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and benefit from our expertise in computer architectures for real-time utility information systems, SCADA/EMS diagnostic studies,  ... and, of course, the industry-unique QuickStab^®

• Seamlessly integrated with the real-time and study-mode network analysis sequence by the major SCADA/EMS vendors (read more... check the latest press releases about new installations)

• The field-proven Real-Time QuickStab Extensions provide for easy, “do-it-yourself” integration of the computational and display engines of QuickStab^® with new or existing SCADA/EMS systems (read more...)

• Used by Electric Utilities (read more...), Independent System Operators (read more...), Transmission and Market System Operators (read more...),  National Dispatch Centers (read more...) in system dispatching and market operations -- read more about real-time implementations  

  • Performs fast voltage stability analysis and dynamic contingency assessment both for the current state estimate and for postulated scenarios (read more...)

  • Computes the critical system MW loading where voltages may collapse and units may lose synchronism

  • Identifies the safe operating margin in which there is no risk of instability

  • Evaluates and ranks the generators’ impact on the overall system stability conditions -- in the base case and for single and multiple generation and transmission contingencies

  • New! Supports look-ahead voltage stability studies where the load can be increased/decreased on user-selected buses or system areas whereas the generation is rescheduled in accordance with user-specified patterns

  New! Now shipping QuickStab® Advanced version 3.82.34!

  • New! Performs steady-state stability profiling of load buses

  • New! Ranks the generators in the order of their impact upon user-selected load buses

  • Displays the risk of blackout in a graphical format that’s easy to understand

  • Helps monitor the distance to instability on real-time SCADA trending charts  (download actual trending chart taken from a real-time system) -- “The era of real-time tracking of the risk of blackout has begun ...(read more...)"

  • Compares base case results with those from contingency scenarios on innovative speedometer charts -- (read more...)

  • It's fast -- 3382 bus system is evaluated in 1 second on PC; the complete solution of a dynamic contingency case or the solution of a look-ahead voltage stability study is calculated within approximately1.5 seconds

  • It’s accurate - published results of independently conducted benchmarking studies confirm its precision and reliability, e.g., as reported in Chapter 3 and Appendix A in the book Real-Time Stability Assessment in Modern Power System Control Centers, Wiley-IEEE Press, New York, 2009, ISBN 9780470233306 http://www.wiley.com/ieee (click to review additional accuracy testing results)