The rapid integration of Distributed Energy Resources (DERs) complicates modern grid management, rendering traditional manual operations inefficient. To address this, we propose an Intent-Based Energy Management System that bridges the gap between human goals and machine control.
This approach utilizes two core mechanisms:
- Intent Translation: Automatically converting abstract operator goals into executable policies.
- Closed-Loop Verification: Ensuring continuous alignment between infrastructure and goals via feedback.
By shielding operators from underlying technical complexities, this paradigm enables intuitive, goal-oriented supervision, ensuring the grid remains resilient and manageable as it scales.
