This track focuses on the latest research and technologies aimed at improving electrical power quality. Topics include measurement techniques, standards, and mitigation strategies for power quality issues.

This session explores methodologies and frameworks for enhancing the reliability of electrical power systems. It includes discussions on risk assessment, reliability modeling, and maintenance strategies.

This track examines the integration of smart grid technologies and advanced energy management systems. Emphasis is placed on real-time monitoring, demand response, and decentralized energy resources.

This session addresses the role of energy storage technologies in enhancing grid stability and reliability. Topics include battery systems, pumped hydro storage, and innovative storage solutions.

This track delves into the challenges associated with high voltage systems and the innovative solutions being developed. Discussions will cover insulation technologies, fault detection, and system design.

This session focuses on the design and implementation of control systems in electrical engineering applications. Topics include control algorithms, system dynamics, and automation techniques.

This track highlights the importance of predictive maintenance strategies for ensuring the reliability of power systems. It includes discussions on condition monitoring, data analytics, and maintenance optimization.

This session explores the use of computational modeling techniques in analyzing electrical systems. Topics include simulation methods, numerical analysis, and software tools for performance evaluation.

This track focuses on the performance evaluation of various electrical machines under different operating conditions. Discussions will cover efficiency, thermal management, and design optimization.

This session addresses fault analysis techniques and their impact on system stability. Topics include fault detection, protection schemes, and stability assessment methods.

This track examines the challenges and strategies for integrating renewable energy sources into existing power systems. Emphasis is placed on optimization techniques, grid stability, and policy implications.