A Study the Solar Energy Powered by Solar Dryers and its Mechanism
Enhancing Agricultural Product Preservation Using Solar Energy and Thermal Storage
Keywords:
solar energy, solar dryers, mechanism, sun drying, agricultural products, drying rate, solar radiation, temperature, wind speed, moisture content, absorptive surface area, mass per unit, exposed area, thermal energy storage, continuous drying, intermittent drying, higher temperatures, surrounding environmentAbstract
Sun drying is the most popular technique utilised to preserve agricultural products in India.The rate of drying is affected by a number of factors, including but not limited to: the amount of availablesolar radiation, the temperature & wind speed of the surrounding area, the initial moisture content of thecrop, the crop's absorptive surface area, and the product's mass per unit of exposed area. The dryingprocess is slowed by the sun's sporadic appearance, cloud cover, and rain. Due to the limited availabilityof solar power throughout the night, it is necessary to employ effective thermal energy storage in orderto utilise the daytime heat surplus. Continuous drying is often favoured over intermittent drying. Thepurpose of solar drying is to subject the product to higher temperatures than would normally beavailable in the surrounding environment.Downloads
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Published
2021-09-01
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