When discussing the challenges facing today’s electric grid, the focus often falls on power sources. Renewable energy, battery energy storage systems (BESS), and inverters are frequently cited as culprits, with “lack of inertia” becoming a popular buzzword. However, sources represent only half of the equation. The other half consists of loads—and these are undergoing transformative […]
Main Features of Matrix Converters When it comes to converting three-phase AC power to DC, the single-stage matrix converter stands out as a superior solution. This topology leverages the constant power flow of three-phase AC to deliver a device characterized by simplicity, unity power factor, and minimal output voltage ripple. While the topology requires bidirectional
The white paper presents a novel topology that simplifies high-voltage power conversion by reducing the voltage applied over the high-frequency transformer. This approach simplifies the solid-state transformer design, eliminating the need of exotic components.
The white paper presents a novel topology that simplifies high-voltage power conversion by reducing the voltage applied over the high-frequency transformer. This approach simplifies the solid-state transformer design, eliminating the need of exotic components.
