CN103136442A - Method for measuring and proving saved electric energy volume in energy-saving project - Google Patents
Method for measuring and proving saved electric energy volume in energy-saving project Download PDFInfo
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Abstract
The invention relates to a method for measuring and proving saved electric energy volume in an energy-saving project. The method includes that (1) a project boundary and a project evaluation scheme are determined before the energy-saving project is implemented; (2) an energy-saving project standard period is determined, a pre-evaluation mathematic model is built, and relevant component parameters and operating data are collected; (3) the energy-saving project is pre-evaluated, and a pre-evaluation report is formed; (4) an optimal scheme is selected by referencing the pre-evaluation report, and the energy-saving project is implemented; (5) an energy-saving project statistic report period is determined, a post-evaluation mathematic model is built, and relevant component parameters and operating data are collected; (6) post-evaluation is conducted for actual saved electric energy volume, and a measuring and proving report is formed; and (7) saved electric energy volume for a long period is estimated according to the measuring and proving report, and a basis is provided for revision and implementation of an energy-saving project scheme at a later stage. The method has high operability and pertinence and has high practical value and popularization value on energy-saving projects in the field of power demand side management.
Description
Technical field
The invention belongs to field of energy-saving technology, be specifically related to a kind of measurement and verification method for Energy-saving Projects conservation of power electric weight.
Background technology
2010, the National Development and Reform Commission unites together with six ministries and commissions and issues " demand Side Management way ", the annual quantity of electricity that clearly proposes each power grid enterprises of provinces, autonomous regions and municipalities is saved index, is not less than in principle 0.3% of electricity sales amount last year in relevant power grid enterprises sale of electricity business zone.The large scale business office block is also being carried out the energy-conservation and environment-friendly type buildings such as intelligent building and green building.Along with the propelling of energy-saving and emission-reduction work and the rapid popularization of energy contract mangement project, each field is necessary to measure scientifically and rationally and verify conservation of power and the electric weight of Energy-saving Projects, and sharing energy saving profit for the subsidy of application national energy-saving with the Energy Management Contract both sides provides reliable basis.
Enforcement by Energy-saving Projects can realize increasing amount of energy saving; The cost of investment of minimizing project or engineering; Help to manifest energy efficiency projects and regenerative resource investment to reducing the value of discharging; Help the whole nation and industry organization to improve resource efficiency, realize environmental goals.For electric power enterprise, the efficiency test and appraisal can help the clear understanding of electric power enterprise electricity consumption situation, find out the maximum energy saving space and potentiality, and take the most effective conservation measures for energy-conservation point, thereby with minimum input, obtain the optimum method of operation and maximum economic interests.
International performance measurement and authentication rules (International Performance Measurement and Verification Protocol, IPMVP) A, B, C, four kinds of measurements of D and proof scheme have been provided, have been described in detail one by one, and provided guiding suggestion.in the whole flow process of amount of energy saving project, the conservation of power electric weight relates to the contrast of loss under former and later two states of transformation, but the loss before and after transformation can't directly be measured in essence, measure and checking standard (International Performance Measurement and Verification Protocol according to international efficiency, IPMVP), pass through regression analysis, on the basis of former energy consumption, analogue simulation goes out the energy consumption of original equipment under the load condition after the project implementation, again with the project implementation after the actual measurement energy consumption do the poor final amount of energy saving that obtains, this makes measurement and proof procedure complexity loaded down with trivial details, and this standard is not pointed out concrete implementation method.Can find out, this standard tool only has important directive significance, but lacks operability in the production scene of reality.
Summary of the invention
For the deficiencies in the prior art, the present invention proposes a kind of measurement and verification method for reducing energy consumption project conservation of power electric weight, can carry out load prediction accurately according to enterprise customer's the production schedule, extension, the market demand, to obtain relatively accurate load condition, estimate long-term conservation of power electric weight, be offering suggestions property of the enforcement reference of later stage Energy-saving Projects, and variation according to circumstances, project alternative is made due adjustment, to obtain best energy-saving benefit.
The invention provides a kind of measurement and verification method for Energy-saving Projects conservation of power electric weight, its improvements are, be evaluated as the project energy saving profit after the Pre-Evaluation by base period and statistical report phase foundation is provided; Described method comprises the steps:
1) identify project before Energy-saving Projects is implemented border and project Te st grogram;
2) determine the Energy-saving Projects base period, set up the Pre-Evaluation mathematical model and collect base period related elements parameter and service data;
3) in described base period, Energy-saving Projects is carried out Pre-Evaluation, form the Pre-Evaluation report, enforcement side provides technical economical analysis for reducing energy consumption, in order to select optimum transformation energy-saving scheme;
4) judge whether that carrying out Energy-saving Projects according to described Pre-Evaluation report implements, be to carry out Energy-saving Projects to implement, otherwise finish to measure and verification method;
5) determine the Energy-saving Projects statistical report phase, set up rear mathematical model evaluate and collect statistical report phase related elements parameter and service data;
6) Energy-saving Projects is implemented after actual conservation of power electric weight carry out rear assessment, form and measure and the checking report, for third party's authentication and reducing energy consumption side's application national energy-saving subsidy fund of project amount of energy saving provides objective basis;
7) estimate long-term conservation of power electric weight according to described measurement and checking report, for correction and the enforcement of later stage Energy-saving Projects scheme provides foundation.
Wherein, identify project before the described Energy-saving Projects of step 1) is implemented border and project survey and proof scheme are namely determined coverage and amount of energy saving Te st grogram after Energy-saving Projects is implemented.
Wherein, step 2) be identified for the time hourage of project calculated savings quantity of electricity in base period at described Energy-saving Projects, in this time period, on the estimation load condition is set up the Pre-Evaluation mathematical model, and collects described related elements parameter and service data by harvester or the mode of consulting;
Wherein, step 2) the described related elements parameter of base period is determined according to Te st grogram and modeling object.(described service data is estimated by the slip-stick artist and is obtained.）
Wherein, step 2) the described service data of base period comprises the data of electric current, voltage, active power, reactive power, relative harmonic content, flow, cold or illumination; (described service data is estimated by the slip-stick artist and is obtained.）
Wherein, the described related elements parameter of step 5) statistical report phase is determined according to Te st grogram and modeling object.
Wherein, the described related elements parameter of step 5) statistical report phase is obtained by reference device account and related elements technical specification or the laboratory report data of dispatching from the factory.
Wherein, the described service data of step 5) statistical report phase comprises the data of electric current, voltage, active power, reactive power, relative harmonic content, flow, cold or illumination.
Wherein, the described service data of step 5) statistical report phase is by following harvester collection: measuring instrument, power quality analyzer, power analyzer or flue gas analyzer.
Wherein, the conservation of power electric weight of step 3) Pre-Evaluation is the poor of the energy consumption before the emulation project implementation under energy consumption and forecast demand operating mode after the project implementation after the emulation project implementation.
Wherein, the conservation of power electric weight of assessing after step 6) is the poor of the energy consumption before the emulation project implementation under energy consumption actual after the project implementation and the actual load operating mode after the project implementation.
Compared with the prior art, beneficial effect of the present invention is:
1, the present invention carries out Pre-Evaluation before Energy-saving Projects is implemented, and enforcement side provides technical economical analysis for reducing energy consumption, in order to select optimum transformation energy-saving scheme.
2, the present invention assesses after carrying out after the project implementation, for third party's authentication and reducing energy consumption side application national energy-saving subsidy fund provides objective basis, to continue to monitor also in the statistical report phase that it is dynamic, offering suggestions property of enforcement reference for the later stage Energy-saving Projects, and variation according to circumstances, project alternative is made suitable correction, to obtain best energy-saving benefit.
3, the present invention has higher operability and specific aim, all has larger practical value and promotional value for the Energy-saving Projects in demand Side Management field.
4, this project has further proposed method and the flow process of Pre-Evaluation stage economize on electricity power electric weight, pointed out simultaneously continue to monitor the necessity of conservation of power electric weight and calculate thinking after the statistical report phase, the monitoring that continues can obtain the conservation of power electric weight under various influence factors, highlight the long-term economic benefit of conservation of power electric weight, information material and the guiding suggestion of preciousness also is provided in the future measurement and checking work.
Description of drawings
Fig. 1 is measurement and the verification method process flow diagram of demand Side Management Energy-saving Projects conservation of power electric weight.
Fig. 2 is measurement and the verification method schematic diagram in electrical management Energy-saving Projects conservation of power electric weight Pre-Evaluation stage.
Fig. 3 is measurement and the verification method schematic diagram of evaluation stage after electrical management Energy-saving Projects conservation of power electric weight.
Fig. 4 is reactive-load compensation item boundaries schematic diagram.
Fig. 5 is all tandem links and transformer equivalent circuit diagram in item boundaries.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.
For describing and check feasibility and the practical value of the Te st grogram of the demand Side Management Energy-saving Projects conservation of power electric weight that proposes in detail, the below is described in further detail the specific embodiment of the present invention.
Existing Energy-saving Projects measurement and proof scheme are only paid attention to measurement and the checking after the project implementation, a kind of assessment method for demand Side Management Energy-saving Projects conservation of power electric weight provided by the invention, its improvements are, calculating thinking and the method for conservation of power have been replenished, having summed up a cover is applicable to the measurement of any field Energy-saving Projects conservation of power electric weight and verifies flow process, and on the basis of IPMVP, the front computing method of saving quantity of electricity of the project implementation have further been proposed, i.e. the test and appraisal in Pre-Evaluation stage.By Pre-Evaluation, can analyze energy-saving potential and the feasibility of Energy-saving Projects; The then analysis of assessment can help to share energy saving profit for the subsidy of application national energy-saving with the Energy Management Contract both sides provides reliable basis.In addition, the present invention has also set forth the statistical report after date and has continued necessity and the importance of conservation of power electric weight, and has provided corresponding calculating thinking.The method idiographic flow is seen Fig. 1, and method comprises the steps:
1) identify project before the project implementation border and project Te st grogram, namely identify project implement after the electrical equipment scope of impact, and according to the selected Te st grogram of delimiing a boundary line, as the transformer transformation project, boundary demarcation is transformer body; The reactive-load compensation item boundaries is that the reactive power compensator access point is to all serial connection power circuit and transformers (comprising reactive power compensator) between upper level reactive power source point.
2) identify project base period, set up the Pre-Evaluation mathematical model and collect base period related elements parameter and service data;
Identify project base period, namely be identified for the time hourage of project calculated savings quantity of electricity, this time period planted agent is contained typical load operating mode base period should be representative, comprises the time point that peak load occurs, and can reflect the load average level.For example, need to measure the kwh loss of 2 hours.The peak load that base period should comprise power supply-distribution system constantly so that the power attenuation when measuring peak load, and then calculated savings electric power.Then on the estimation load condition is set up the Pre-Evaluation mathematical model, and collects related elements parameter and service data according to institute's established model.
Collect the element static parameter before and after the project implementation in item boundaries, utilize professional test equipment, gather the dynamic operation parameter after boosting and transformation in item boundaries, the step of installing, debugging professional test equipment is that image data should be based on the form of collection and computational data in described item boundaries two ends installation measuring apparatus.Measuring apparatus is installed at two ends, border in described project, and measuring apparatus comprises the electrical quantity collecting device, is used for image data.The electrical quantity collecting device comprises CT, PT, power quality analyzer, power analyzer and flue gas analyzer etc.The measuring apparatus image data is Real-time Collection, and the data of collection comprise electric flux, electric power, voltage and current, active power requirement, reactive power requirement, flow, cold, illumination etc.Collection period is at least 1 hour, typical case's day (during meeting the kurtosis summer, when low ebb is loaded etc.) require to be refined as 15 minutes.
3) in base period, after Energy-saving Projects is implemented, possible conservation of power electric weight carries out Pre-Evaluation and forms test and evaluation report.
Carry out the calculating of conservation of power electric weight according to the data of base period collection, analyze energy-saving potential, space and the feasibility of Energy-saving Projects, and form the Pre-Evaluation report, to improve project alternative and to provide guiding suggestion as project implementation.
4) judge whether that carrying out Energy-saving Projects according to described Pre-Evaluation report implements, be to carry out Energy-saving Projects to implement, otherwise finish to measure and verification method; The present embodiment can be according to step 1)-3) select different parameters to carry out many group Pre-Evaluation, selects optimum reducing energy consumption scheme, and judge whether to carry out Energy-saving Projects enforcement according to optimum energy-saving scheme.
5) determine the Energy-saving Projects statistical report phase, set up rear mathematical model evaluate and collect statistical report phase related elements parameter and service data.
Identify project the statistical report phase, namely be identified for the time hourage of project calculated savings quantity of electricity, this time period planted agent is contained the typical load operating mode statistical report phase should be representative, comprises the time point that peak load occurs, and can reflect the load average level.For example, need to measure the kwh loss of 2 hours.The peak load that the statistical report phase should comprise power supply-distribution system constantly so that the power attenuation when measuring peak load, and then calculated savings electric power.Then mathematical model evaluate after setting up according to on-the-spot actual load condition, and collect related elements parameter and service data according to institute's established model.
Collect the element static parameter before and after the project implementation in item boundaries, utilize professional test equipment, gather the dynamic operation parameter after boosting and transformation in item boundaries, the step of installing, debugging professional test equipment is that image data should be based on the form of collection and computational data in described item boundaries two ends installation measuring apparatus.Measuring apparatus is installed at two ends, border in described project, and measuring apparatus comprises the electrical quantity collecting device, is used for image data.The electrical quantity collecting device comprises CT, PT, power quality analyzer, power analyzer and flue gas analyzer etc.The measuring apparatus image data is Real-time Collection, and the data of collection comprise electric flux, electric power, voltage and current, active power requirement, reactive power requirement, flow, cold, illumination etc.Collection period is at least 1 hour, typical case's day (during meeting the kurtosis summer, when low ebb is loaded etc.) require to be refined as 15 minutes.
6) Energy-saving Projects is implemented rear actual conservation of power electric weight and carry out rear assessment, form and measure and verify report;
Carry out the calculating of conservation of power electric weight according to the data that the statistical report phase gathers, for energy saving profit provides reliable basis.And be analyzed with the Pre-Evaluation report, and formation is measured and verifies report, the part of finding out shortcomings, practicality and the generalization of raising Energy-saving Projects.
7) the conservation of power electric weight relation that continues of statistical report after date adjustment and the enforcement of the later stage Energy-saving Projects, therefore after tackling the statistical report phase, lasting conservation of power electric weight is estimated, specifically can carry out load prediction accurately according to enterprise customer's the production schedule, extension, the market demand, to obtain relatively accurate load condition, estimate long-term conservation of power electric weight, offering suggestions property of enforcement reference for the later stage Energy-saving Projects, and variation according to circumstances, project alternative is made due adjustment, to obtain best energy-saving benefit.
According to the different time sections of the project implementation, whole process can be divided into base period (Pre-Evaluation stage) and statistical report phase (rear evaluation stage), as shown in Figures 2 and 3, and T in Fig. 2
1Time period before is base period, T
2Time period afterwards is the statistical report phase, but the time hourage in two periods is identical.The essential distinction of Pre-Evaluation and rear assessment is that Pre-Evaluation part electric parameters can't be measured, and load condition in the future is unknown, can only estimate or simulate its value, as being dotted line E in Fig. 2
abAnd E
rExpression estimates or the analogue value, represent respectively raw parameter in the energy consumption under the expection operating mode and new argument the energy consumption under the expection operating mode; And in rear evaluation stage, E
rBut for realizing actual measurement, E
abBe estimated value or the analogue value, be the analogue value of raw parameter under statistical report phase load condition, Es represents the amount of energy saving before and after Energy-saving Projects enforcement; E
bEnergy consumption before the expression Energy-saving Projects is implemented, E
rActual energy consumption after the expression Energy-saving Projects is implemented.
Measurement energy-conservation according to the world and authentication rules (IPMVP), economize on electricity power and amount of electricity saving can be determined by the electric weight before and after the relative energy-saving project implementation and load.Consider the variation of Energy-saving Projects enforcement front and back running environment and operating mode, " adjustment amount " in formula calculates, need to be with the same service condition of energy input substitution of base period and statistical report phase.Amount of electricity saving is:
E
s＝E
ab-E
r+A
n
In formula:
E
SAmount of energy saving before and after-Energy-saving Projects is implemented;
E
ab-base period energy consumption parameter simulation kwh loss under statistical report phase operating mode;
E
r-Energy-saving Projects is implemented kwh loss under statistical report phase operating mode afterwards;
A
n-reference value adjusted value;
The present embodiment has proposed economize on electricity calculation of force thinking.Economize on electricity power has reflected the demand degree of electric energy, and the demand degree is higher, and the system disposition capacity is just larger, and required investment is just larger, and therefore, the reduction of peakload has great importance, thereby power conservation should be paid attention to the reduction of peak load, and economize on electricity power is:
P
s＝P
ab-P
r
In formula:
P
sMaximum economize on electricity power before and after-Energy-saving Projects is implemented;
P
abThe power consumption of device parameter under statistical report phase load condition before the-project implementation;
P
rThe power consumption of device parameter under statistical report phase load condition after the-project implementation.
For describing and check feasibility and the practical value of the Te st grogram of the demand Side Management Energy-saving Projects conservation of power electric weight that proposes in detail, the below is elaborated to the embodiment of reactive-load compensation project.
1) identify project before reactive-load compensation border and project Te st grogram;
The border of identifying project before reactive-load compensation, namely determine power circuit and the transformer scope of reactive-load compensation impact, with the reactive power compensator access point to all serial connection power circuits and transformers (comprising reactive power compensator) between upper level reactive power source point as item boundaries, and according to the selected option A Te st grogram of delimiing a boundary line, the isolation of i.e. transformation part, can arrange the insignificant parameter of result impact, before and after the reactive-load compensation of agreement project, active power is constant, and before and after reactive-load compensation, the variation of voltage affects and can ignore result.In item boundaries, the access compensation capacity is the reactive power compensator of 4 * 2Mvar.Accompanying drawing 4 is seen on reactive-load compensation project conservation of power electric weight border.
2) determine reactive-load compensation project base period, set up the Pre-Evaluation mathematical model and collect base period related elements parameter and service data, reactive-load compensation project conservation of power electric weight calculates equivalent circuit diagram and sees accompanying drawing 5, in figure, and R
TAnd R
LRepresent respectively transformer equivalent resistance and the circuit equivalent resistance of reduction to a certain electric pressure, total equivalent resistance is R=R
T+ R
LX
TAnd X
LRepresent respectively transformer equivalent reactance and the circuit equivalent reactance of reduction to a certain electric pressure; P represents the active power of circuit after reactive-load compensation; The reactive power of circuit after Q ' expression reactive-load compensation.
Choosing time base period hourage herein is 8760h, and the Pre-Evaluation conservation of power electric weight mathematical model of foundation is respectively:
Estimate that the conservation of power Δ (Δ P) after reactive-load compensation is:
Estimate that save power Δ (Δ E) is:
Δ(ΔE)＝Δ(ΔP)
max·τ
max
Data of need collecting and being described in detail as follows:
P' is active power requirement after the reactive-load compensation of statistical report phase; Q
CBe the specified compensation capacity of reactive power compensator; R is all serial connection power circuits and the transformer reduction equivalent resistance to a certain electric pressure in item boundaries; K is the reactive power compensator loss factor, is provided by producer.Be capacitor as compensation system, K=tg δ, wherein tg δ is dielectric loss angle tangent, is as the criterion with factory-said value, the common dielectric loss angle tangent of capacitor sees attached list A;
Be the power factor before reactive-load compensation; Cos ' φ is the power factor after reactive-load compensation; U
NBe reduction point rated voltage; Δ (Δ P)
maxBe maximum conservation of power of base period; τ
maxBe base period peak load loss hourage.
By the Pre-Evaluation formula as can be known, when P ' gets maximal value, i.e. P '=P '
maxThe time obtain maximum economize on electricity power.
Table 1 reactive-load compensation conservation of power and electric weight are estimated the calculation reckoner
The typical dielectric loss constant value of the common different medium capacitor of subordinate list A
| Medium | Two film one paper | Full film | Three paper two films |
| tgδ | 0.0008 | 0.0005 | 0.0012 |
3) in base period, after Energy-saving Projects is implemented, possible conservation of power electric weight carries out Pre-Evaluation, forms the Pre-Evaluation report;
Carry out the calculating of conservation of power electric weight according to the data of base period collection, analyze energy-saving potential, space and the feasibility of Energy-saving Projects, and form the Pre-Evaluation report, to improve project alternative and to provide guiding suggestion as project implementation.
4) carrying out Energy-saving Projects implements.
5) determine the Energy-saving Projects statistical report phase, set up rear mathematical model evaluate and collect statistical report phase related elements parameter and service data;
Statistical report phase time hourage must equal time base period hourage, namely 8760h(365 days), the rear assessment conservation of power electric weight mathematical model of foundation is respectively:
Conservation of power Δ after reactive-load compensation (Δ P) is:
Consider on-site actual situations, reactive power compensator is not to be parallel in electrical network always, and actual is to carry out as required switching, and the amount of electricity saving Δ (Δ E) that carries out after reactive-load compensation can be represented by the formula:
Data of need collecting and being described in detail as follows:
Q' is reactive power requirement after the reactive-load compensation of statistical report phase; Q
CBe the specified compensation capacity of reactive power compensator; R is all serial connection power circuits and the transformer reduction equivalent resistance to a certain electric pressure in item boundaries; K is the reactive power compensator loss factor, is provided by producer.Be capacitor as compensation system, K=tg δ, wherein tg δ is dielectric loss angle tangent, is as the criterion with factory-said value, the common dielectric loss angle tangent of capacitor sees attached list A; U
NBe reduction point rated voltage; Δ (Δ P
i) be the economize on electricity power under i kind operating mode; T
iIt is the compensation system working time under i kind operating mode.
For convenience of calculating, only calculate for the amount of electricity saving under one month 30 days (720h) 5 kinds of operating modes herein, then estimate again annual amount of electricity saving according to monthly amount of electricity saving.5 kinds of operating conditions and required collection parameter see Table 2.
By economize on electricity power formula as can be known, work as Q
CWhen all getting maximal value with Q ', obtain maximum economize on electricity power.
Table 2 reactive-load compensation conservation of power and electrical measurement and checking reckoner
6) Energy-saving Projects is implemented rear actual conservation of power electric weight and carry out rear assessment, form and measure and verify report;
Carry out the calculating of conservation of power electric weight according to the data that the statistical report phase gathers, for energy saving profit provides reliable basis.And be analyzed with the Pre-Evaluation report, and formation is measured and verifies report, the part of finding out shortcomings, practicality and the generalization of raising Energy-saving Projects.
Above-mentionedly be the whole flow process of reactive-load compensation project, whole clear process ground has presented mathematical model and the Pre-Evaluation report of the choosing of the determining of border and measurement and proof scheme, base period and statistical report phase time hourage, Pre-Evaluation and rear assessment conservation of power electric weight and has measured and checking report formation.Analyze the relatively result of Pre-Evaluation and rear assessment, both has a certain distance as can be known, mainly because Pre-Evaluation stage forecast demand operating mode causes, should carry out objectively Pre-Evaluation in project afterwards, could obtain correct Energy-saving Projects value.
Adjustment and enforcement that the conservation of power electric weight relation that the statistical report after date continues the later stage Energy-saving Projects, therefore after tackling the statistical report phase, lasting conservation of power electric weight is estimated, specifically can carry out load prediction accurately according to enterprise customer's the production schedule, extension, the market demand, to obtain relatively accurate load condition, estimate long-term conservation of power electric weight, offering suggestions property of enforcement reference for the later stage Energy-saving Projects, and variation according to circumstances, project alternative is made due adjustment, to obtain best energy-saving benefit.
Should be noted that at last: above embodiment is only in order to illustrate that technical scheme of the present invention is not intended to limit, although with reference to above-described embodiment, the present invention is had been described in detail, those of ordinary skill in the field are to be understood that: still can modify or be equal to replacement the specific embodiment of the present invention, and do not break away from any modification of spirit and scope of the invention or be equal to replacement, it all should be encompassed in the middle of claim scope of the present invention.
Claims (11)
1. measurement and a verification method that is used for Energy-saving Projects conservation of power electric weight, is characterized in that, is evaluated as the project energy saving profit after the Pre-Evaluation by base period and statistical report phase data are provided; Described method comprises the steps:
1) identify project before Energy-saving Projects is implemented border and project Te st grogram;
2) determine the Energy-saving Projects base period, set up the Pre-Evaluation mathematical model and collect base period related elements parameter and service data;
3) in described base period, Energy-saving Projects is carried out Pre-Evaluation, form the Pre-Evaluation report;
4) judge whether that carrying out Energy-saving Projects according to described Pre-Evaluation report implements, be to carry out Energy-saving Projects to implement, otherwise finish to measure and verification method;
5) determine the Energy-saving Projects statistical report phase, set up rear mathematical model evaluate and collect statistical report phase related elements parameter and service data;
6) Energy-saving Projects is implemented rear actual conservation of power electric weight and carry out rear assessment, form and measure and verify report;
7) estimate long-term conservation of power electric weight according to described measurement and checking report, for correction and the enforcement of later stage Energy-saving Projects scheme provides data.
2. project implementation flow process as claimed in claim 1, is characterized in that, identify project before the described Energy-saving Projects of step 1) is implemented border and project survey and proof scheme are namely determined coverage and amount of energy saving Te st grogram after Energy-saving Projects is implemented.
3. project implementation flow process as claimed in claim 1, it is characterized in that, step 2) be identified for the time hourage of project calculated savings quantity of electricity in base period at described Energy-saving Projects, in this time period, on the estimation load condition is set up the Pre-Evaluation mathematical model, and collects described related elements parameter and service data by harvester or the mode of consulting.
4. project implementation flow process as claimed in claim 3, is characterized in that step 2) the described related elements parameter of base period determines according to Te st grogram and modeling object.
5. project implementation flow process as claimed in claim 1, is characterized in that step 2) the described service data of base period comprises the data of electric current, voltage, active power, reactive power, relative harmonic content, flow, cold or illumination.
6. project implementation flow process as claimed in claim 1, is characterized in that, the described related elements parameter of step 5) statistical report phase is determined according to Te st grogram and modeling object.
7. project implementation flow process as claimed in claim 6, is characterized in that, the described related elements parameter of step 5) statistical report phase is obtained by reference device account and related elements technical specification or the laboratory report data of dispatching from the factory.
8. project implementation flow process as claimed in claim 1, is characterized in that, the described service data of step 5) statistical report phase comprises the data of electric current, voltage, active power, reactive power, relative harmonic content, flow, cold or illumination.
9. project implementation flow process as claimed in claim 8, is characterized in that, the described service data of step 5) statistical report phase is by following harvester collection: measuring instrument, power quality analyzer, power analyzer or flue gas analyzer.
10. project implementation flow process as claimed in claim 1, is characterized in that, the conservation of power electric weight of step 3) Pre-Evaluation is the poor of the energy consumption before the emulation project implementation under energy consumption and forecast demand operating mode after the project implementation after the emulation project implementation.
11. project implementation flow process as claimed in claim 1 is characterized in that, the conservation of power electric weight of assessing after step 6) is the poor of the energy consumption before the emulation project implementation under energy consumption actual after the project implementation and the actual load operating mode after the project implementation.
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| CN105158555B (en) * | 2015-08-18 | 2018-11-09 | 中国电力科学研究院 | A kind of distribution line booste operation saves measurement and the verification method of quantity of electricity |
| CN106557870A (en) * | 2016-11-03 | 2017-04-05 | 国网河南节能服务有限公司 | A kind of energy potential evaluation method for electrical network energy contract mangement project |
| CN107644297A (en) * | 2017-09-28 | 2018-01-30 | 中国标准化研究院 | A kind of energy-saving of motor system amount calculates and verification method |
| CN113988821A (en) * | 2021-11-25 | 2022-01-28 | 建德市安泰科技咨询有限公司 | Project energy-saving assessment consultation system and assessment method |
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