Centre de Ressources

Comparison of ETAP Unbalanced Load Flow Results Against a Published IEEE 13-Bus Feeder System Case #1

• QA Validation Test Cases

Comparison with PTI PSS/E Simulation Results Case #5

• QA Validation Test Cases

Comparison with 9-Bus Multi-Machine System Benchmark Case #4

• QA Validation Test Cases

Comparison with Field Measurements from a Digital Fault Recorder Case #3

• QA Validation Test Cases

Comparison with I.E.E. Japan (IEEJ) Electrical Power System Standard Benchmark Case #2

• QA Validation Test Cases

Comparison with Field Measurement Data for Generator Start-Up Condition Case #1

• QA Validation Test Cases

Comparison of ETAP Short-Circuit IEC Calculations against Published Example Case #1

• QA Validation Test Cases

Comparison of ETAP 3-Phase Duty Short-Circuit Calculations against Published IEEE Std 399-1997 Example Case #3

• QA Validation Test Cases

Comparison of ETAP Unbalanced Short-Circuit results against Published values Case #2

• QA Validation Test Cases

Comparison of Short-Circuit Results against Hand Calculations based on Application Engineering Information Case #1

• QA Validation Test Cases

Comparison of ETAP Motor Starting Results Against Transient Stability Case #2

• V & V Documentation

Comparison of ETAP Motor Starting with Torque Control Against Hand Calculated Results Case #1

• V & V Documentation

Comparison of ETAP Load Flow Results against a Published Example Case #3

• V & V Documentation

Comparison of ETAP Load Flow Results Against a Published Example Case #2

• V & V Documentation

Comparison of ETAP Load Flow Results Against a Published Textbook Example Case #1

• V & V Documentation

Comparison of ETAP Harmonic Analysis Results Against IEEE Example

• V & V Documentation

ETAP Validation Cases and Comparison Results

• V & V Documentation

Comparison of ETAP Arc Flash Results Against IEEE C2-2023 (NESC) Case #2

• V & V Documentation

Comparison of ETAP Arc Flash Results Against IEEE Std. 1584-2018™ Published Results Case #1

• V & V Documentation

Stabilité transitoire

• Brochure | Fact Sheet

Transient Stability module enables engineers to accurately model system disturbances and events while performing studies such as load shedding, fast bus transfer, critical clearing time, and generator start-up.