⚡ 30 MW-e 50% Thermal Efficiency Supercritical CO2 Power

30 MW-e Supercritical CO2 Brayton Cycle Turbine Model

Underwrite compact 30 MW-e closed-loop Brayton cycle turbines operating with supercritical carbon dioxide (sCO2) at 650°C and 250 bar (achieving 50% thermal efficiency with turbomachinery 1/10th the physical size of conventional steam turbines). Model industrial waste heat power sales ($0.075/kWh), and 20-yr IRR.

1. Capacity & Unit Economics

sCO2 Power Output (MW-e Continuous Net)

Industrial Power PPA Tariff ($ / kWh Delivered)

sCO2 Turbopump & Printed Circuit Exchanger O&M ($M)

Turnkey 30 MW sCO2 Skid & Heat Exchanger CapEx ($M)

2. Financial Returns & Yield

1/10th PHYSICAL SIZE 50% THERMAL EFFICIENCY

Annual Net EBITDA

$0 / yr

20-Yr Project IRR

0.0%

Gross Revenue

$0 / yr

Total CapEx

Annual OpEx

$0 / yr