Advances in Electrical, Electronics, and Communication Engineering: Applications in Defense and Energy Systems

This book comprehensively covers applications of electrical, electronics, and communication engineering in defense and energy systems. The first chapter introduces next-generation fire suppression systems for military ground vehicles, emphasizing rapid detection and extinguishing in compliance with NATO standards to enhance crew safety and vehicle survivability. The second chapter addresses preventing hazardous gas intrusion in missile launch vehicles using positive pressurization, highlighting its advantages over traditional filtration. The third chapter focuses on the effects of vibration on permanent magnet synchronous motors used in light electric vehicles, discussing modeling and simulation techniques for performance optimization. The fourth chapter examines strategic energy solutions for military vehicles operating under extreme geographical and environmental conditions, including power consumption calculations and battery management. The fifth chapter explores modern assembly management techniques combining past insights for improving military vehicle production. The sixth chapter offers an extensive overview of advancements in AlGaN-GaN HEMT technology, including material properties and fabrication innovations. The seventh chapter investigates hybrid Whale and Grey Wolf optimization algorithms for tuning PID controllers in DC motor speed control, demonstrating superior performance. The eighth chapter discusses the role of artificial intelligence in brain-computer interfaces using EEG signals for device control, especially for patients with neurological disorders. The final chapter provides a detailed design and cost analysis of off-grid photovoltaic systems for cathodic protection in bridges, considering environmental factors and optimal system sizing. Together, these chapters provide valuable technical and applied insights into engineering solutions supporting defense and energy sectors.