NIRMIO

Projects / Mechanical / Project 9

Forced-Convection Solar Dryer for Agricultural Produce

Thermal / AgriEasy-MediumWorkshop: high

Approx. component budget: Rs. 10,000 - 14,000

3D view of Forced-Convection Solar Dryer for Agricultural Produce
3D view (illustration, not to scale)
Diagram of Forced-Convection Solar Dryer for Agricultural Produce
Diagram (illustration, not to scale)

Objective

Study drying rate and drying time of a product (tomato, chilli, banana) vs open-sun drying, and find collector efficiency.

What you will build

Solar air collector (GI absorber + glass), drying chamber with trays, DC fan run by a small solar panel, temperature/humidity sensors and a weighing scale.

Results you can expect

What you will learn

Heat and mass transfer, renewable energy and practical agri-engineering with a real-world use case.

Tools and notes

Excel/Python. Results depend on weather, so test on several days.

Resume points from this project

Replace [x] with your own measured results. Write only what you really did.

Get the Rs. 99 project guide

A short guide that helps you decide and prepare. It contains:

  • A diagram and a 3D view of the project
  • How it works, in simple words
  • The main parts you will need
  • What workshop or lab you need and how hard it is
  • Results you can expect
  • Viva questions you should be able to answer

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