Welcome to imperix knowledge base

This section aims to be a growing base of documentation and resources for all imperix software and products.


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Applications (view all)

Applications contain articles aimed at the implementation of complete systems, often adapted to laboratory-scale power levels. The corresponding articles provide relevant technical details about one selected implementation.

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Three-phase PV inverter for grid-tied applications

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On-board charger (OBC) for electric vehicles

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Wind turbine generator control using a sensorless algorithm




Tutorials (view all)

Tutorials are made of several articles addressing a common topic or field of interest. The articles are ordered by increasing order of complexity, also corresponding to typical implementation steps during experimental activities.

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Current controlled buck converter

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Grid-Following Inverter (GFLI)

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Field-Oriented Control




User Manuals (view all)

User Manuals regroup articles specifically related to imperix products. They present useful information to get started with standard equipment and provide guidance on how to make the most of the imperix software environment.

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Getting started with ACG SDK

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B-Box 4

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B-Box RCP 3.0


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Highlighted Articles

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PRODUCT NOTES
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Getting started with Python scripting

Imperix Cockpit provides a graphical interface for managing real-time control software running on imperix controllers. It supports a wide range of actions, from testing transient...

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PRODUCT NOTES
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Programming and operating imperix controllers

This document provides guidance for first-time users on the essential procedures for deploying code to imperix controllers and connecting to the equipment. It is applicable...

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PRODUCT NOTES
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Installation guide for imperix CPP SDK

This page provides step-by-step instructions for installing the imperix CPP SDK. It also provides guidance for importing the user template into the Integrated Development Environment...

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Recent Articles

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TECHNICAL NOTES
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Anti-islanding implementation using the GEFS technique

Islanding occurs when a distributed energy resource continues to energize part of the network after that part has been disconnected from the main grid [1]....

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TECHNICAL NOTES
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Motor emulation for PHIL prototyping

This article presents a Power Hardware-in-the-Loop (PHIL) system where the behavior of a Permanent Magnet Synchronous Machine (PMSM) is emulated for the validation of a...

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TECHNICAL NOTES
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Microgrid emulation for PHIL prototyping

This article presents a Power Hardware-in-the-Loop (PHIL) application integrating imperix hardware with third-party simulators. In this example, the setup emulates a microgrid, and loads it...

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imperix acg sdk with imperix cockpit

Software documentation

These notes provide documentation for all the blocks and functions packed with ACG SDK and CPP SDK. Each page covers the configuration parameters and the use of a specific peripheral block within the Simulink, PLECS, and C++ environment

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