Master on Industrial Engineering

Importance of Power Electronics for  the Industrial Engineer
Power Electronics

Industrial Applications of Power Electronics
Aplicaciones Industriales de la Electrónica de Potencia

Year 2 Semester 1 
Topic focus on Industrial Engineering Specialists
6 ECTS

  • Teaching Guide - Guia Docente (2015-2016) (link)

Lectures (17 hours)

Lecture 01.- Power Electronics in the context of the Master on Industrial Engineering (link)

Lecture 02.- Introduction to Power Electronics (link)

Lecture 03.- Applications of Power Electronics. Ideas for Workroom on Renewable Energy (link)

Lecture 04.- Discussing ideas and proposals about renewable energies (link)

Lecture 05.- Basics of Power devices 
Diodes (link)
Transistors (link)
Tiristors (link)
New Devices: High Power (link)

Lecture 06.- DC to DC converters
Non-isolated basic stages (link)
Isolated (link)
Bidirectional (link)
Power Factor Correction (link)

Lecture 07.- Basics of wind energy design
Wind Energy with PMG (link)
Wind Energy old (link)
PMG basics (link)
Educational Pattern House (link)
Educational Pattern House: Paper in Workrooms Journal (link) 

Lecture 08.- Inverters
Inverters (VSI)(link)
Inverters (CSI)(link)
Drivers for inverters (link)
Delivering Power to grid. GTI-Grid Tie Inverters (link)
Example Grid Tie Inverter Design (link)
Example Grid Tie Inverter with droop control (link)
Animation (link)
BLDC drives: Basic operation
Example with 2 poles and 3 windings (link)
Example with 2 poles and 6 windings (link)

Lecture 09.- Energy storage (link)

Exercices (14 hours)

Exercice 01.-  PV solar design. Example of use of PVGIS (link)

Laboratory (12 hours)

Laboratory logbook: Basic recommendations (link)

PL1: Working with PSIM. Basic Concepts

PL2:  Working with PSIM: Solar quasi-MPPT  power converter.
Slides (link)
PSIM file (link)

PL3: PCB design in Power Electronics (link)
PCB library creation (link)
PCB DesignSpark activation (link)
PCB video tutorial in YouTube (link)
Auxiliar sheet with grid of 100 mil (link)

Educational Workbench on Renewable Energy (eWRE project)

  • eWRE project: proposed modules in Workrooms Journal (link)
  • eWRE project: Auxiliar information (link)
  • eWRE project: Reference paper in Workrooms Journal (link)
Impartido en EPI GIJON

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quasi-MPPT-solar-buck-boost.zip
(11k)
Manuel Rico Secades,
Oct 14, 2015, 8:19 AM