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eLibrary > ASME PTC-46 Overall Plant Performance >

ASME PTC-46 Overall Plant Performance, 2015

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ASME PTC-46 Overall Plant Performance, 2015

CONTENTS
NOTICE
FOREWORD
ASME PTC COMMITTEE ROSTER
CORRESPONDENCE WITH THE PTC COMMITTEE
INTRODUCTION
Section 1 Object and Scope [Go to Page]
1-1 OBJECT
1-2 SCOPE
1-3 TEST UNCERTAINTY
1-4 REFERENCES
Section 2 Definitions and Descriptions of Terms [Go to Page]
2-1 DEFINITIONS OF CORRECTION FACTORS
2-2 TERMS
Section 3 Guiding Principles [Go to Page]
3-1 INTRODUCTION
3-2 TEST PLAN
3-3 TEST PREPARATIONS
3-4 CONDUCT OF THE TEST
3-5 CALCULATION AND REPORTING OF RESULTS
Section 4 Instruments and Methods of Measurement [Go to Page]
4-1 GENERAL REQUIREMENTS
4-2 PRESSURE MEASUREMENT
4-3 TEMPERATURE MEASUREMENT
4-4 HUMIDITY MEASUREMENT
4-5 FLOW MEASUREMENT
4-6 PRIMARY HEAT INPUT MEASUREMENT
4-7 ELECTRICAL GENERATION MEASUREMENT
4-8 GRID FREQUENCY
4-9 DATA COLLECTION AND HANDLING
Section 5 Calculations and Results [Go to Page]
5-1 FUNDAMENTAL EQUATIONS
5-2 MEASURED PLANT POWER AND HEAT INPUT TERMS IN THE FUNDAMENTAL EQUATIONS
5-3 PARTICULARIZING FUNDAMENTAL PERFORMANCE EQUATIONS TO SPECIFIC CYCLES AND TEST OBJECTIVES
5-4 DISCUSSION OF APPLICATION OF CORRECTION FACTORS
5-5 SPECIAL CONSIDERATIONS OF PERFORMANCE EQUATIONS AS APPLIED TO COMBINED CYCLES
5-6 SPECIAL CASE WHEN PIPING IS OUTSIDE THE TEST BOUNDARY
5-7 SPECIAL CONSIDERATIONS AS APPLIED TO STEAM TURBINE PLANTS
Section 6 Report of Results [Go to Page]
6-1 GENERAL REQUIREMENTS
6-2 EXECUTIVE SUMMARY
6-3 INTRODUCTION
6-4 CALCULATIONS AND RESULTS
6-5 INSTRUMENTATION
6-6 CONCLUSIONS
6-7 APPENDICES
Section 7 Test Uncertainty [Go to Page]
7-1 INTRODUCTION
7-2 PRETEST UNCERTAINTY ANALYSIS
7-3 POST-TEST UNCERTAINTY ANALYSIS
7-4 INPUTS FOR AN UNCERTAINTY ANALYSIS
Figures [Go to Page]
Fig. 3-1.5-1 Generic Test Boundary
Fig. 3-1.5-2 Typical Steam Plant Test Boundary
Fig. 3-1.5-3 Typical Combined Cycle Plant Test Boundary
Fig. 3-4.4.3-1 Three Post-test Cases
Fig. 4-2.6.2-1 Five-Way Manifold
Fig. 4-2.6.2-2 Water Leg Correction for Flow Measurement
Fig. 4-3.3.2.1-1 Four-Wire RTDs
Fig. 4-3.3.2.2-1 Three-Wire RTDs
Fig. 4-3.6.2-1 Flow-Through Well
Fig. 4-7.3.1-1 Three-Wire Metering System
Fig. 4-7.3.2-1 Four-Wire Metering System
Fig. 5-4.1.5-1 Typical Test Boundary for a Power Plant Requiring Application of Heat Sink Correction Factor, 5A or w5A
Fig. 5-4.1.5-2 Typical Test Boundary for a Power Plant Requiring Application of Heat Sink Correction Factor, 5B or w5B
Fig. 5-4.1.5-3 Typical Test Boundary for a Power Plant Requiring Application of Heat Sink Correction Factor, 5C or w5C
Fig. 5-7.3-1 Output Versus Throttle Steam Flow
Fig. 5-7.4-1 Typical Test Boundary for a Reheat Rankine Steam Cycle Power Plant
Fig. B-2-1 Cycle Diagram and Test Boundary
Fig. B-6-1 Correction to Heat Input for Thermal Efflux
Fig. B-6-2 Correction to Heat Input for Gas Turbine Power Factor
Fig. B-6-3 Correction to Heat Input for Steam Turbine Power Factor
Fig. B-6-4 Correction to Heat Input for HP Blowdown
Fig. B-6-5 Correction to Heat Input for Excess Cycle Makeup
Fig. B-6-6 Correction to Heat Input for Steam Turbine Condenser Pressure
Fig. B-6-7 Correction to Heat Input for Measured Power Different Than Design
Fig. B-6-8 Correction to Heat Rate for Inlet Air Temperature
Fig. B-6-9 Correction to Heat Rate for Ambient Pressure
Fig. B-6-10 Correction to Heat Rate for Fuel Temperature
Fig. B-6-11 Correction to Heat Rate for Fuel Analysis
Fig. C-1-1 Test Boundary for Combined Cycle/Cogeneration Plant With External Cooling Source
Fig. C-5-1 Inlet Temperature Correction Factors
Fig. C-5-2 Inlet Pressure Correction Factors
Inlet
Fig. C-5-4 Net Process Steam Energy Correction Factors
Fig. C-5-5 Blowdown Flow Correction Factors
Fig. C-5-6 Condenser Cooling Temperature Correction Factors
Fig. D-1-1 Gas Turbine Inlet Temperature Correction Curve
Fig. D-1-2 Inlet Air Condition Difference Between Cooling Tower and Gas Turbine
Fig. E-3.3-1 Change in Heat Input vs. Process Steam Flow
Fig. E-3.3-2 Change in Heat Input vs. Process Steam Temperature
Fig. E-3.3-3 Change in Heat Input vs. Steam Turbine Generator Power Factor
Fig. E-3.3-4 Change in Heat Input vs. Ambient Temperature
Fig. E-3.3-5 Change in Heat Input vs. Relative Humidity
Fig. E-3.3-6 Change in Heat Input vs. River Water Temperature
Fig. E-3.3-7 Change in Heat Input vs. Auxiliary Loads
Fig. E-3.3-8 Change in Heat Input vs. Change in Net Output
Fig. E-3.4-1 Change in Net Output vs. Process Steam Flow
Fig. E-3.4-2 Change in Net Output vs. Process Steam Pressure
Fig. E-3.4-3 Change in Net Output vs. Process Steam Temperature
Fig. E-3.4-4 Change in Net Output vs. Steam Turbine Generator Power Factor
Fig. E-3.4-5 Change in Net Output vs. Makeup Temperature
Fig. E-3.4-6 Change in Net Output vs. River Water Temperature
Fig. E-3.4-7 Change in Net Output vs. Change in Throttle Flow
Fig. E-3.4-8 Change in Boiler Output vs. Process Steam Flow
Fig. E-3.4-9 Change in Boiler Output vs. Change in Throttle Flow
Fig. E-3.5-1 Design Case 1 (U.S. Customary Units)
Fig. E-3.5-1M Design Case 1 (SI Units)
Fig. E-3.5-2 Test Run 1A (U.S. Customary Units)
Fig. E-3.5-2M Test Run 1A (SI Units)
Fig. E-3.5-3 Test Run 1B (U.S. Customary Units)
Fig. E-3.5-3M Test Run 1B (SI Units)
Fig. E-3.5-4 Test Run 1C (U.S. Customary Units)
Fig. E-3.5-4M Test Run 1C (SI Units)
Fig. E-3.5-5 Design Case 2 (U.S. Customary Units)
Fig. E-3.5-5M Design Case 2 (SI Units)
Fig. E-3.5-6 Test Run 2A (U.S. Customary Units)
Fig. E-3.5-6M Test Run 2A (SI Units)
Fig. E-3.5-7 Test Run 2B (U.S. Customary Units)
Fig. E-3.5-7M Test Run 2B (SI Units)
Fig. E-3.5-8 Test Run 2C (U.S. Customary Units)
Fig. E-3.5-8M Test Run 2C (SI Units)
Fig. F-3-1 Combined Cycle Plant Air-Cooled Condenser-Process Flow Diagram
Fig. F-8-1 Correction to Power for Gas Turbine Generator Power Factor (U.S. Customary Units)
Fig. F-8-1M Correction to Power for Gas Turbine Generator Power Factor (SI Units)
Fig. F-8-2 Correction to Power for Steam Turbine Generator Power Factor (U.S. Customary Units)
Fig. F-8-2M Correction to Power for Steam Turbine Generator Power Factor (SI Units)
Fig. F-8-3 Correction to Power for ACC Inlet Dry Bulb Temperature (U.S. Customary Units)
Fig. F-8-3M Correction to Power for ACC Inlet Dry Bulb Temperature (SI Units)
Fig. F-8-4 Correction to Power for Ambient Dry Bulb Temperature (U.S. Customary Units)
Fig. F-8-4M Correction to Power for Ambient Dry Bulb Temperature (SI Units)
Fig. F-8-5 Correction to Heat Rate for Ambient Dry Bulb Temperature (U.S. Customary Units)
Fig. F-8-5M Correction to Heat Rate for Ambient Dry Bulb Temperature (SI Units)
Fig. F-8-6 Correction to Power for Barometric Pressure (U.S. Customary Units)
Fig. F-8-6M Correction to Power for Barometric Pressure (SI Units)
Fig. F-8-7 Correction to Heat Rate for Barometric Pressure (U.S. Customary Units)
Fig. F-8-7M Correction to Heat Rate for Barometric Pressure (SI Units)
Fig. F-8-8 Correction to Power for Ambient Relative Humidity (U.S. Customary Units)
Fig. F-8-8M Correction to Power for Ambient Relative Humidity (SI Units)
Fig. F-8-9 Correction to Heat Rate for Ambient Relative Humidity (U.S. Customary Units)
Fig. F-8-9M Correction to Heat Rate for Ambient Relative Humidity (SI Units)
Fig. F-8-10 Correction to Power for Fuel Composition (U.S. Customary Units)
Fig. F-8-10M Correction to Power for Fuel Composition (SI Units)
Fig. F-8-11 Correction to Heat Rate for Fuel Composition (U.S. Customary Units)
Fig. F-8-11M Correction to Heat Rate for Fuel Composition (SI Units)
Fig. F-8-12 Correction to Power and Heat Rate for Evaporative Cooler Performance (U.S. Customary Units)
Fig. F-8-12M Correction to Power and Heat Rate for Evaporative Cooler Performance (SI Units)
Fig. H-4-1
Fig. H-5.2.2-1
Tables [Go to Page]
Table 1-3-1 Largest Allowable Test Uncertainties
Table 2-1.1-1 Symbols
Table 2-1.1-2 Subscripts
Table 3-1.4.1-1 Guidance for Establishing Permissible Deviations From Design (All ± Values)
Table 3-1.10-1 Design, Construction, and Start-up Considerations
Table 3-4-1 Typical Pretest Stabilization Periods
Table 3-4-2 Recommended Minimum Test Run Durations
Table 4-2.6.2-1 Units and Conversion Factor for Water Leg Correction for Flow Measurement
Table 4-5.1-1 Recommendations for Differential Pressure Meters for Different Applications
Table 4-5.3.1-1 Units and Conversion Factor for Mass Flow Through a Differential Pressure Class Meter
Table 4-5.3.1-2 Summary Uncertainty of Discharge Coefficient and Expansion Factor
Table 4-7.3-1 Metering Method Restrictions Summary
Table 5-1-1 Summary of Additive Correction Factors in Fundamental Performance Equations
Table 5-1-2 Summary of Multiplicative Correction Factors in Fundamental Performance Equations
Table 5-3.4-1 Examples of Typical Cycles and Test Objectives — Corresponding Specific Performance Equations
Table 5-5.3-1 Required Test Series for Phased Construction Combined Cycle Plants
Table A-4-1 Reference and Measured Conditions
Table A-5-1 Measured Results
Table A-6-1 Required Corrections and Correction Factors
Table A-7-1 Correction Factors Not Required
Table A-9-1 Correction Factors
Table B-4-1 Reference Conditions
Table B-5-1 Required Correction Factors
Table B-5-2 Measured Data
Table B-7-1 Peformance Corrections
Table C-4-1 Applicable Correction Factors
Table C-5-1 Inlet Temperature Correction Factors
Table C-5-2 Barometric Pressure Correction Factors
Table C-5-3 Inlet Relative Humidity Correction Factors
Table C-5-4 Net Process Steam Energy Correction Factors
Table C-5-5 Blowdown Flow Correction Factors
Table C-5-6 Condenser Cooling Temperature Correction Factors
Table C-6-1 Measured Data
Table C-6-2 Calculated Values
Table C-6-3 Correction Factor Values
Table C-6-4 Calculated Values
Table E-3.1-1 Example of Test Boundary Conditions for Supercritical Unit — Case 1
Table E-3.1-2 Case 1 Measured Data
Table E-3.1.1-1 Case 1 Corrected Test Results
Table E-3.2-1 Example of Test Boundary Conditions for Supercritical Unit — Case 2
Table E-3.2-2 Case 2 Measured Test Data
Table E-3.2.1-1 Case 2 Corrected Test Results
Table F-4-1 Performance Test Measurements and Instruments
Table F-5-1 Performance Reference Conditions
Table F-6-1 Performance Test 1 Measured Conditions
Table F-6-2 Performance Test 2 Measured Conditions
Table F-6-3 Performance Test 3 Measured Conditions
Table F-6-4 Performance Test 4 Measured Conditions
Table F-6-5 Evaporative Cooler Test Averages
Table F-7-1 Summary of Additive Correction Factors
Table F-7-2 Summary of Multiplicative Correction Factors
Table F-8-1 Summary of Correction Curve Coefficients (SI Units)
Table F-8-2 Summary of Correction Curve Coefficients (U.S. Customary Units)
Table F-9-1 Summary of Measured Parameters, Corrections, and Results (SI Units)
Table F-9-2 Summary of Measured Parameters, Corrections, and Results (U.S. Customary Units)
Table F-12-1 Pressure Transmitter Operating and Vendor Information
Table F-12.3-1 Pressure Transmitter Reference Uncertainty/Calibration Uncertainty
Table F-12.4-1 Ambient Temperature Effect
Table F-12.6-1 Line Pressure Effect Span Error
Table F-12.11-1 Total Pressure Transmitter Performance Specification Uncertainty
Table F-13-1 Thermistor Operating and Vendor Information
Table F-13.5-1 Total Thermistor Performance Specification Uncertainty
Table F-13.10-1 Thermal Electric Potentials for Common Types of Connections
Table F-13.10-2 Total DAS Performance Specification Uncertainty
Table F-13.10-3 Total Thermistor Temperature Measurement Systematic Uncertainty
Table F-14.6-1 Total Humidity Transmitter Performance Specification Uncertainty
Table F-15.1-1 Power Meter Stated Accuracy Systematic Uncertainty
Table F-15.6-1 Total Power Meter Performance Specification Uncertainty
Table F-15.6-2 Total Transformer Uncertainty
Table F-15.6-3 Total Power Systematic Measurement Uncertainty
Table F-16.1-1 Calibration Gas Uncertainty
Table F-16.2-1 Converted ASTM D1945 Reproducibility
Table F-16.2-2 Relative Reproducibility for Test 1 and Test 2
Table F-16.2-3 Relative Reproducibility for Test 3 and Test 4
Table F-16.3-1 Total Fuel Constituent Performance Specification Uncertainty for Test 1
Table F-16.3-2 Total Fuel Constituent Performance Specification Uncertainty for Test 2
Table F-16.3-3 Total Fuel Constituent Performance Specification Uncertainty for Test 3
Table F-16.3-4 Total Fuel Constituent Performance Specification Uncertainty for Test 4
Table F-17-1 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 1)
Table F-17-2 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 2)
Table F-17-3 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 3)
Table F-17-4 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 4)
Table F-17-5 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 1)
Table F-17-6 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 2)
Table F-17-7 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 3)
Table F-17-8 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 4)
Table F-17-9 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 1)
Table F-17-10 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 2)
Table F-17-11 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 3)
Table F-17-12 Plant Fuel Flow Post-test Systematic Uncertainty Analysis (Test Run 4)
Table F-19-1 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 1)
Table F-19-2 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 2)
Table F-19-3 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 3)
Table F-19-4 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 4)
Table F-19-5 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 1)
Table F-19-6 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 2)
Table F-19-7 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 3)
Table F-19-8 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 4)
Table F-19-9 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 1)
Table F-19-10 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 2)
Table F-19-11 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 3)
Table F-19-12 Plant Fuel Flow Post-Test Uncertainty Analysis (Test Run 4)
Table F-20-1 Summary of Instrument Systematic Uncertainty
Table F-21-1 Summary of Spatial Systematic Uncertainty
Table F-21-2 Calculation of Systematic Uncertainty Due to Spatial Variation (Compressor Inlet Temperature in °C)
Table F-21-3 Calculation of Systematic Uncertainty Due to Spatial Variation (Compressor Inlet Temperature in °F)
Table F-21-4 Calculation of Systematic Uncertainty Due to Spatial Variation (Filter House Temperature in °C)
Table F-21-5 Calculation of Systematic Uncertainty Due to Spatial Variation (Filter House Temperature in °F)
Table F-21-6 Calculation of Systematic Uncertainty Due to Spatial Variation (ACC Dry Bulb Temperature in °C)
Table F-21-7 Calculation of Systematic Uncertainty Due to Spatial Variation (ACC Dry Bulb Temperature in °F)
Table F-23-1 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 1)
Table F-23-2 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 2)
Table F-23-3 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 3)
Table F-23-4 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 4)
Table F-23-5 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 1)
Table F-23-6 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 2)
able F-23-7 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 3)
Table F-23-8 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 4)
Table F-23-9 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 1)
Table F-23-10 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 2)
Table F-23-11 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 3)
Table F-23-12 Corrected Net Plant Output and Net Plant Heat Rate Post-test Uncertainty Analysis (Test Run 4)
Table F-23-13 Uncertainty Analysis Summary, SI Units
Table F-23-14 Uncertainty Analysis Summary, U.S. Customary Units
Table F-24-1 Calculation of Standard Deviation of the Mean (Plant Supply Fuel Flow DP for Test Run 1, cm-H2O)
Table F-24-2 Calculation of Standard Deviation of the Mean (Plant Supply Fuel Flow DP for Test Run 1, in.-H2O)
Table F-24-3 Calculation of Standard Deviation of the Mean (Plant Supply Fuel Flow Pressure for Test Run 1, bara)
Table F-24-4 Calculation of Standard Deviation of the Mean (Plant Supply Fuel Flow Pressure for Test Run 1, psia)
Table F-24-5 Calculation of Standard Deviation of the Mean (ACC Inlet Dry Bulb Temperature for Test Run 1, °C)
Table F-24-6 Calculation of Standard Deviation of the Mean (ACC Inlet Dry Bulb Temperature for Test Run 1, °F)
Table F-24-7 Summary of Student’s t Determination for Test Run 1
Table F-29-1 Evaporative Cooler Effectiveness Test Instrument Uncertainty
Table F-29-2 Evaporative Cooler Effectiveness Test Spatial Uncertainty
Table F-29-3 GT 1 Evaporative Cooler Effectiveness Post-test Uncertainty Analysis
Table F-29-4 GT 2 Evaporative Cooler Effectiveness Post-test Uncertainty Analysis
Table H-5.1-1 Example Table of Values
Table H-5.2-1 Example Table of Values
Table I-2-1 Example Change in Compressor Inlet Temperature for High Relative Humidity
Table I-2-2 Example Change in Compressor Inlet Temperature for Low Relative Humidity
NONMANDATORY APPENDICES [Go to Page]
NONMANDATORY APPENDIX A SAMPLE CALCULATIONS, COMBINED CYCLE COGENERATION PLANT WITHOUT DUCT FIRING [Go to Page]
A-1 GENERAL
A-2 CYCLE DESCRIPTION
A-3 TEST BOUNDARY DESCRIPTION
A-4 REFERENCE AND MEASURED CONDITIONS
A-5 MEASURED RESULTS [Go to Page]
A-5.1 Fundamental Equations Refer to Eqs. 5Ã3Ã1 and 5Ã3Ã2
A-6 REQUIRED CORRECTIONS AND CORRECTION FACTORS
A-7 CORRECTIONS NOT REQUIRED
A-8 CORRECTION CURVES AND FITTED EQUATIONS
A-9 DISCUSSION
NONMANDATORY APPENDIX B SAMPLE CALCULATIONS, COMBINED CYCLE COGENERATION PLANT WITH DUCT FIRING [Go to Page]
B-1 GENERAL
B-2 CYCLE DESCRIPTION AND UNIT DESCRIPTION
B-3 TEST BOUNDARY DESCRIPTION
B-4 TABLE OF REFERENCE CONDITIONS
B-5 REQUIRED CORRECTION FACTORS
B-6 CORRECTION CURVES AND FITTED EQUATIONS
B-7 SAMPLE CALCULATIONS AND RESULTS
NONMANDATORY APPENDIX C SAMPLE CALCULATIONS, COMBINED CYCLE COGENERATION PLANT WITHOUT DUCT FIRING [Go to Page]
C-1 INTRODUCTION
C-2 TEST BOUNDARY
C-3 TEST REFERENCE CONDITION
C-4 CORRECTION FACTORS
C-5 CORRECTED CURVES AND FITTED EQUATIONS
C-6 SAMPLE CALCULATION AND RESULTS
C-7 DISCUSSION OF RESULTS
NONMANDATORY APPENDIX D REPRESENTATION OF CORRECTION FOR DIFFERENT HEAT SINK TEMPERATURE THAN GAS TURBINE AIR INLET TEMPERATURE Delta5 OR omega5, IF NECESSARY, FOR A TYPICAL COMBINED CYCLE PLANT [Go to Page]
D-1 GENERAL
NONMANDATORY APPENDIX E SAMPLE CALCULATION OF A COAL-FIRED SUPERCRITICAL CONDENSING STEAM TURBINE BASED PLANT [Go to Page]
E-1 CYCLE DESCRIPTION
E-2 TEST BOUNDARY DESCRIPTION
E-3 GENERAL DESCRIPTION OF TEST CASES, MODELS, AND CORRECTIONS [Go to Page]
E-3.1 Case 1 Sample Calculation: Specified Measured Output [Go to Page]
E-3.1.1 Corrected Output.
E-3.1.2 Corrected Fuel Energy Input and Corrected Heat Rate.
E-3.2 Case 2 Sample Calculation: Specified Steam Flow [Go to Page]
E-3.2.1 Corrected Output.
E-3.2.2 Corrected Fuel Boiler Output and Corrected Heat Rate.
E-3.3 Case 1 Correction Curves
E-3.4 Case 2 Correction Curves
E-3.5 Design Cases and Test Runs
NONMANDATORY APPENDIX F SAMPLE UNCERTAINTY CALCULATION: COMBINED CYCLE PLANT WITHOUT DUCT FIRING [Go to Page]
F-1 INTRODUCTION
F-2 CYCLE DESCRIPTION AND UNIT DISPOSITION
F-3 TEST BOUNDARY DESCRIPTION
F-4 MEASUREMENTS
F-5 REFERENCE CONDITIONS
F-6 MEASURED CONDITIONS
F-7 FUNDAMENTAL EQUATIONS AND APPLICABLE CORRECTIONS
F-8 CORRECTION CURVES AND POLYNOMIAL EQUATIONS
F-9 SAMPLE CALCULATIONS AND CORRECTED TEST RESULT
F-10 UNCERTAINTY ANALYSIS APPROACH
F-11 UNCERTAINTY ANALYSIS GENERAL EQUATIONS AND TERMS
F-12 PRESSURE TRANSMITTER SYSTEMATIC UNCERTAINTY ANALYSIS [Go to Page]
F-12.1 Stated Accuracy
F-12.2 Calibration Uncertainty
F-12.3 Stated Uncertainty Reference Uncertainty/Calibration Uncertainty RU/CU
F-12.4 Ambient Temperature Effect TE
F-12.5 Line Pressure Effect Zero Error LPZE
F-12.6 Line Pressure Effect Span Error LPSE
F-12.7 Mounting Position Effect MPE
F-12.8 Vibration Effect VE
F-12.9 Power Supply Effect PSE
F-12.10 RFI Effect RFIE
F-12.11 Data Acquisition Effect DAE
F-13 THERMISTOR TEMPERATURE MEASUREMENT SYSTEMATIC UNCERTAINTY ANALYSIS [Go to Page]
F-13.1 Thermistor Stated Accuracy Reference Uncertainty/Calibration Uncertainty TRU/CU
F-13.2 Thermistor Environmental Effect TEE
F-13.3 Thermistor Stability Effects TSE
F-13.4 Thermistor Self Heating Effects TSHE
F-13.5 Thermistor Heat Transfer Effects THTE
F-13.6 DAS Stated Accuracy Reference Uncertainty/Calibration Uncertainty DRU/CU
F-13.7 DAS Environmental Test Effect DEE
F-13.8 DAS Stability Effects DSE
F-13.9 DAS Parasitic Resistance Effect DPRE
F-13.10 DAS Parasitic Voltage Effect DPVE
F-14 RELATIVE HUMIDITY TRANSMITTER SYSTEMATIC UNCERTAINTY ANALYSIS [Go to Page]
F-14.1 Stated Accuracy Reference Uncertainty/Calibration Uncertainty RU/CU
F-14.2 Ambient Temperature Effect TE
F-14.3 Vibration Effect VE
F-14.4 Power Supply Effect PSE
F-14.5 RFI Effect RFIE
F-14.6 Data Acquisition Effect DAE
F-15 POWER METER SYSTEMATIC UNCERTAINTY ANALYSIS [Go to Page]
F-15.1 Power Meter Stated Accuracy TRU/CU
F-15.2 Ambient Temperature Effect TE
F-15.3 Power Factor Effect PFE
F-15.4 Input Range Effect IRE
F-15.5 Line Filter Effect LFE
F-15.6 Aging Effect AE
F-16 FUEL ANALYSIS/HEATING VALUE/COMPRESSIBILITY/MOISTURE CONTENT SYSTEMATIC UNCERTAINTY ANALYSIS [Go to Page]
F-16.1 Calibration Gas Composition Uncertainty CGCU
F-16.2 Chromatograph Method Effect CME
F-16.3 Gas Sampling Method Effect GSME
F-17 PLANT FUEL FLOW SYSTEMATIC UNCERTAINTY
F-18 INSTRUMENT SYSTEMATIC UNCERTAINTY
F-19 SENSITIVITY ANALYSIS
F-20 SUMMARY OF INSTRUMENT SYSTEMATIC UNCERTAINTY
F-21 SPATIAL SYSTEMATIC UNCERTAINTY
F-22 DATA REDUCTION UNCERTAINTY
F-23 OVERALL SYSTEMATIC UNCERTAINTY
F-24 RANDOM UNCERTAINTY
F-25 TOTAL MEASUREMENT UNCERTAINTY
F-26 SYSTEMATIC UNCERTAINTY OF CORRECTED RESULT
F-27 RANDOM UNCERTAINTY OF CORRECTED RESULT
F-28 TOTAL UNCERTAINTY OF CORRECTED RESULT
F-29 UNCERTAINTY OF A SEPARATE EVAPORATIVE COOLER EFFECTIVENESS TEST
NONMANDATORY APPENDIX G ENTERING AIR CONDITIONS [Go to Page]
G-1 GENERAL
NONMANDATORY APPENDIX H METHODOLOGY TO DETERMINE PART LOAD TEST CORRECTED HEAT RATE AT A SPECIFIED REFERENCE CONDITION FOR A COMBINED CYCLE PLANT [Go to Page]
H-1 INTRODUCTION
H-2 BASIC ASSUMPTIONS
H-3 CONDUCTING THE TEST
H-4 CORRECTION METHOD
H-5 SAMPLE CALCULATIONS [Go to Page]
H-5.1 Example 1 Ambient Temperature Bivariate With Part Load Fraction [Go to Page]
H-5.1.1 Determination.
H-5.1.2 Solution. [Go to Page]
H-5-1.2.1 Determine the Ambient Temperature and Load Correction Factors for Heat Rate.
H-5-1.2.2 Calculate the Corrected Part Load Heat Rate.
H-5.2 Example 2 Ambient Temperature is Not Bivariate With Part Load Fraction [Go to Page]
H-5.2.1 Determination.
H-5.2.2 Solution. [Go to Page]
H-5.2.2.1 Determine the Load Correction Factor for Heat Rate.
H-5.2.2.2 Calculate the Corrected Part Load Heat Rate.
NONMANDATORY APPENDIX I PLANT TESTING WITH INLET AIR-CONDITIONING EQUIPMENT OUT OF SERVICE [Go to Page]
I-1 INLET AIR-CONDITIONING CONSIDERATIONS
I-2 EVAPORATIVE COOLERS AND FOGGERS [Go to Page]
I-3 OTHER INLET CONDITIONING SYSTEMS [Go to Page]

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ASME PTC-46 Overall Plant Performance, 2015

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