Netherlands
In Process
North Sea
We designed and deployed a 100 MW offshore AI platform that now powers GPU-dense training clusters directly from co-located North Sea wind.
Quick Project Facts
Attribute
Details
Location
North Sea
Compute Capacity
20MW - 100MW
Energy Source
100% Wind Energy
Deployment Timeline
Under 12 Months
Completion
💰 ROI
Estimated 13 months
Implementation Process
Before installation, Green Pastures relied on diesel generators to run milking machines and chillers—costly, unreliable, and carbon-intensive. With rising fuel costs and local climate pressures, the farm needed a renewable solution to support its dairy operations.
Photo Gallery
Measurable Impact
Impact Area
Results
🌱 CO₂ Reduced
Significant reduction by colocating compute beside renewable energy and eliminating onshore cooling emissions
🔌 Diesel Replaced
Removes high-density load from congested onshore grids
💸 Cost Savings
Lower energy costs through direct renewable sourcing and optimized cooling
🧪 Byproduct
Minimal land use, no freshwater consumption, compliant thermal discharge
👷 Jobs Created
60+
Challenges & Innovations
The high elevation of Eldoret meant cooler nights, which can slow digestion. We added thermal insulation and used slurry pre-warming to maintain optimal temperatures and microbial activity.
Conclusion
Biogas is more than a renewable energy solution—it’s a practical, cost-effective tool that empowers farmers to do more with what they already have.
From reducing fuel expenses to improving soil health and creating new revenue streams, the impact is clear. As more small farms adopt this technology, the agricultural landscape in Africa is being reshaped—cleaner, more resilient, and future-ready.
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