Energy Efficiency Savings Calculator

How Energy Efficiency Savings works

The result comes from savings = baseline × reduction. Energy Efficiency Savings uses Baseline energy, Reduction to report Annual energy savings.

With the loaded values, annual energy savings evaluates to 10,800.00 kWh. Keep other entries fixed when exploring a measurement range.

Inputs for Energy Efficiency Savings

Baseline energy and Reduction belong to Energy Efficiency Savings. Keep source units with baseline energy.

Treat the preset entries as an arithmetic example. Supply measurements or ratings from the actual circuit. Use Generator Fuel Runtime Calculator to a separate generator runtime calculation.

Baseline energy

Example entry: 60000 kWh.

Reduction

Example entry: 18%.

Reading the Energy Efficiency Savings result

This output represents Energy Efficiency Savings. Estimated peak demand belongs in the separate Peak Electrical Demand worksheet.

Do not treat the calculated number as a component rating by itself. Check standard sizes, transients, protective margins, and manufacturer limits.

Measurement and units

Keep tariff periods, demand intervals, meter ratios, and measurement bandwidth consistent with the question being answered. Check prefixes on baseline energy.

Keep the same electrical reference points across saved cases.

Limits of this calculation

Normalize baseline and post-project conditions.

The arithmetic is intentionally narrower than a complete circuit model. Unentered effects remain outside Energy Efficiency Savings. For energy represented, use Electricity Meter Pulse Calculator.

A useful Energy Efficiency Savings comparison

Record annual energy savings before testing a different baseline energy value. Demand charge can be checked in Electrical Demand Charge Calculator.

Document the alternate baseline energy source.

Questions about Energy Efficiency Savings