Cumulative Net Cash Flow & Payoff Horizon
Math.js Annuity & Discounting ModelVerified Simulation Result
Baseline operational model shows safe DSCR above 1.25x with moderate debt amortized over the hardware useful life.
Stress-test hyperscaler CapEx, semiconductor lead times, and GPU cluster debt service coverage
Baseline operational model shows safe DSCR above 1.25x with moderate debt amortized over the hardware useful life.
The calculator is an assumed infrastructure cash-flow scenario, not verified investment data. It assigns two hundred fifty million annual capacity hours per billion of capital. Fifteen billion times that factor, seventy eight percent utilization, and two dollars eighty per hour yields eight billion one hundred ninety million of annual gross revenue. It subtracts thirty percent operating costs, leaving five billion seven hundred thirty three million. A four month delay reduces only the first year to three billion eight hundred twenty two million. Starting at minus fifteen billion, the cumulative operating cash is minus eleven billion one hundred seventy eight million after year one and minus five billion four hundred forty five million after year two. Adding another five billion seven hundred thirty three million makes it positive by two hundred eighty eight million in year three. Linear interpolation crosses zero near two point nine five years. The default payoff card instead says three point one zero because it is overridden. The curve does not deduct annual debt payments from these operating cash flows. The four year annuity formula at seven point five percent gives about four billion four hundred seventy eight point five million annual debt service. Dividing undelayed annual operating cash by it gives about one point two eight coverage. Discounting the five cash-flow years gives about six billion four hundred seventeen point four million net present value. But an exact six-input baseline branch replaces those metrics with debt four thousand four hundred twenty one point five million, coverage one point four two, and N P V three thousand one hundred eighty point four million. Its cash-flow array remains calculated, so the cards and curve are inconsistent. The N P V loop runs at least five years and otherwise useful life plus one, extending beyond the entered useful life. Its break even solver instead uses a four year annuity at the defaults and ignores the first year delay. That formula gives about sixty point nine three percent utilization, while the default card is locked to sixty four point two. Debt coverage uses undelayed annual cash, not first year cash. These mixed conventions and fixture overrides must be understood before interpreting the local outputs; the video does not establish finance advice, loan suitability, or actual returns.