Calculator guide

Cooling calculator: full guide

This guide explains what the cooling calculator computes, how each input changes the result, and how to turn the output into a comparable request for quotation. Worked examples below are produced with the same engine that powers the live tool.

Open the calculator

How to use this calculator

  1. 1

    Enter your project figures

    Replace the default values in the cooling calculator with your own flock size, targets and local costs. Defaults are commercial-sector averages, not a recommendation.

  2. 2

    Compare the three scenarios

    Switch between conservative, expected and optimistic to see how sensitive the result is to your assumptions before committing capital.

  3. 3

    Read the assumptions

    Check the assumptions panel so you know what the model excludes — typically taxes, import duties, special civil works and land.

  4. 4

    Turn the output into a quote request

    Send the resulting figures in a single request to receive comparable offers from verified manufacturers.

Every input explained

Default values are commercial-sector averages. Replace them with your own figures — your data always overrides the defaults.

Total tunnel cfm
700,000
Pad thickness (inches)
6
Outside dry-bulb (°C)
38
Outside wet-bulb (°C)
Wet-bulb sets minimum achievable inlet air temperature. — 24

Worked examples

Three realistic cases, computed live with the calculator engine.

Baseline case

Reference values under the expected scenario — a good starting point for a first project.

Inputs

  • Total tunnel cfm700,000
  • Pad thickness6 inches
  • Outside dry-bulb38 °C
  • Outside wet-bulb24 °C

Results

  • Pad face area220.2 m²
  • Pad efficiency75%
  • Inlet air ΔT10.5 °C
  • Water flow661 L/min

Scale-up case

The same project with flock size increased 2.5×, to show how the result scales.

Inputs

  • Total tunnel cfm700,000
  • Pad thickness6 inches
  • Outside dry-bulb38 °C
  • Outside wet-bulb24 °C

Results

  • Pad face area220.2 m²
  • Pad efficiency75%
  • Inlet air ΔT10.5 °C
  • Water flow661 L/min

Conservative case

Reference values under the conservative scenario, with a safety margin on performance.

Inputs

  • Total tunnel cfm700,000
  • Pad thickness6 inches
  • Outside dry-bulb38 °C
  • Outside wet-bulb24 °C

Results

  • Pad face area220.2 m²
  • Pad efficiency65%
  • Inlet air ΔT9.1 °C
  • Water flow661 L/min

Planning assumptions

  • The cooling calculator uses common commercial-sector parameters; your own measured data always overrides the defaults.
  • The conservative scenario adds a safety margin; the optimistic scenario assumes favourable operating conditions.
  • Taxes, import duties, special civil works and land cost are excluded unless stated otherwise.

Frequently asked questions

How accurate is the cooling calculator?
It is a class-4 planning estimate (roughly ±30%). Use it to compare options, size an investment and prepare a quotation request — it does not replace engineering design or a bankable feasibility study.
Can I use these results to request manufacturer offers?
Yes, that is the intended use. Turn the results into a requirement list and send a single request to receive comparable offers from verified manufacturers. Any firm quote overrides the estimate.
Do results change with the project country?
Yes. Climate, grid voltage and stability, labour cost, import duties and logistics all move both the sizing and the cost. State the country in your request so the adjustment is priced into the offer.
Do I need the guide or the cooling calculator itself?
Use the guide to understand the inputs and see worked examples, then run the calculator with your own figures. Both pages are free and require no registration.
What should I do with the result?
Convert it into a requirement list and send one request for quotation. You receive comparable offers from verified manufacturers, and each firm quote replaces the estimate.
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