🧪 Fluid Charging (R1233zd(E) / R1336mzz Fluid Fill, Critical Heat Flux CHF >35 W/cm2)

Thermosyphon Dielectric Fluid Charging Calculator

Model liquid fill ratios ($40% ext{ to }60%$ volume charge) of low-GWP dielectric refrigerants (Opteon SF33 / Solstice zd): avoid evaporator dryout under peak semiconductor heat flux surges ($Critical ext{ }Heat ext{ }Flux > 35 ext{ W/cm}^2$), ensure 100% boiling stability, and chip reliability yields.

1. Project & Operating Inputs

Total Loop Internal Volume (Liters e.g. 180 Liters Vacuum Sealed Loop)

Peak Semiconductor Die Heat Flux (W / cm2 e.g. 28.0 W/cm2 GPU Die)

Customer Bid Price for Supplied Refrigerant Charge ($)

Ultra-Pure R1233zd Refrigerant Cylinders, Helium Vacuum Charging Skid ($)

2. Financial Breakdown & Yield

CHF >35 W/CM2 DRYOUT MARGIN

Turnkey Low-GWP Dielectric Charge Package Profit

Thermal Refrigerant Formulation Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost