The smarter way to build AI infrastructure.
Strategically positioned in energy-rich regions.
An Ohio project scales without breaking the grid.
100 MW grid connection plus 800 MW of behind-the-meter generation, phased to match tenant demand. Natural-gas turbines paired with future renewable integration deliver firm, dispatchable power without waiting on grid upgrades.
Power Infrastructure
100 MW grid connection plus 400 MW of behind-the-meter generation, phased to match tenant demand. Natural-gas turbines paired with future renewable integration deliver firm, dispatchable power without waiting on grid upgrades.
Heat Recovery
Waste heat from power generation and data-center cooling is captured and routed directly into adjacent greenhouses, turning a thermal liability into a productive agricultural input year-round.
Food Production
On-campus greenhouses use recovered heat and food-grade CO₂ to grow fresh produce even in cold months. The result: local food for schools, hospitals, and grocers—plus year-round jobs for growers and technicians.
Water Systems
Rain-ready roofs and cooling-condensation capture store water on site for reuse. Collected water first supports equipment cooling, then irrigates greenhouse crops—shrinking municipal withdrawals and boosting resilience.
Development Pipeline
The Real Stargate Ohio
Belmont County
Site Overview
Located in Belmont County, Ohio—one of the state’s most energy-rich corridors. Proximity to major gas infrastructure and transmission lines enables fast, cost-effective interconnection.
Power Capacity
2–3 GW of firm power generation across thousands of acres, designed for phased build-out. Behind-the-meter architecture keeps energy costs predictable for large compute tenants.
Timeline
Currently in active planning and permitting. Target commercial operation date of Q2 2029, with site preparation and civil works beginning ahead of schedule.
Project Everberry
ARC Funded; Circular model, natural gas, cogeneration, integration to local food hubs, education, agritourism.
R&D Focus
A dedicated research and development facility for controlled-environment agriculture. Testing advanced growing protocols, nutrient delivery systems, and energy-integration strategies.
Growing Systems
High-tech greenhouse bays equipped with precision climate control, CO₂ enrichment, and hydroponic systems. Optimized to validate crop yields under real-world waste-heat conditions.
Innovation
Serves as EnergiAcres’ proving ground for new technology before campus-scale deployment. Lessons learned here directly inform greenhouse design at Mansfield and future sites.