flowmeter, speed pickup, temperature sensor, pressure transducer and torque sensor; Or

8. the energy conserving system of an efficiency monitoring, diagnosis and control is characterized in that, comprising: efficiency management server, efficiency data acquisition control system, efficiency data analysis system, and reducing energy consumption system and efficiency monitoring equipment object, wherein:

Said reducing energy consumption system is used for according to receiving the command information that said efficiency management server sends said reducing energy consumption device object being carried out Energy Saving Control and transformation.

9. the energy conserving system of efficiency monitoring as claimed in claim 8, diagnosis and control is characterized in that, sets up communication link through cable network or wireless network between said efficiency management server and the said efficiency data acquisition control system and connects; Said wireless network comprises WIFI communication module or Zigebee communication module.

10. the energy conserving system of efficiency monitoring as claimed in claim 9, diagnosis and control is characterized in that said efficiency data acquisition control system specifically comprises: energy input acquisition module, the energy input data that are used to gather said efficiency monitoring equipment object; Energy output acquisition module, the energy output data that is used to gather said efficiency monitoring equipment object;

Said efficiency data analysis system specifically comprises: the image data receiver module is used to receive the energy input data and the energy output data of said efficiency monitoring equipment object; The database initialize module is used to create the efficiency data source of efficiency monitoring equipment object; Data analysis module, whether what be used for drawing said efficiency monitoring equipment object according to said energy input data and the analysis of energy output data is energy-efficient equipment transformation object.

11. the energy conserving system of efficiency as claimed in claim 10 monitoring, diagnosis and control is characterized in that, said reducing energy consumption system comprises that energy-efficient equipment transforms energy input WT-MSR, energy output WT-MSR and the energy input regulating device of object; The energy conserving system of said efficiency monitoring, diagnosis and control also comprises output unit and display device, and said display device is used to show efficiency control effect data; Said output unit is used to export said efficiency control effect data.