Power System Stabilization via Prediction Command Values

The management device performs preliminary actions by generating prediction command values in advance based on past power command values. When a communication delay occurs, the power supply device can immediately execute the pre-calculated prediction command value, compensating for the delay without waiting for the actual next power command value. This preliminary action approach maintains control timing while adapting to variable communication delays.

The system incorporates feedback mechanisms where the power supply device monitors communication delays and adjusts its prediction strategy accordingly. When communication delays are detected, the device uses feedback from past power command values to generate accurate prediction command values, ensuring that prediction accuracy is maintained even when control timing needs to be adjusted.

The system dynamically adapts to variable communication delays by continuously generating new prediction command values based on the most recent past power command values. When communication delay variability is detected, the prediction strategy is dynamically adjusted to maintain reliability. The power supply device remains in a state ready to execute prediction command values, adapting its prediction horizon and methodology based on real-time communication conditions.

The system changes parameters of the prediction algorithm based on communication delay characteristics. When communication delays are highly variable, the system modifies prediction parameters such as the time horizon, weighting factors, or model complexity to maintain prediction reliability. This parameter adaptation ensures that power system stability is maintained despite varying communication conditions.