Energy Storage Dispatch Planning for Multi-Service Grid Operation

The patent implements dynamic dispatch planning that adjusts energy storage operation in real-time based on grid conditions, market prices, and system state. The system transitions from static predefined rules to dynamic optimization by continuously recalculating dispatch strategies using current SOC, power constraints, and economic signals, thereby achieving both operational simplicity through automation and adaptability through real-time responsiveness.

The system incorporates feedback mechanisms by monitoring actual grid conditions, market prices, and energy storage system state (SOC, power output) and using this information to adjust dispatch decisions. The optimization algorithm continuously receives feedback from the grid environment and modifies operating strategies to maximize economic value while maintaining system reliability, resolving the contradiction between simple operation and flexible adaptation.

The patent implements an autonomous energy storage management system that independently analyzes grid conditions, market signals, and system state to generate optimized dispatch plans without requiring complex external coordination. The system self-adjusts its operation based on real-time data, performing economic optimization and grid service provisioning automatically, thereby achieving high economic performance while maintaining manageable system complexity through automated decision-making.

The system dynamically changes operational parameters (charge/discharge power, SOC targets, dispatch timing) based on real-time grid conditions and market prices. By continuously adjusting these parameters in response to changing economic signals and grid needs, the system achieves superior economic performance without requiring permanently complex infrastructure, as the complexity is managed through adaptive parameter optimization rather than fixed complex architecture.