For agricultural storage engineers who need a quick estimate of the daily heat load from fresh produce in refrigerated warehouses. This tool calculates biological heat generation from fruits/vegetables using baseline respiration rate W/kg at specific storage limits, providing an essential preliminary estimate for maintaining optimal conditions.
Enter the total mass of the fresh produce in kilograms into the first field. This represents the total weight contributing to the respiration heat load.
Provide the respiration rate in milliwatts per kilogram (mW/kg) at your specific storage temperature. This rate varies significantly with produce type and temperature.
The calculated daily heat gain in watt-hours per day will update instantly. This value helps you understand the energy requirements for your refrigeration system.
A: It’s measured in milliwatts per kilogram (mW/kg) at the specified storage temperature.
A: Refrigeration loads are typically expressed in watt‑hours per day to align with energy consumption calculations.
A: No, it’s for preliminary estimation only; a qualified engineer should confirm the results. This tool is for preliminary estimation only, not a substitute for review by a qualified engineer.
A: You must provide the respiration rate at the actual storage temperature; the formula uses that rate directly.