How does this compute model calculate hardware TCO and inference cost?

It models compute hardware amortization, colocation rack power, PUE cooling efficiency, network egress, and token throughput per second across modern LLM and AI workloads.

How does on-premise hardware compare to hourly cloud rentals?

Dedicated compute clusters generally reach cost parity and breakeven against hyperscaler on-demand instances within 10 to 14 months at sustained 65%+ utilization.

Can I customize the power consumption and electricity rate?

Yes, power draw per node (kW), facility PUE, and local utility electricity rates ($/kWh) can be customized directly in the input fields.

Industrial Compressed Air Leak & VFD Energy Auditor

⚙️ 1. Compressor Plant Baseline

Total Compressor Motor (HP)

Discharge Pressure (PSIG)

Compressor Control Mode

Annual Operating Hours

Electricity Tariff ($/kWh)

🔍 2. Ultrasonic Air Leak Survey Inventory

1/16" Leaks (~3.5 CFM)

1/8" Leaks (~14.5 CFM)

1/4" Leaks (~58.0 CFM)

Include VFD Compressor Retrofit Replaces lead fixed-speed unit with variable speed trim compressor

💰 3. Turnkey Repair CapEx & Utility Rebates

Leak Remediation CapEx ($)

Utility Custom Rebate ($/kWh)

Total Leak Waste

295 CFM

~65 HP Idle Waste

Annual Electricity Saved

$54,890/yr

422,000 kWh / yr Saved

Simple Payback

0.6 Yrs

After $32k Utility Rebate

Plant Air Power Consumption Comparison (kW) 65 kW Continuous Cut

Baseline Compressed Air Load (Leaking & Load/Unload Cycling) 168 kW Demand

Post-Remediation & VFD Modulation 103 kW Demand (38.7% Reduction)

Compressed Air Energy Optimization Budget Schedule

Scope / Line Item	Metric Quantity	Unit Rate	Amount ($)

10-Year Cumulative Operating Savings

$620,000 Net Savings

Ultrasonic leak repair and VFD trim control lowers artificial plant pressure, reduces compressor cycling wear, extends desiccant air dryer service life, and eliminates unnecessary capital purchases of secondary backup compressors.