Solar-Powered Refrigerator Wheels Engineering Design is a B.Tech project topic for Agricultural Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Solar-Powered Refrigerator Wheels Engineering Design Project Details
| Abstract |
Transporting and storing farm products adds a lot of greenhouse‑gas emissions because most refrigeration still relies on fossil‑fuel power. This research designs, builds, and tests a mobile cooling unit that runs on solar power and is aimed at small‑scale farms. The unit combines an insulated cooling chamber with a solar‑panel‑driven battery system to keep harvested crops fresh while they are being moved. Input from local small‑scale farmers shaped the required functions, size limits, and design details of the mobile box. Experiments measured how well the chamber maintained low temperatures and how efficiently the solar‑battery setup charged and discharged under different weather conditions. The data show that the solar‑powered refrigerator can
reach and hold the target temperatures needed for perishable produce. As a result, this portable, low‑emission cooler can replace traditional cold‑chain methods, making local agricultural distribution more sustainable and providing a practical off‑grid cooling solution.
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| Reference Paper |
Solar-Powered Refrigerator on Wheels: An Engineering Design Challenge |
| Domain |
Agricultural Engineering |
| Sub-Domain |
Renewable Energy in Agriculture |
| PDF Download |
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| Get Help |
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