Distributed Generation and Power Quality

Description

Introduction to Energy Network Interfacing - Distributed generation, storage, and microgrid - Static Synchronous Generator - Impacts of Distributed generation on electrical grids - Power quality standards, definitions, and characterizations - Fundamentals of Harmonics: Causes, indices, system response characteristics, and effects on different components - Devices for Controlling Harmonic Distortion and Notch filter design - Analysis of electric Power Quality: Unbalance, Voltage Sag, Swell, and Flicker - Instantaneous real and imaginary power theory - Shunt and series compensation of various power quality events - Unified power quality conditioner - Hybrid filters - Power quality monitoring - Wiring and Grounding.

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Introduction to Energy Network Interfacing - Distributed generation, storage, and microgrid - Static Synchronous Generator - Impacts of Distributed generation on electrical grids - Power quality standards, definitions, and characterizations - Fundamentals of Harmonics: Causes, indices, system response characteristics, and effects on different components - Devices for Controlling Harmonic Distortion and Notch filter design - Analysis of electric Power Quality: Unbalance, Voltage Sag, Swell, and Flicker - Instantaneous real and imaginary power theory - Shunt and series compensation of various power quality events - Unified power quality conditioner - Hybrid filters - Power quality monitoring - Wiring and Grounding.