Solar-Powered Tricycle for Enhanced Mobility and Accessibility

Abstract

This paper introduces a ground breaking project focused on the
design and implementation of a solar-powered tricycle tailored
to meet the unique mobility needs of physically challenged
individuals. By seamlessly integrating solar energy technology
with an innovative tricycle design, our project aims to enhance
the accessibility and independence of users facing physical
mobility limitations. The solar tricycle incorporates a
lightweight and ergonomic frame, ensuring ease of use and
comfort for riders with varying physical abilities. The
integration of solar panels on the tricycle's surface allows for
sustainable and eco-friendly energy generation, reducing the
reliance on conventional charging methods. This
environmentally conscious approach not only addresses the
growing concern of energy sustainability but also promotes
inclusivity by providing a reliable and renewable energy
source.
Key features of the solar tricycle include adaptive controls,
customizable seating arrangements, and safety mechanisms to
accommodate diverse user needs. The paper discusses the
engineering challenges encountered during the development
process, detailing the solutions implemented to create a
reliable and efficient solar-powered tricycle prototype.
Through a combination of real-world testing and user
feedback, our project evaluates the performance, durability,
and user satisfaction of the solar tricycle. The results
demonstrate the viability of the proposed solution, showcasing
its potential to positively impact the lives of physically
challenged individuals by promoting increased mobility,
independence, and environmental sustainability. This research
contributes valuable insights to the field of assistive
technology and sustainable transportation solutions, with
implications for future innovations inaccessible mobility.