Public technical demonstration of supervisory decision intelligence for constrained Battery Energy Storage System (BESS) operation.
Battery storage operates across changing load, grid, reserve, generation and event conditions. A useful supervisory layer must adapt its operating strategy as that context changes.
BESS Operational Intelligence presents a supervisory decision layer designed around changing operating regimes, reserve-aware operation, peak management, outage and recovery behavior, service continuity, and operational decision reasoning.
Operating Conditions -> Supervisory Decision Intelligence -> High-Level BESS Action -> PCS / Inverter / BMS / Protection
TRL-6 / simulation-grade.
The current technology is prepared for source-free Pre-HIL and subsequent HIL-oriented technical translation.
26 scenarios 260 runs 260 / 260 successful 0 SOC violations 0 thermal warnings 0 policy violations
Observed minimum improvements:
Peak improvement: +15.503276% Adjusted cost improvement: +4.658863% Raw cost improvement: +4.432046% Maximum flex usage: approximately 2.500965%
A separate historical validation corpus contains approximately 92,660 validation runs. This is distinct from the final locked replay benchmark.
The project focuses on supervisory decision intelligence for constrained BESS operation and the path from simulation evidence toward external Pre-HIL evaluation and subsequent physical validation.