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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

Transient Stability

• Brochure | Fact Sheets

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.

Arc Flash Analysis

• Brochure

ETAP Arc Flash Analysis allows you to identify and analyze high risk arc flash areas in your electrical system, and it also allows simulation of several different methods used by engineers to mitigate high incident energy.

Motor Acceleration

• Brochure | Fact Sheets

The Motor Acceleration module enables engineers to thoroughly evaluate the impact of load changes to electric power systems.