Iqbal Husain
Publications
- A Frequency-Adaptive Space Vector PWM Control Method for PMSMs Based on Real-Time Torque and Current Ripple Prediction , (2025)
- Active Torque Capability Determination Under Unity Power Factor Operation of Biaxial Excitation Synchronous Machines , (2025)
- Active Torque Capability Determination Under Varying Power Factor Operation of Biaxial Excitation Synchronous Machines , (2025)
- Coreless Axial Flux Permanent Magnet Synchronous Machine With Modular Ceramic Substrate Windings for E-Bike Applications , IEEE Transactions on Transportation Electrification (2025)
- Design of Slotless PMSMs Considering Winding Eddy Current Loss , (2025)
- Dynamic Energy Management for Hybrid Wave-Energy Storage Systems Under Uncertainty , (2025)
- Electromagnetic Design and Analysis of an Asymmetric Dual Three Phase Slotless 3D Airgap Electric Machine for High Power Density Applications , (2025)
- Light-Load Efficiency Enhancement of Soft-Switching Auxiliary Resonant Commutated Pole Inverter With Dual Active Modulation , IEEE Journal of Emerging and Selected Topics in Power Electronics (2025)
- Loss Characterization and Optimal Switching Frequency Selection in Low-Inductance High-Speed PMSMs Driven by a Wide Bandgap GaN Inverter , (2025)
- Modified Space Vector Modulation with Low Bandwidth Sensor to Reduce Losses in Soft Switching Three-phase Inverters , (2025)
Grants
Associate Member with FREEDM Systems Center
Associate membership in FREEDM.
Re-joining the center. Affiliate Member.
Associate Member with FREEDM Systems Center
New agreement for Full Membership.
Co-led by NREL, University of Washington, and EPRI, the Universal Interoperability for grid-Forming Inverters (UNIFI) Consortium will address fundamental challenges & develop solutions to seamlessly integrate grid-forming (GFM) inverters into electric grids alongside machines and other inverter-based resources (IBRs) at any scale. UNIFI will engage researchers, industry partners, utilities, and other stakeholders to form an ecosystem that will adopt a systems-oriented approach to conduct research, development, & demonstration; define functions to prove vendor-agnostic interoperability while conforming to system rules; & develop workforce training courses for planning, designing, & operating grids with high level of GFM IBRs.
This DOE proposal will develop new machine-learning based algorithms for detection, localization and mitigation of different types of cyber-attacks in electric power systems.
Microgrids (MG) deliver highly resilient power supply to local loads in the event of a power outage, while improving distribution system reliability by reducing the load on the system under stress conditions. Networked microgrids that coordinate with each other and the distribution system operator increase reliability and resilience further by improving the diversity of the generation assets and loads. Microgrids are also widely considered as an essential technology to address the challenges of climate change.
Research in single stage solid state transformer (SST) development. A challenging aspect of SST development is maintaining high efficiency while improving the power density and reliability. The project goal is to achieve 99% efficiency for a 20kW single-stage AC-SST at module voltage ratings of 480V input and 480V output and to explore the feasibility and scalability for such technology at 35kVac and 10MVA levels. The goal will be achieved with simplified modular topology and a novel control method that will provide soft-switching operation over the entire operating range.
Renewal membership