Estimated Energy Requirement Calculator

EER Form

Results

EER

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What is Estimated Energy Requirement?

Estimate daily energy needs using an age-, size- and activity-based reference equation.

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How to Use This Calculator

  1. Enter or select Gender, Age, Height, Weight, Activity Level.
  2. Check the unit beside each measurement. For a percentage or rate, use the scale and time period stated in the form.
  3. Choose Calculate, then compare the output with the formula and example below. If you change a value or option, calculate again to update the result.
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Formula Used

Adult male form: EER=662−9.53A+PA(15.91W+539.6H), with W in kg and H in meters.
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Variables Explained

InputWhat it means
GenderSelect the equation or reference category that applies to the measurement being assessed.
AgeAge in the time unit shown; most adult equations use completed years.
HeightVertical body or object measurement. Select its actual unit before calculating.
WeightMeasured mass in the chosen unit; pounds and kilograms are not numerically interchangeable.
Activity LevelThe activity category or multiplier used to adjust the base estimate.
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Worked Example

With age 30, weight 70 kg, height 1.75 m and PA=1, this form gives about 2,435 kcal/day.

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Why Use This Calculator?

Use this as a starting reference for planning or checking quantities. Where the page estimates a person’s needs, the estimate should be considered alongside actual intake, trends and individual circumstances.

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Common Mistakes

    • Activity coefficients are specific to the equation and cannot be swapped freely with another calculator’s multipliers.
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Frequently Asked Questions

Is the result an exact personal requirement?

It is a reference or model-based estimate. Actual needs depend on the person, the measurement method and the situation; a planning estimate should not be treated as a prescribed intake.

Why can another nutrition calculator differ?

Different tools use different reference tables, equations, ingredient densities or activity assumptions. Compare those choices as well as the input amounts.

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Sources & References