Core Elements
Our core elements reflect our commitment to sustainability, innovation, and community-positive integration.
Our core elements reflect our commitment to sustainability, innovation, and community-positive integration.
01
ON-SITE POWER: 417MW
Two data centers powered with on-site generation from Bloom Fuel Cells
02
EFFICIENCY: 1.16 PUE
Native DC power and absorption chillers powered by Fuel Cell waste heat
03
RELIABILITY: 99.999%
Dual natural gas feeds, distributed redundancy, integrated fuel cells replaces generators.
04
TIME TO MARKET: 18 months
Pre-zoned, master planned, AI ready
05
DENSITY: Any AI Rack
10kW to > 1MW liquid cooled racks with native +/- 400V DC power from fuel cells
06
CARBON CONSCIOUS: Sustainable
Design significantly reduces embodied and operational carbon in materials, equipment, and power from day one fully aligned with the iMasons Climate Accord.
About Us
Terra Green Data has developed a groundbreaking data center design serving AI factory demands responsibly, sustainably, and in harmony with the communities where it resides.
The Bay Area is a strategic data center market with a severe shortage of new capacity due to utility power delivery delays of 5+ years. Terra’s flagship Bay Area project is the fastest path to hyperscale capacity, delivering their cutting edge data center within two years that is in line with market pricing on rent and power.
With a 400MW+ master planned campus, the Terra Bay Area project is the largest, off-grid Data Center in the heart of Silicon Valley. Terra provides on-site fuel cell power generation with integrated super-capacitors to accommodate dynamic AI workloads for densities exceeding 1MW per rack with native 400+/- DC power direct to the IT equipment. The result is a super dense, super efficient AI factory that is designed to handle any rack of any density at any time. The integrated heat capture system powers absorption chillers cutting data center cooling power by more than 70% while supporting the on-site greenhouse to grow food for the local community. Bloom fuel cells produce half the amount of CO2 of a typical power plant while reducing 97.7% of NOx and 100% of SOx emissions and reducing noise to less than 70 dBA. This design delivers an average PUE of 1.125 with 99.999% reliability without UPS or generators. Phase two includes a grid tie providing up to 25% of generated capacity back to the utility lowering the effective $/kWh for tenants and providing economic benefits to the city and residents while helping to stabilize the local grid. Terra is on schedule for delivery of the first 57.7MW of IT capacity by Q2/2027 with additional 57.7MW blocks delivered every quarter thereafter.
The Terra reference architecture is one of the most advanced in the world significantly reducing embodied and operational carbon in materials, equipment, and power. It can be deployed in any market.
Partners
