Evaluate system reliability and resilience to meet critical events with confidence

Proactive Situational Awareness

Overview

Evaluate contingencies automatically using a unified ETAP digital twin of the current operating conditions. Empower engineering and operations to meet any event with confidence. Situational Intelligence enables the simulation of critical events and contingencies before they occur to evaluate system reliability and resilience. It continuously assesses potential events against current operating conditions and presents contingency responses in an intuitive interface. This helps pinpoint scenarios that could affect electrical system stability, and identifies specific equipment that may trigger alerts. By validating continuous process changes and indicating out of normal conditions, remediation actions can be tested in a simulated environment and contingency responses can be monitored over time.

Key Features

Periodic Event Monitoring:

• Evaluate each potential event periodically, before it happens within your current operating conditions. Intuitive Assessment:
• Visualize all contingency responses within a user-friendly interface, identifying which scenarios are potentially problematic for overall electrical system stability.
• Expand each contingency to highlight the specific electrical equipment which will result in an alert.   Simulate Remediation and Response:
• Evaluate remediation actions to address the contingency in a simulation environment.
• Track your electrical systems contingency response through time, to evaluate reliability and resilience through various operating conditions

Simulate critical events and contingencies before they occur

• Loss of power supply from the utility
• Trip of a generation asset
• Loss of critical load
• Startup of a large motor
• Execution of common switch plans
• and many other disturbances

Benefits

• Automatic simulation pinpoints potential events continually
• Avoid unforeseen operator errors
• Recognize and correct potential hidden problems
• Prevent system interruptions
• Identify patterns where the electrical system is less resilient to events