Tools / Power & Runtime

Power & Runtime

Power sizing, runtime, redundancy, and load planning tools.

Guide

Power & Runtime Planning Guide

A practical overview of load conversion, runtime planning, battery sizing, growth margin, redundancy impact, and worst-case runtime assumptions before selecting backup power equipment.

Power problems usually show up as undersized runtime, degraded reserve, surprise growth, or “it should hold” assumptions that collapse under a real outage. These tools help you convert equipment load into practical runtime, capacity, and resilience planning before the design gets boxed in by bad assumptions.

Guided Design Flow

Start with the first step. Build toward the full design.

Some ScopedLabs tools work as a connected workflow. In Power & Runtime, the Design Flow moves from baseline load conversion into projected growth, runtime impact, and final storage sizing so the power design is checked as one practical system instead of disconnected estimates.

GUIDED DESIGN FLOW
VA / Watts / Amps Load Growth UPS Runtime Battery Bank Sizer

The flow includes both Free and Pro tools. Pro access unlocks the full sequence for deeper planning, exportable reports, and saved design snapshots.

Free Tier

VA / Watts / Amps
Convert VA, watts, and current draw into a usable starting point for downstream power design.
Free Tier
Battery Sizing
Estimate basic battery requirements to hit a target runtime with a practical reserve.
Free Tier
Inverter Efficiency
Estimate conversion losses and input power needs so runtime assumptions are not overly optimistic.
Free Tier

Pro Tier

Battery Bank Sizer
Size full battery storage with derating, reserve margin, and runtime intent already accounted for.
Pro Tier
Failure Runtime Loss
Estimate how much runtime disappears when a battery, module, or string is lost.
Pro Tier
Load Growth
Project future demand so runtime and storage planning are based on where the system is going, not only where it is today.
Pro Tier
Redundancy Impact
Model how N+1 and related redundancy choices change usable runtime and effective capacity.
Pro Tier
Scenario Comparator
Compare alternate runtime, growth, and efficiency assumptions side by side before locking the design.
Pro Tier
UPS Runtime
Estimate how long the system will actually hold under the projected load before battery reserve is exhausted.
Pro Tier
Worst-Case Runtime
Estimate runtime under degraded, aged, or otherwise pessimistic conditions instead of best-case assumptions.
Pro Tier