Hyperscale and colocation campuses: fenced perimeters, generator and battery compounds, utility corridors, and acres of instrumented outdoor plant.
The power challenge
Beyond the halls themselves, campuses run hundreds of distributed low-power loads — perimeter security, environmental monitoring, utility telemetry, compound sensors — each a small standalone power problem.
Why current solutions fall short
Trenching power to every fence-line camera and telemetry point is expensive; battery-only devices create a fleet-maintenance burden at sites obsessed with uptime.
Why enclosed micro-wind may fit
Micro-Wind targets the campus’s distributed auxiliary loads — not the primary electrical demand of the facility. Enclosed units are intended for campuses that host battery storage, diesel backup, and other sensitive plant where exposed rotating equipment is unwelcome.
Perimeter and compound pole mounts supporting distributed monitoring loads alongside existing battery systems.
Important limitations
Micro-Wind is not positioned to materially power a data center's primary load. The value proposition is distributed auxiliary power and battery support for outdoor plant.
Suitability requires project review. Performance figures referenced on this page are preliminary engineering estimates pending validation.
Operating in data centers?
Pilot programs are forming across Coevo's target industries.
