Sovereign Digital Economic Zone | High-Density Compute

Dedicated Baseload.
Zero Grid Congestion.

Providing 250MW+ of Behind-The-Meter compute for Tier-1 Hyperscalers. Powered directly by stranded offshore natural gas, offering mathematically isolated baseload reliability free from national utility constraints.

99.999%
Uptime SLA
Direct-to-Chip
H100/B200 Ready
250
MW+
Committed Capacity

Engineering Architecture

Built for Uninterrupted Scale

The Power Island

Highly efficient generation manifolds dedicated strictly to the Vega data centers. We bypass domestic utility constraints entirely, securing fixed-cost energy rates insulated from global commodity shocks.

  • N-2 Redundant ArchitectureGuarantees absolute SLA uptime, operating completely independent of the national grid.
  • ZVS BESS IntegrationLocalized Zero Voltage Switching Battery Energy Storage Systems provide instantaneous transient load buffering for dense compute clusters.

CCHP & Liquid Cooling

Combined Cooling, Heat, and Power (CCHP) architecture driving thermal efficiency past 80% and drastically lowering tropical OPEX to support ultra-dense AI deployments.

  • Absorption ChillingMassive thermal waste exhaust from spinning turbines is routed directly to industrial chillers, creating a primary chilled water loop without massive grid draw.
  • CDU & Direct-to-ChipCoolant Distribution Unit regulates a condensation-proof secondary loop to supply localized, high-density AI liquid-cooling racks.
< 1.15PUE Target
80%+Thermal Efficiency
N+2Cooling Redundancy
99.999%Power Availability
Guyana Node — 100MWMSA Open
Suriname Node — 150MWMSA Open

Pre-Lease MSA Engagement

Vega Compute is currently executing advanced Master Service Agreements (MSAs) with Tier-1 U.S. hyperscalers for the 100MW (Guyana) and 150MW (Suriname) nodes. By co-anchoring the facility prior to FID, offtakers secure long-term, fixed-cost energy rates.