Energy / real-time dispatch
A changing grid.
A feasible next move.
Coordinate generation, storage, and delivery constraints as conditions change. Evaluate dispatch decisions against your operating model and deadline.
Forecasts and available generation define the supply side of the next decision.
The working model
Plan across time.
Act in the next interval.
A useful dispatch decision connects the immediate action to the system conditions that follow.
Read the state
Update generation availability, demand, storage state, and prices.
Respect physical limits
Include ramp rates, capacity bounds, and the agreed network representation.
Return a dispatch proposal
Review power setpoints and feasibility against the operational deadline.
The operating horizon
Plan what follows.
Review what happens next.
Replay representative conditions against the physical model. Measure feasibility and completion within the agreed control interval before integrating with operations.
Illustrative sequence · interval lengths are set by the operating model.
Scope & evaluation
Dispatch quality depends on the supplied forecasts, physical model, horizon, and constraints. Historical energy demonstrations are scoped experiments, not guaranteed latency for a new network. A pilot defines its reference calculation, feasibility tolerances, hardware, and deadline in advance. No live system is controlled by this illustration.
Work with Asymmetry