Calculate Your Potential Savings

Enter your plant's real numbers below. Every default assumption is drawn from cited, publicly available industry data — adjust anything, and see exactly how the math works.

Your nameplate generating capacity.
Sets the default forced-outage-rate benchmark below.
Pre-filled using the industry-average Equivalent Forced Outage Rate (EFOR) for coal plants (~11%). Replace with your own number if you know it — this is the input most worth getting right.
Your plant's typical realized price per MWh. Adjust to your actual market.
30%
Duke Energy documented a 36% reduction in unplanned outages after implementing predictive maintenance across its fossil-fuel fleet (see sources below). We default to 30% — a deliberately more conservative assumption than that documented result.
Estimated Monthly Value
$0
Estimated Annual Value
$0
Avoided Outage Hours/Year
0
Where These Numbers Come From
Forced outage cost basis: ABB's 2023 "Value of Reliability" survey (Sapio Research, 3,215 industrial maintenance decision-makers globally) found unplanned downtime costs the typical industrial business approximately $125,000 per hour. Source ↗
Forced outage rate benchmarks: Coal plants typically run an Equivalent Forced Outage Rate (EFOR) of 10–12%; gas plants 2–5%. These are standard, widely published grid-reliability metrics used by system operators.
Reduction from predictive maintenance: Duke Energy documented a 36% reduction in unplanned outages at fossil-fuel plants after implementing predictive maintenance across its generating fleet.
Detectability of failures: The National Energy Technology Laboratory (NETL), a U.S. Department of Energy national lab, found that more than half of forced outages at thermal power plants stem from equipment failures detectable weeks or months in advance with proper condition monitoring — the core premise this platform is built on.
This is an estimate, not a promise. The numbers above are calculated live from the inputs you provide, using the independently published industry sources cited below — every assumption here is externally sourced and adjustable by you. Duke Energy's documented 36% reduction was that utility's own result on its own fleet; it does not guarantee any particular outcome for your plant. Your actual savings will depend on your plant's current condition, maintenance practices, and how closely your real forced-outage history matches the figures you enter above.

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