Optimizing The Rehabilitation And Upgrading The Performance Evaluation Of Internal Combustion Engine System Using Intelligent Ultracapacitor

Abstract

The rehabilitation and performance optimization of internal combustion engine (ICE) systems are critical for improving energy efficiency, reducing emissions and enhancing operational reliability. This study focuses on integrating an intelligent ultra-capacitor system to enhance the performance evaluation and upgrade the functionality of ICE systems at Caritas University, Amorji Nike, Enugu. By leveraging intelligent control algorithms and advanced energy storage technologies, the proposed system ensures efficient energy management, improved engine start-stop functionality and reduced wear on critical components. A comprehensive evaluation framework is developed to assess the impact of the intelligent ultra-capacitor on the engine's performance, fuel efficiency and environmental sustainability. The findings demonstrate significant improvements in operational efficiency and a reduction in maintenance costs. This study provides a practical blueprint for implementing intelligent energy solutions in ICE systems contributing to sustainable engineering practices in academic and industrial settings.