Cluster & Capital Parameters
$120M SERIES A ALLOCATION
25 MW
Critical computational power demand for dense GPU/TPU AI clusters.
Grid Reliability Architecture
Tier III (N+1)
Generation Mix (% of Capacity)
100% BALANCED
50%
30%
20%
Series A Capital Deployment ($120M)
100% COMMITTED
35%
45%
20%
Total Generation Capacity
32.5 MW
Sized for 25MW IT Load + N+1 Reserve
Levelized Cost of Energy
$68.4 /MWh
Weighted operational blend LCOE
Grid-Independence Resilience
98/100
Microgrid 99.999% uptime probability
Power Source Capacity Split
SMR Nuclear
16.3 MW
Clean Gas Turbines
9.8 MW
BESS Battery
6.5 MW
Series A $120M Capital Outlay
Core R&D
$42.0M
Pilot Fabrication
$54.0M
Land & Interconnect
$24.0M
Deployment Feasibility Assessment
OFF-GRID DISPATCH
Bypassing multi-year utility interconnect queues via dedicated behind-the-meter generation guarantees predictable power delivery for Anthropic-class hyperscale clusters. The continuous baseload of small modular nuclear paired with gas quick-ramping delivers steady baseload thermal stability while mitigating utility transmission curtailment risks.