For a 2MW continuous load (generating 15.84M kWh annually), the cost of self-generation remains relatively stable at approximately 0.075/kWh. This creates a massive "Spark Spread" as grid tariffs rise.
Below is a breakdown of how your investment recovers under three typical market conditions, based on a 1.2 Million USD total system CAPEX (including equipment, installation, and grid integration).
Annual Grid Cost: 2.38 Million USD
Annual Gas Power Cost: 1.19 Million USD
Annual Savings: 1.19 Million USD
Payback Period: ≈ 1.0 Year
Verdict: At this price point, the system pays for itself in just 12 months. It is a highly efficient cost-reduction strategy for any manufacturing plant.
Annual Grid Cost: 2.85 Million USD
Annual Gas Power Cost: 1.19 Million USD
Annual Savings: 1.66 Million USD
Payback Period: ≈ 0.7 Year (8–9 Months)
Verdict: In high-tariff markets, the ROI accelerates into the "Rapid Payback" zone. You recover your capital in less than three quarters of a year.
Annual Grid Cost: 3.96 Million USD
Annual Gas Power Cost: 1.19 Million USD
Annual Savings: $2.77 Million USD
Payback Period: ≈ 0.4 Year (approx. 5 Months)
Verdict: At this price level, gas generation is no longer just a "savings plan"—it is a powerful cash-flow engine with an ROI that outperforms almost any other industrial asset.
| Grid Price (/kWh) | Annual Savings (USD) | Payback Period (Years) |
| $0.15 | $1.19 Million | 1.0 Year |
| $0.18 | $1.66 Million | 0.7 Year |
| $0.25 | $2.77 Million | 0.4 Year |
The financial logic for 2MW continuous loads is clear: The higher the grid price, the faster the ROI. 1. The Threshold: Once grid prices exceed 0.15/kWh, natural gas power becomes an essential investment with a 12-month recovery time.
2. Exponential Returns: As tariffs climb to $0.18 or $0.25, the payback period shortens exponentially, allowing factories to secure long-term energy independence and lock in low operating costs for the next 15+ years.
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