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Development of Low-cost Solar Cooker with Hexagonal Reflector Mechanism for Societal Approach

Yamgar Rutwika R, Kulkarni Shubham S., Haswal Suraj S., Patil Soundarya T., Husainy Avesahemad S.N.

Abstract


As shown by an investigation of the Indian Government, 77% of the rural families depend on fuel and chips. To overcome it and convey clean energy, daylight-based energy is the better focal point for cooking. Sunlight-based energy is on a fundamental level manageable force, and it offers benefits to the environment and economy. In this paper, experimentation is on box-type daylight-based cooker with and without a hexagonal reflector. The result shows that a higher temperature is refined less when it appeared differently about without a hexagonal mirror and due to the hexagonal mirror. Besides, it requires 2 hours for fragile food and 3 hours for challenging fare. The sunlight-based cooker would help secure conventional forces, similar to kindling, cow fertilizer cake, etc.

Keywords


Food preparing, solar cooker, solar energy, reflector

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