Donoe Solar Project

Overview

Donoe Solar
Project

Adapt to the land. Reduce risk. Build faster.

This was not a typical site. The terrain was steep, uneven, and highly variable — the kind of site where traditional racking systems force one of two outcomes:

Both options drive cost, schedule risk, and unnecessary complexity.

Location

U.S. Virgin Islands

System Size

6.44 MWdc

System Type

CORE Fixed-Tilt

Terrain

Steep, irregular, coastal

The Approach

Polar Racking’s approach is straightforward

Polar Racking deployed its CORE Fixed-Tilt system, engineered specifically to follow terrain rather than fight it.

Instead of forcing uniformity across the site:

The system adapted to elevation changes
Multiple foundation solutions were used where required
Installation proceeded without waiting on major earthworks

No over-engineering. No redesign cycles.

The Result

This project demonstrates a fundamental point

Real-world sites are rarely flat. Systems that require them to be create risk.

With a CORE Fixed Tilt system, you benefit from:

Minimal to zero grading required
No redesign delays during construction
Faster path to installation readiness
Reduced civil scope and cost exposure

Why it matters

Developers are increasingly working with:

- Constrained land

- Sloped or irregular terrain

- Sites where permitting or environmental constraints limit grading

This project confirms that:

Terrain-following design is not a feature — it’s a requirement
Engineering decisions directly impact schedule certainty

CORE FIxed Tilt Systems

Donoe Solar Project (U.S. Virgin Islands)

Overview