Worst-Case Runtime Simulator

Best for: stress-testing whether a design still survives when battery aging, temperature derate, and spike load penalties all hit at once.

Pro Tier

🔒 Locked

This advanced simulator is included with Pro access for the Power & Runtime category.

Worst-case factors modeled

Battery age / health derate
Temperature impact on usable energy
Peak spike multiplier at the load
Runtime floor targets with pass/fail evaluation

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Pro Tier

Worst-Case Runtime Simulator

Planning-grade runtime math using energy (Wh) and explicit derates. No hidden assumptions.

Baseline (what you expect on a normal day)

Load (Watts) UPS Rated Output (Watts) Usable Battery Energy (Wh) Inverter Efficiency (%)

Worst-case derates (explicit penalties)

Battery Health Derate (% loss) Temperature Derate (% loss) Load Spike Multiplier (x) Runtime Floor Target (minutes)

Model used: runtime = (usableWh × efficiency × derates) ÷ (loadW × spike). This is planning-grade energy math. If you don’t know usableWh, use a known runtime point to back-calculate later.

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Results

Run the simulator to see baseline vs worst-case runtime and pass/fail against the floor target.

Model: baseline runtime uses normal conditions, while worst-case runtime applies health loss, temperature loss, and spike multiplier together before comparing the result against the required floor target.

Documentation & Export

Export Report

Add optional project context and generate a clean documentation view that can be printed or saved as a PDF for client or internal use.

Report Title Project Name Client Name Prepared By Custom Notes