The growing demand for sustainable energy solutions has accelerated the development of portable solar technologies for outdoor and off-grid applications. This study presents the design and evaluation of a portable origami solar panel tailored for campers and outdoor enthusiasts. Inspired by the compact and foldable nature of origami, the panel maximizes solar energy collection while maintaining lightweight portability. Utilizing high-efficient photovoltaic cells, the panel is capable of charging mobile phones, laptops, and powering small appliances, addressing the energy needs of modern outdoor lifestyles. Key features include an innovative folding mechanism for easy transportation, robust durability for various weather conditions, and compatibility with multiple devices through versatile output ports. Simulations demonstrate significant reliability and portability over conventional portable solar panels, making it a reliable and eco-friendly solution for outdoor energy needs. This research contributes to advancing portable renewable energy systems, aligning with global efforts toward environmental sustainability and energy independence.

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Origami-Inspired Portable Solar Panels: A Case Study and Innovative Solution for Sustainable Outdoor Energy Requirements

  • W. R. T. De Silva,
  • K. S. Dawson,
  • E. M. L. M. B. Herath,
  • P. C. N. Fernando,
  • N. T. Dadigamuwa,
  • D. A. A. C. Ratnaweera

摘要

The growing demand for sustainable energy solutions has accelerated the development of portable solar technologies for outdoor and off-grid applications. This study presents the design and evaluation of a portable origami solar panel tailored for campers and outdoor enthusiasts. Inspired by the compact and foldable nature of origami, the panel maximizes solar energy collection while maintaining lightweight portability. Utilizing high-efficient photovoltaic cells, the panel is capable of charging mobile phones, laptops, and powering small appliances, addressing the energy needs of modern outdoor lifestyles. Key features include an innovative folding mechanism for easy transportation, robust durability for various weather conditions, and compatibility with multiple devices through versatile output ports. Simulations demonstrate significant reliability and portability over conventional portable solar panels, making it a reliable and eco-friendly solution for outdoor energy needs. This research contributes to advancing portable renewable energy systems, aligning with global efforts toward environmental sustainability and energy independence.