Grid Edge Orchestration

Distributed energy is a coordination problem wearing a hardware costume. The batteries and chargers exist; what is missing is the layer that forecasts, decides, dispatches and settles across a whole fleet, fast enough to matter and auditable enough to sell into a utility.

GEO implements that loop end to end: telemetry arrives over MQTT from device gateways into a time-series store; baseline forecasting projects solar, load and price with tracked error metrics; a linear-programming optimiser produces a fleet dispatch schedule under state-of-charge and feeder power constraints, with a greedy fallback when the solver cannot close; a market connector places bids and settles them; demand response issues curtailment with an audit record; and the control loop pushes setpoints back down to the devices.

Real hardware is not wired in yet, so devices are simulated — but they speak over the same MQTT telemetry and command channel a real Modbus/SunSpec or OCPP gateway would use. Swapping in a real gateway does not touch the rest of the pipeline. The market connector follows the same discipline: a sandbox day-ahead clearing mock behind the exact interface an ISO or DSO adapter implements.