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Smart Power Restoration Auxiliary Decision-Making
Applications

When the 110kV busbar of a 220kV plant or substation is de-energized, the smart restoration system uses real-time collected information to calculate a restoration path for the de-energized busbar. It fully considers factors such as main transformer current, 220kV busbar voltage, 110kV busbar voltage, station-level automatic transfer switches, line current margins, and data anomalies. The system generates a sequence of switch operations for open-loop or closed-loop control to quickly restore power to the busbar. If the restoration path indicates a current limit violation, it activates the interconnected overload shedding function, considering load priorities, load current magnitudes, and the amount of load that needs to be shed.

Functional Features
  • Automatically avoids the action time of station-level automatic transfer switches before generating a strategy.
  • Provides three operating modes—monitoring only, open-loop, and closed-loop—to meet various operational needs.
  • Strictly follows the process of restoring power first before shedding load, ensuring a logical, clear, and rapid fault handling procedure.
  • Automatically calculates and ranks the current margins of restoration paths, providing both a preferred and alternative restoration paths.
  • Automatically searches for power restoration paths based on the topological model, making it suitable for various operating modes.
  • The system automatically determines if interlocking, energizing, triggering, and operating conditions are met to formulate a restoration strategy. Strategy switches are selected only from a list of predefined alternative switches, ensuring rigorous logic, safety, and reliability.
  • Busbar restoration units are defined in advance, and alternative restoration switches are set and associated with the monitored 110kV busbar to prevent erroneous operations.
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