Power semiconductor converters for Industry 4.0 applications

TASUTA KOOLITUS. 02-06.11.2020 kursust ei toimu, kuna rühma ei komplekteeritud. Vabandame!

Date:

02. - 06.11.2020

Aim of the course:

The aim of the course is to introduce the development trends of modern power electronics, to give an overview of the basic circuits and operating principles of power semiconductor converters worked with renewable energy sources.
At the same time, the course teaches the basics of the design of power circuits using the modern semiconductor devices and helps learners in understanding the problems of sustainable energy supply for sustainable society deveopment.

Target group:

The course is intended for electrical engineers and anyone interested in energy.

Prerequisites:

Knowledge of physics, electrical engineering.

Topics:

Chapter 1. Rectifiers: The main characteristics of rectifiers; Single-phase half-cycle rectifiers; Single phase full period rectifiers; Single phase bridge rectifiers; Three-phase full period rectifiers; Three - phase bridge rectifiers
Chapter 2. Inverters: Characteristics of inverters; Voltage converters; Current transformers; Resonant inverters;
Chapter 3. AC Converters: AC Voltage Regulators; Direct frequency converters; Frequency converters with direct current circuit
Chapter 4. DC Converters: DC Voltage Regulators; Voltage reducing pulse width converters; Voltage boosting pulse width converters; Universal pulse width converters.

Study results:

After completing the course, the student:
• knows the basic principles of energy conversion;
• familiarises with the topologies of modern power semiconductor converters and their applications;
• can model and simulate power electronics converters with a software package on a computer;
• understands converter protection schemes, cooling methods, converter reliability and diagnostics.

Assessment criteria:

Arvestus tuleb sooritada vähemalt 51%.
Ja vähemalt 70% kontakttundides osalemine.

Comments:

Kursus toimub, kui osalejaid on vähemalt 20.

Learning outcomes:

Engineering, manufacturing and construction

Course language:

in Estonian, in English, in Russian

Volume:

lectures: 40 academic hours
independent studies: 20 academic hours

Graduation document:

TalTech certificate

Lecturer:

Taltechi vanemlektor Valery Vodovozov ja dotsent Zoja Raud

Contact:

Merylin Pill, 6203769, merylin.pill@taltech.ee

Remarks about the price:

Täienduskoolituse riikliku koolitustellimuse (RKT) kursusi rahastatakse Euroopa Sotsiaalfondi toel programmi “Täiskasvanuhariduse edendamine ja õppimisvõimaluste avardamine” kaudu ning on osalejatele tasuta.

Registration deadline:

23.10.2020

Timetable:

Tallinna Tehnikaülikooli Virumaa Kolledž, Järveküla tee 75, Kohtla-Järve
02.11.2020
12:00 - 18:30	Introduction to the new digital industrial technology. Power Electronics, its place and role in Industry 4.0. Introduction to Electronics simulation toolkit. Введение в новую цифровую индустриальную технологию. Силовая электроника, ее место и роль в Industry 4.0. Введение в моделирование электронных преобразователей. Sissejuhatus uude digitaalsesse tööstustehnoloogiasse. Jõuelektroonika, selle koht ja roll Tööstuses 4.0. Sissejuhatus elektrooniliste muundurite modelleerimisse.
03.11.2020
12:00 - 18:30	Rectifiers: The main characteristics of rectifiers; Single-phase half-cycle rectifiers; Single phase full period rectifiers; Single phase bridge rectifiers; Three-phase full period rectifiers; Three - phase bridge rectifiers. Выпрямители: Основные свойства выпрямителей; Однофазные однополупериодные выпрямители; Однофазные полноволновые выпрямители; Однофазные мостовые выпрямители; Трехфазные полноволновые выпрямители; Трехфазные мостовые выпрямители. Alaldid: Alaldite peamised tunnussuurused; Ühefaasilised poolperioodalaldid; Ühefaasilised täisperioodalaldid; Ühefaasilised sildalaldid; Kolmefaasilised täisperioodalaldid; Kolmefaasilised sildalaldid.
04.11.2020
12:00 - 18:30	Inverters: Characteristics of inverters; Voltage converters; Current transformers; Resonant inverters. Инверторы: Характеристики инверторов; Преобразователи напряжения; Преобразователи тока; Резонансные инверторы. Vaheldid: Vaheldite tunnussuurused; Pingevaheldid; Vooluvaheldid; Resonantsvaheldid.
05.11.2020
12:00 - 18:30	AC Converters: AC Voltage Regulators; Direct frequency converters; Frequency converters with direct current circuit. Преобразователи переменного тока: Регуляторы переменного тока; Непосредственные преобразователи частоты; Преобразователи частоты со звеном постоянного тока. Vahelduvvoolumuundurid: Vahelduvpingeregulaatorid; Vahetud sagedusmuundurid; Alalisvoolulüliga sagedusmuundurid.
06.11.2020
12:00 - 18:30	DC Converters: DC Voltage Regulators; Voltage reducing pulse width converters; Voltage boosting pulse width converters; Universal pulse width converters. Преобразователи постоянного тока: Регуляторы постоянного тока; Понижающие ШИМ преобразователи; Повышающие ШИМ преобразователи; Универсальные ШИМ преобразователи. Alalisvoolumuundurid: Alalispingeregulaatorid; Pinget madaldavad pulsilaiusmuundurid; Pinget tõstvad pulsilaiusmuundurid; Universaalsed pulsilaiusmuundurid.

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