This invention presents a new method for controlling a non-inverting buck-boost converter using an FPGA with dynamic reconfiguration.

This invention focuses on enhancing the performance of silicon solar cells by improving the quality of silicon nitride films used as anti-reflective coatings and passivation layers.

This is an innovative approach to enhance energy harvested from flywheel energy storage systems (FES).

The Universal Hardware PD Simulator addresses the critical issue of insulation breakdown in high voltage equipment, a concern in the power system industry. Partial Discharges (PD) precede such breakdowns, indicating insulation deterioration.

This invention involves a new method and arrangement for interrupting DC currents using a magnetic field in a vacuum environment.

This invention offers an efficient way to connect solar panels and batteries to a high-voltage DC microgrid. Using a two-winding high-frequency transformer, it reduces power losses and simplifies the setup.

This invention presents a method to enhance Chemical Vapor Deposition (CVD) graphene by modifying its properties.

The invention integrates a magnetic gear with a Segmented Rotor Switched Reluctance Motor (SSRM) to create a high-torque density motor suitable for various applications such as electric vehicle in-wheel drives, marine propulsion, eVTOL aircraft, a

The proposed invention addresses the challenge of compensating inherent double line frequency energy in single-phase (1-ϕ) AC-DC systems, specifically in direct and indirect matrix converters.

The invention addresses the challenge of double line frequency energy in 1-ϕ operation of 3-ϕ-1-ϕ interoperable direct and indirect matrix converters.