Research in
Electrical Engineering
Research in Electrical Engineering at KMITL focuses on addressing key challenges, problems, and opportunities facing modern society, spanning power systems, power electronics integration, electrical machines, renewable energy technologies, and high-voltage engineering.
Research Laboratory
High Voltage Engineering
Laboratory (HVEL)
The High Voltage Engineering Laboratory (HVEL) specializes in high-voltage testing, insulation performance evaluation, diagnostic techniques, and the testing of electrical equipment under extreme operating conditions to enhance the reliability and safety of next-generation power systems and energy infrastructure.
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Renewable Energy Application Laboratory (REAL)
The Renewable Energy Application Laboratory (REAL) conducts cutting-edge research in renewable energy applications and integration, and develops innovative solutions to enhance energy efficiency and sustainability.
Power Electronic Applications and Energy Conversion Research Laboratory (PEARL)
The Power Electronic Applications and Energy Conversion Research Laboratory (PEARL) focuses on advanced research in energy conversion technologies, targeting high efficiency, reliability, and compact power electronic systems.
Electrical Machines and Sustainable Energy Research Laboratory (EMSRL)
The Electrical Machines and Sustainable Energy Research Laboratory (EMSRL) focuses on advanced research in renewable energy integration and intelligent power systems. This lab applies AI and ML techniques for performance optimization, fault diagnosis, and predictive maintenance in renewable energy and power system applications.
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Power System Dynamics, Stability, and Control (PSDSC) Research Center
The Power System Dynamics, Stability, and Control (PSDSC) Research Center conducts research in power system dynamics, stability, and control, with a focus on AI-based intelligent control and smart grid technologies. It also develops analysis tools—PGAz (MATLAB) and PyGAz (Python)—to support research, simulation, and education in modern power systems.
