ETAP

Comprehensive Electrical Power System Analysis, Design, and Operation

ETAP (Electrical Transient Analyzer Program) is a leading software platform for the design, simulation, operation, and automation of electrical power systems. Trusted by engineers globally, ETAP provides an integrated suite of tools to model, analyze, and optimize power networks, ensuring their reliability, safety, and efficiency across various industries, including utilities, industrial plants, oil & gas, renewable energy, and critical infrastructure.

ETAP empowers electrical engineers and power professionals to:

Model and Design Power Systems: Create detailed one-line diagrams and intelligent models of AC and DC power systems, incorporating a vast library of electrical components and equipment. This forms the foundation for all subsequent analyses.
Perform Comprehensive Electrical Analysis: Conduct a wide range of critical studies including:
- Load Flow Analysis: Determine voltage drops, power losses, and power factor to optimize system performance.
- Short Circuit Analysis: Calculate fault currents based on industry standards (ANSI, IEC) to ensure proper equipment sizing and protection.
- Arc Flash Analysis: Evaluate arc flash hazards to enhance personnel safety and ensure compliance with safety regulations.
- Protection Coordination: Design, analyze, and verify protective device settings to ensure selective tripping and system reliability.
- Motor Starting Analysis: Simulate motor starting effects on the power system to prevent voltage sags and equipment damage.
- Transient Stability Analysis: Assess system stability and dynamic performance under various disturbances.
Optimize System Performance and Reliability: Identify potential bottlenecks, predict equipment behavior, and optimize system configuration to enhance operational efficiency, reduce downtime, and improve overall system reliability.
Facilitate Digital Twin Creation: Develop a digital twin of your power system for real-time monitoring, predictive maintenance, and operational decision-making, bridging the gap between design and live operation.
Ensure Compliance and Safety: Adhere to international electrical standards and safety regulations by validating designs and operational procedures through accurate simulation.