Abstract
This study focuses on developing an adaptive bicycle prototype with a manual charging mechanism for renewable energy. In response to environmental concerns and the demand for eco-friendly transportation, the research introduces a sustainable approach for short-distance travel. The goal is to demonstrate human power as an effective alternative to non-renewable energy by converting cycling’s rotational force into electrical energy. This energy is stored in a specialized battery and used to power the bicycle with an electric motor’s assistance. The methodology involves constructing and testing a prototype to capture and store energy during pedaling, analyzing mechanical components, electrical conversion, and battery efficiency. Controlled experiments assess the adaptive bicycle’s functionality and effectiveness in self-charging without external power. Results indicate successful integration of the manual charging mechanism with an average energy conversion efficiency of X%. The adaptive bicycle offers a sustainable solution for short-distance commuting, minimizing environmental impact and promoting an eco-friendly mode of travel. This innovative approach highlights the integration of renewable energy into everyday transportation, addressing environmental concerns by reducing dependence on non-renewable sources.
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