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This research provides a novel method for maximizing heat generation throughout the day by utilizing a Genetic Algorithm (GA) to optimize the sidewall inclination angles of a box-type solar cooker. This study expands on the foundational work by Vaidya et al. [12], where the sidewall angles were optimized for a fixed geometry. To maximize solar radiation capture, the sidewall angles are dynamically adjusted based on sun position at each hour of a given day. In this paper, we use Genetic Algorithm to find the ideal angles for each hour of sunshine, enhancing the thermal performance throughout the day using the same opto-geometrical concepts and heat transfer equations described in the cited research [2].

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Enhancing Box Type Solar Cooker Performance with Optimal Reflecting Sidewall Angles Using Genetic Algorithm

  • 会议论文

  • 发表日期：

    2025年

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  • Akshat,
  • Narender Singh Thakur,
  • Sanat Thakur,
  • Ankush Kumar,
  • Dharmendra Prasad Mahato

摘要

This research provides a novel method for maximizing heat generation throughout the day by utilizing a Genetic Algorithm (GA) to optimize the sidewall inclination angles of a box-type solar cooker. This study expands on the foundational work by Vaidya et al. [12], where the sidewall angles were optimized for a fixed geometry. To maximize solar radiation capture, the sidewall angles are dynamically adjusted based on sun position at each hour of a given day. In this paper, we use Genetic Algorithm to find the ideal angles for each hour of sunshine, enhancing the thermal performance throughout the day using the same opto-geometrical concepts and heat transfer equations described in the cited research [2].