International Research Journal of Education and Technology

their potential to address fuel efficiency and environmental concerns. This study aims to explore the development of hybrid vehicle systems with a specific focus on increasing their range. The need for this study is underscored by the demand for sustainable transportation solutions that reduce dependency on fossil fuels while providing the range and reliability expected by modern consumers. Integrating advanced energy storage and management strategies, such as regenerative braking and optimized battery usage, presents an opportunity to extend the range of hybrid vehicles significantly. The primary objective of this study is to enhance hybrid vehicle performance by investigating various hybrid powertrain configurations and energy management techniques. Using a combination of simulations and real-world testing, the study evaluates fuel efficiency, battery life, and overall vehicle performance across different driving conditions. Through this hybrid approach, we aim to identify key strategies that can maximize range while maintaining affordability and practicality for consumers. The results indicate that optimized power management and regenerative braking can achieve a notable increase in range, potentially reducing the frequency of fuel refills and charging intervals. These findings suggest that with the right balance of hybrid system components, vehicles can achieve higher efficiency and cater to consumer needs in urban and long-distance travel contexts. In conclusion, enhancing the range of hybrid vehicles not only supports sustainable transportation goals but also addresses key consumer demands, paving the way for widespread adoption.

Key Words: Hybrid vehicles, Range extension, Energy management, Regenerative braking, Sustainable transportation