Capacity shortfall
In many markets, firm generation is not keeping pace with demand. New large loads compete for capacity that does not yet exist.
Firm power for AI, and the data hall around it.
BioVerdi SAS develops the full stack on site: energy, cooling and the data center built around them, worldwide. Every layer is delivered in-house or through partners.
The grid was not built for this load.
Unreliable delivery
Distribution networks in many markets carry high losses and frequent interruptions. A data center cannot run on a grid that blinks.
Slow interconnection
Grid connection studies and upgrades take years. Compute demand moves in months.
The powered shell, end to end.
Power is where we start, not where we stop. The shell holds every layer a campus runs on: energy at the base, then cooling, connectivity and the racks on top.
Energy
Onsite generation, sized to the load and firmed with multi-fuel supply.
Cooling
Liquid-cooled racks from day one, with heat rejection sized for hot, humid climates.
Connectivity
Subsea and long-haul fibre, screened before the site is chosen.
Hardware
The racks, the cabling and the floor they stand on. Tenants bring their own compute.
One microgrid. Five resources.
We treat the grid as one economic input, not the backbone. Reliability is engineered on site.
Solar
Low-cost daytime energy from utility-scale photovoltaics, paired with battery storage to shape the daily curve.
Biodiesel
Renewable liquid fuel for firming and black-start. Pathways include HEFA renewable diesel and FAME biodiesel from seed oils.
Biochar
Pyrolysis of agricultural residue and hemp biomass. The gas and heat generate power. The biochar left behind stores carbon and returns to the soil.
Waste-to-energy
Municipal and industrial waste converted into baseload power, diverting material from landfill.
Hydrogen
Fuel cells convert hydrogen into electricity without combustion: firm, quiet power whose only exhaust is water. Where hydrogen is not yet available, the same cells run on gas from our waste and pyrolysis streams.
N+1 generation ties the five resources into one firm supply behind the meter.
Built for AI data centers
24/7 firm load
Designed for continuous, high-density compute, not a daytime curve.
Behind the meter
Generation sits at the site. No interconnection queue stands between you and first power.
Phased capacity
Power is delivered in tranches that track your deployment schedule, so capital follows demand.
Redundant by design
N+1 generation, storage ride-through and multi-fuel supply. No single point of failure.
Cleaner than the alternative
Each resource displaces fossil diesel or grid power that would otherwise be burned. Waste leaves the landfill. Biochar locks carbon into farmland. Communities gain jobs at the plant and in the fields that feed it.
Our sustainability approach
Tell us what you are building.
Send the load, the site and the timeline you have so far. A rough sketch is enough to start, and we will come back with a configuration.
Talk to us