Sub-Second Power Dispatch & Battery Optimization.
Deep architectural inspection of Zephyr's predictive neural mesoscale weather engine, battery degradation physics modeling, and SCADA telemetry bridges.
High-Resolution Mesoscale Weather Ingestion
Fuses HRRR Doppler radar, GOES-R satellite albedo imagery, and on-site ultrasonic anemometer arrays to simulate cloud shadow velocity and wind shear across individual turbine hub heights.
Electrochemical Degradation Physics Model
Accounts for Solid Electrolyte Interphase (SEI) growth, lithium plating under rapid C-rate charging, and thermal ambient dissipation to guarantee minimum 15-year BESS warrantied lifespan.
Sub-Second Fast Frequency Response (FFR)
Edge-deployed controllers measuring grid frequency at 10,000 samples per second. When unexpected generation loss trips grid inertia below 49.8 Hz, Zephyr discharges full rated MW within 320ms.
Algorithmic Nodal Power Arbitrage
Automated bidding bot interfacing with ISO day-ahead and real-time balancing markets. Automatically charges storage during negative wholesale prices and dispatches during extreme evening scarcity peaks.