Electrical Power Systems
Course Overview
Want to understand the backbone of modern power systems? This module takes you deep into transformers, grid control, and the technologies that keep electricity flowing reliably. You'll explore key elements of how transformers work—from magnetic circuits and windings to cooling, tap-changing, and troubleshooting—plus the vital gear that supports them like bushings, gauges, and voltage regulators.
The module dives into how power and frequency are controlled across generators and networks, and how voltage and reactive power are managed to keep systems stable. You'll learn about reactive power compensation, capacitor banks, Static VAR Controllers, and advanced solutions like STATCOMs and series compensation. It also covers high-voltage direct current (HVDC) systems: how they work, where they're used, and how they're designed to handle harmonics, reactive power, and AC/DC interactions. Finally, the module explores elements of power system planning and operation—balancing reliability, economics, and stability—along with modern tools like FACTS controllers and substation automation.
Main Goal
The module provides a deep understanding of Electrical Power Systems and develops the learner's ability to design, manage, and validate these systems. This includes power flow, system stability, and voltage frequency & reactive power control.
Why Choose This Module?
- + Deep technical grounding in transformer design and grid control
- + Hands-on use of industry-standard software (ERACS & ETAP)
- + Taught by experienced industry and academic staff
- + Problem-based, student-centred active learning methodology
- + 100% Continuous Assessment — no final exams
Program Structure
Part 1 – Transformers & Supporting Equipment
Magnetic circuits, windings, cooling systems, and tap-changing mechanisms.
Transformer protection, troubleshooting, bushings, gauges, and voltage regulators.
Part 2 – Power, Frequency & Voltage Control
Active power and frequency control across generators and interconnected networks.
Reactive power compensation, capacitor banks, Static VAR Controllers, STATCOMs, and series compensation.
Part 3 – HVDC Systems
Operating principles, application areas, and design considerations for HVDC.
Harmonic management, reactive power, and AC/DC system interactions.
Part 4 – Power System Planning & Operation
Reliability, economics, and stability in large-scale system design.
FACTS controllers, substation automation, and systems analysis using ERACS & ETAP.
Learning Outcomes
On completion of this module the learner will be able to:
- + Specify the requirements of power transformers in industrial use
- + Analyse the control of power and frequency in an interconnected system
- + Analyse and design reactive power and voltage control applications for power grids
- + Classify power system operation and control, and apply HVDC principles
- + Design and analyse power systems using ERACS & ETAP software
Career Opportunities
Graduates can pursue roles such as:
Power Systems Engineer
Grid Integration Specialist
Energy Systems Analyst
Electrical Design Engineer
Substation Automation Engineer
Course Staff
Ger O'Farrell, Lecturer
Dept of Electrical & Electronic Engineering
Faculty of Engineering & Technology
TUS, Ireland
MEET YOUR INSTRUCTORS
Lecturer
Admissions
Entry Requirements
A Bachelor's Degree in Engineering, Technology, or Science, or equivalent qualification.
Applicants with relevant work experience may also be considered.
How to Apply
Complete the Online Application Form using the link below
Click here to visit institution page
Practical Notes
Contact TUS for information on discounted fees.
Contact: Gerard Cahill, TUS DigiWind Manager — gerard.cahill@tus.ie
Fees & Funding
Tuition Fees
EU Students: Contact TUS for current fee information and available discounts.
Non-EU Students: Contact TUS for international fee rates.
Funding Options
- + Discounted fee rates may be available — contact TUS DigiWind Manager for details.
- + Industry-sponsored or employer-funded enrolment may be supported.
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