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Abstract
This paper addresses the development and parameter determination of an electric sorting device for high-quality tomato seed selection, powered by renewable energy sources (primarily solar energy). The device operates on electromagnetic and electrostatic principles, enabling the separation of seeds based on size, density, and electrical conductivity. Power is supplied via solar panels and a battery system. The study evaluates the device’s efficiency, energy consumption, sorting accuracy, and processing throughput. The proposed solution contributes to enhancing energy independence in agriculture, improving seed quality, and reducing environmental impact.
References
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