Optimized PMSM rotor speed control using Field-Oriented Control (FOC), Field Weakening, and Real-Time Simulation (RTS) for high efficiency, extended speed range, and reliable traction performance.

Advanced Rotor Speed Control for PMSM-Based Traction Drives using Cascade Control, Power Hardware In the Loop (PHIL), and Real-Time Simulation (RTS) to enhance Efficiency, Stability, and Fault Protection.

Simulation of Maximum Power Point Tracking (MPPT) and Battery Charging for a Solar PV System using Power Hardware In the Loop (PHIL) and Real-Time Simulation (RTS) to optimize Energy Efficiency and Battery Longevity.

Learn about dual three-phase inverter operation, fault-tolerant control, regenerative braking, and efficiency optimization in real-time simulations

Explore the efficiency and precision of synchronous machine-based electrical drives with real-time simulation.

Analyze and optimize the efficiency of single-stage solar inverters for seamless DC-AC conversion. Explore power loss reduction, modulation strategies, and grid compliance using real-time simulation

Explore real-time simulation of three-phase cycloconverters for direct AC-AC conversion. Optimize power quality, bidirectional power flow, and harmonic mitigation using HIL/PHIL techniques.

Explore Totem-Pole PFC simulation with GaN/SiC transistors for ultra-efficient AC-DC conversion. Achieve near-unity power factor, reduced THD, and optimized real-time control with HIL/PHIL validation.

Simulate and optimize twelve-pulse thyristor rectifiers for high-power AC-DC conversion. Achieve superior harmonic reduction, precise phase control, and improved power quality with real-time HIL/PHIL validation.