Edge-controlled microgrids with coordinated dispatch intelligence.
Each site runs a local edge controller for autonomous operation. It handles real-time monitoring, protection controls, and local decisioning so service remains resilient even when upstream links are interrupted.
Fail-safe local control keeps each site operational during upstream disruptions.
Dispatch logic continuously forecasts load, optimizes generator runtime, and prioritizes battery usage to preserve service quality while reducing unnecessary fuel burn and cycling stress.
Forecast-driven dispatch balances reliability, fuel efficiency, and asset protection.
The integration layer unifies telemetry and control across solar assets, battery systems, and generators into a single operational fabric for coordinated, behind-the-meter reliability.
Unified device telemetry creates one operational view across distributed energy resources.
Platform communication is encrypted end-to-end, access is enforced through role-based controls, and operational redundancy protects continuity across customer, partner, and admin workflows.
Role-based controls and encrypted transport protect access, actions, and audit trails.
The system is modular at the building level, scalable at the unit level, and designed to support future feature expansion without redesigning the core operational architecture.
Modular deployment supports rapid expansion across sites without replatforming.