Etap.PowerStation.v20

ETAP 20 series offers an impressive set of innovative, time-saving electrical safety capabilities, advanced renewable energy modeling & simulation tools, leading-edge co-simulation technology, and model-driven real-time network management solutions.  

ETAP 20.0.2 is the latest upgrade to the ETAP 20 series which improves response-time in editors.

Design Solutions
Auto-Arc-Flash
Arc Flash Auto-Evaluation  new-tag
Automated Arc Flash Evaluation
Quickly evaluate arc flash incident energy during protection & coordination study with time-saving features that significantly reduce costly modifications and mitigation equipment.

Automated arc flash energy evaluation
Constant Energy Boundary Area – C-area plots
Arc Energy Damage Point – Arc-Resistant Switchgear (C37.20.7)
Risk analysis based on multiple operating conditions and current variation
Arc Flash Evaluation Rulebook
Automatically evaluate Line, Bus, and Load-side faults
Global filters for new IEEE 1584-2018 rules and special conditions
DC-Arc-Flash
DC Arc Flash – Energy Subtraction Method  new-tag
Design, Calculate & Evaluate Safety for DC Systems
High accuracy arc flash analysis to calculate the incident energy for direct current applications

Incident Energy Subtraction Method
DC Arc Flash Calculator batch analysis
Update ‘worst-case’ scenario from Result Analyzer to DataBlocks
DC arc current reference TCC plot
eMPT
eMTP™  new-tag
ETAP Electromagnetic Transients Program
Dedicated EMTP software for analysis of power system transients.

Switching transient
Insulation coordination
Lightning surges
Renewable energy generation
Sub-synchronous oscillations
FACTS and electronic converters
CoSim
eMTCoSim™  new-tag
CoSimulation of Electromagnetic & Phasor Transients
Perform accurate and detailed multi-domain Phasor (RMS) and Electromagnetic transients (EMT) studies with ETAP Transient Stability and eMTP.

Single-domain or multiple-domain co-simulation
Watch your transient simulations in action with Live Charts for multiple components & variables
Simulate large networks in high-fidelity.