Advanced Power Electronic Converters for Renewable Energy

Description

Classical DC/DC converters – classical DC/AC inverters and PWM techniques - PV PWM based charger converters - Photovoltaic grid connected converters (Central topology) - PV grid connected converters (String configuration) - PV grid connected converters (Single stage) - AC/DC based battery chargers - Wind energy induction generator based converters - Full-scale two-stage wind energy permanent generator based converter - Doubly-fed induction generator based converter (1) - Doubly-fed induction generator based converter (2) - Micro wind energy converter - Gate drive circuit design (Thyristors) - Gate drive circuit design (MOSFETs and IGBTs) - Thermal considerations and heat sinks selection.

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Classical DC/DC converters – classical DC/AC inverters and PWM techniques - PV PWM based charger converters - Photovoltaic grid connected converters (Central topology) - PV grid connected converters (String configuration) - PV grid connected converters (Single stage) - AC/DC based battery chargers - Wind energy induction generator based converters - Full-scale two-stage wind energy permanent generator based converter - Doubly-fed induction generator based converter (1) - Doubly-fed induction generator based converter (2) - Micro wind energy converter - Gate drive circuit design (Thyristors) - Gate drive circuit design (MOSFETs and IGBTs) - Thermal considerations and heat sinks selection.