Test Suite Specification
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1 Suite Specification
2 Suite Specification Signals s Plans System
3 Suite Specification Signals s Plans System Purpose
4 Suite Specification Signals s Plans System Procedures and requirements for test labs participating in IEEE ICAP certification program Purpose In accordance with Smart Grid Interoperability Panel (SGIP) Interoperability Process Reference Manual (IPRM) Unambiguous test plans More specific than requirements of performance standard
5 Suite Specification Signals s Plans System Procedures and requirements for test labs participating in IEEE ICAP certification program Purpose In accordance with Smart Grid Interoperability Panel (SGIP) Interoperability Process Reference Manual (IPRM) Unambiguous test plans More specific than requirements of performance standard IEEE Std. C As amended by PC a Revised as the standard is revised
6 Suite Specification Signals s Plans System
7 Suite Specification Signals s Plans System Required features Optional
8 Suite Specification Signals s Plans System Rates: 50 : 10,25,50 60 : 10,12,15,20,30,60 Required features Performance Class P or M Time Sync Sources GPS or IRIG B or IEEE 1588 Optional
9 Suite Specification Signals s Plans System Rates: 50 : 10,25,50 60 : 10,12,15,20,30,60 Required features Performance Class P or M Time Sync Sources GPS or IRIG B or IEEE 1588 Optional reporting rates Multiple data transmission protocols Optional Multiple timing sources Ability to switch or holdover timing Multifunction devices
10 Suite Specification Signals s Plans System
11 Suite Specification Signals s Plans System Required capabilities Components
12 Suite Specification Signals s Plans System Required capabilities Provide timing reference to Provide voltage and current input signals to Receive measurements from Compare measurements to true reference Calculate TVE, FE, RFE and step test results Able to determine reporting latency Provide results documentation and raw data Components
13 Suite Specification Signals s Plans System Required capabilities Provide timing reference to Provide voltage and current input signals to Receive measurements from Compare measurements to true reference Calculate TVE, FE, RFE and step test results Able to determine reporting latency Provide results documentation and raw data Signal Sources Receiver for measurements Components Determine the true reference value Environmental Conditions Uncertainty Ratio (TUR)
14 Suite Specification Signals s Plans System
15 Suite Specification Signals s Plans System Nominal Voltage Nominal Current
16 Suite Specification Signals s Plans System Nominal Voltage Specified as 70 VRMS or 120 VRMS As determined by settings Nominal Current
17 Suite Specification Signals s Plans System Nominal Voltage Specified as 70 VRMS or 120 VRMS As determined by settings Nominal Current Specified as 5 ARMS or 1 ARMS As determined by settings
18 Suite Specification Signals s Plans System
19 Suite Specification Signals s Plans System
20 Suite Specification Signals s Plans System Steady State s Dynamic s Latency
21 Suite Specification Signals s Plans System Steady State s Frequency range tests (0.1 Hz increments across the reporting rate bandwidth) Harmonic distortion tests (50 Harmonics, individually) Out of band interfering signals tests (interharmonics added to nominal and off-nominal frequency fundamentals) Signal magnitude tests Dynamic s Latency
22 Suite Specification Signals s Plans System Steady State s Frequency range tests (0.1 Hz increments across the reporting rate bandwidth) Harmonic distortion tests (50 Harmonics, individually) Out of band interfering signals tests (interharmonics added to nominal and off-nominal frequency fundamentals) Signal magnitude tests Dynamic s Measurement bandwidth (modulation) tests Phase and magnitude modulation Ramp of system frequency tests (1 Hz/second positive and negative sweeps) Step tests (Positive and negative phase and magnitude steps) Latency
23 Suite Specification Signals s Plans System Steady State s Frequency range tests (0.1 Hz increments across the reporting rate bandwidth) Harmonic distortion tests (50 Harmonics, individually) Out of band interfering signals tests (interharmonics added to nominal and off-nominal frequency fundamentals) Signal magnitude tests Dynamic s Latency Measurement bandwidth (modulation) tests Phase and magnitude modulation Ramp of system frequency tests (1 Hz/second positive and negative sweeps) Step tests (Positive and negative phase and magnitude steps) Difference between the reported time stamp and the time the report leaves the
24 Suite Specification Signals s Plans System
25 Suite Specification Signals s Plans System under test settings results demonstrating performance
26 Suite Specification Signals s Plans System under test settings class reporting rate Nominal magnitudes Tracking and filter settings if applicable Environmental conditions during testing results demonstrating performance
27 Suite Specification Signals s Plans System under test settings class reporting rate Nominal magnitudes Tracking and filter settings if applicable Environmental conditions during testing results demonstrating performance Maximum TVE for each test run Maximum frequency error for each test run Maximum ROCOF error for each test run Step test response times Step test delay times Step test maximum overshoot/undershoot latency in seconds
28 Suite Specification Signals s Plans System
29 Suite Specification Signals s Plans System Requirements Performance Limits Methodology
30 Suite Specification Signals s Plans System Analog signal source magnitude and absolute phase shall be traceable to first principles as represented by national standards Requirements True (reference) value uncertainty shall be documented and verified calculations shall be verified to be compliant with IEEE Std. C Performance Limits Methodology
31 Suite Specification Signals s Plans System Analog signal source magnitude and absolute phase shall be traceable to first principles as represented by national standards Requirements True (reference) value uncertainty shall be documented and verified calculations shall be verified to be compliant with IEEE Std. C Performance Limits Uncertainty Ratio Signal Total Harmonic Distortion Methodology
32 Suite Specification Signals s Plans System Analog signal source magnitude and absolute phase shall be traceable to first principles as represented by national standards Requirements True (reference) value uncertainty shall be documented and verified calculations shall be verified to be compliant with IEEE Std. C Performance Limits Uncertainty Ratio Signal Total Harmonic Distortion Methodology Direct Measurement Transfer (not appropriate)
33 Suite Specification Signals s Plans System Questions?
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