Large motors and sudden load changes can destabilize a power system if not properly analyzed. Our dynamic studies ensure your system can withstand startup stresses, maintain voltage levels, and remain stable during and after disturbances.
Evaluates voltage drops, torque availability, and thermal loading during the startup of large or multiple motors—preventing nuisance trips and equipment failure.
Simulates how your power system responds to faults, switching, or generation disturbances, ensuring it recovers quickly and remains within operational limits.
Determines whether motors have sufficient torque to accelerate connected mechanical loads under varying electrical and environmental conditions.
Starting large motors without analysis can lead to significant voltage dips that affect nearby equipment, cause system instability, or overload upstream transformers.
It refers to the system’s ability to remain synchronized and return to a steady operating condition following disturbances like faults, load changes, or switching events.