Eco-System Asset: OR - 2441
Chemult, Oregon | 15 acres
ACRES
CORE PROJECTS
GAL TOWER
SOLAR READY
Located near the majestic Chemult region of Oregon, this 15-acre sanctuary represents the ultimate blueprint for sustainable, independent living. The property currently hosts a structural cabin framework and a specialized workshop, providing the architectural bones for a fully autonomous retreat.
With a private well already in place and a massive 550-gallon water storage tower, the foundation for water security is established. The site's high-altitude position offers exceptional solar exposure throughout the year, making it a prime candidate for a 100% renewable energy conversion. This project focuses on integrating high-tech climate resilience with the raw beauty of the High Desert forest.
PHASE 1: INFRASTRUCTURE & STEWARDSHIP
Installation of a 12kW off-grid photovoltaic array with lithium-iron-phosphate storage bank.
01 — ENERGY
Advanced filtration upgrade for the existing well and thermal insulation for the tower.
02 — HYDRATION
Structural completion of the primary cabin using sustainable materials and passive heating.
03 — HABITAT
Creation of low-impact eco-guest sites to generate operational revenue for the sanctuary.
04 — COMMUNITY
Fencing and land management to introduce therapeutic equine integration and soil restoration.
05 — LIFE
Strategic climate resilience and natural potential analysis.
At 5,000+ feet, atmospheric interference is minimised, yielding 15-20% higher solar efficiency than sea-level locations in the same latitude.
The clear air and long summer days provide ample opportunity for massive energy harvesting, capable of powering not just the site, but hydrogen production experiments.
Just off Highway 97 near Beaver Marsh, Klamath County, Oregon. Three miles from the highway and bordering Fremont-Winema National Forest, the site sits within reach of Chemult, Diamond Lake and Crater Lake while remaining fully off-grid.
Your backing accelerates the transition of the Klamath Sanctuary into a self-sustaining model for future rural developments.