Campus Microgrid Integration

On a data-center or city campus, a firm burner, storage, and controls form a microgrid that can run connected or islanded.

The campus as a controllable grid

A large campus, a data-center cluster, a university, a hospital district, is itself a small grid with its own generation, storage, and controllable loads. Integrating a firm burner into a campus microgrid means coordinating it with on-site batteries, renewables, and the grid connection so the campus can optimize for reliability and can island when the grid fails.

The burner (MetroVolt) is designed to be the firm anchor of such a campus. Sited behind or beside the meter, it supplies the sustained load while a battery handles fast transients and the microgrid controller arbitrates between the burner, storage, on-site solar, and the grid tie.

Operating modes

Connected, the campus can import or export and provide grid services. Islanded, it disconnects and runs on the burner and battery, keeping critical load powered. Transitioning smoothly between modes without dropping load is the central control challenge, and it favours grid-forming inverters and adequate storage.

Honest framing

Campus integration is a system-design story that presumes a working firm unit. The burner's contribution to continuity is bounded by the availability gate; the microgrid design uses redundancy and storage precisely to compensate for a single unit's 0.86 to 0.995 availability against a 0.99982 target.