Active damping of LCL filters
Power electronic converters generate non-ideal current and voltage waveforms, which unavoidably include a broad spectrum of undesirable switching harmonics. In most applications, these harmonics must…
Power electronic converters generate non-ideal current and voltage waveforms, which unavoidably include a broad spectrum of undesirable switching harmonics. In most applications, these harmonics must…
This article covers the control of a single phase solar PV inverter using Fictive Axis Emulation (FAE) and its implementation on a programmable power converter.
This note shows a possible control for a grid tied back to back converter. The proposed control implements active damping of the LCL filter.
This note presents an FPGA control implementation of a grid-tied current-controlled inverter. It combines several control modules presented in different Technical Notes to form a…
Thanks to its flexibility, the power electronic bundle allows for the implementation of numerous power converter topologies. As an example, this page explains how to…
Simple first-step guide to building NPC converters, taking as an example a 3-phase 3-level NPC converter supplied by a DC voltage and connected to a resistive load.
This article introduces an example of Finite Control Set Model Predictive Control (FCS-MPC) for an LCL-filtered voltage-controlled inverter. The proposed control implementation is derived from…
This page introduces the implementation of a solid-state transformer with cascaded H-bridge, dual active bridge, and grid-forming inverter.
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