摘要

本课题对新型能源的混合动力自行车的应用环境、工作要求及功能进行深入的分析与研究，设计出满足实际需求的新型能源的混合动力自行车，并对其进行总体结构设计，绘制新型能源的混合动力自行车总装图及各重要零部件图。

本文设计了一种新型的混合动力自行车，该自行车结合了传统自行车和新型能源的混合动力的优点，旨在提高骑行体验和效率。通过使用可再生能源如太阳能和风能进行充电，该自行车有助于减少碳排放并促进环保。本文详细介绍了混合动力自行车的设计特点，包括先进的能源管理系统、智能传感器和用户友好的界面。此外，还对自行车的性能进行了评估，并讨论了其潜在的应用和市场前景。

关键词：混合动力自行车，可再生能源，能源管理系统，智能传感器，环保

Abstract

This topic of the new energy hybrid bicycle application environment, work requirements and function of in-depth analysis and research, design to meet the actual demand of new energy hybrid bicycle, and the overall structure design, draw the new energy hybrid bicycle assembly diagram and the important parts. This paper designs a new hybrid bicycle that combines the advantages of conventional and electric bikes, aiming to improve the cycling experience and efficiency.

By using renewable energy sources such as solar and wind power, the bike helps reduce carbon emissions and promote environmental protection. This paper details the design features of hybrid bikes, including an advanced energy management system, smart sensors and a user-friendly interface. Furthermore, the performance of bicycles is evaluated and their potential applications and market prospects are discussed.

Key words: hybrid bicycle, renewable energy, energy management system, smart sensor, environmental protection