About Course

This course provides an in-depth exploration of power transformers, covering their principles of operation, mathematical modeling, efficiency, equivalent circuits, and practical simulations. It is designed to equip learners with theoretical and practical knowledge of transformer design, performance analysis, and power system applications.

🧑‍🏫 About the Speaker

Dr. Loai Al-Adim is an experienced Sales and Tendering Manager at Hitachi Energy (formerly ABB Power Grids), currently based in Amman, Jordan. He is part of the Power Grids – Grid Integration (PGGI) business unit, with extensive experience in high voltage (HV) and medium voltage (MV) substations, power quality solutions, and renewable energy integration.

Dr. Al-Adim has built a strong professional presence in the Levant region (Jordan, Iraq, Syria, Lebanon, and Palestine) and the Maghreb region (Algeria and Tunisia), managing complex projects and driving innovation in power systems. He also serves as the Renewable Segment Manager for the Middle East and Africa (MEA) region under the PGGI business line.

🎓 Academic Degrees & Certifications

  • Doctorate of Science (DSc., PhD) in Business Innovation in Electrical Power Engineering – Atlantic International University, USA

  • PhD in Electrical Engineering – Selinus University of Science and Literature, Italy

  • MBA in Energy and Sustainability – Universidad Católica de Murcia (UCAM), Spain

  • Advanced Program in Artificial Intelligence (AI) for Business Leaders – Airtics Education in partnership with Acacia University, USA

  • Postgraduate Extended Diploma in Energy and Sustainability – Cambridge International Qualification, UK

  • Certified Manager Programme – Chartered Management Institute (CMI), UK

  • MSc in Electrical Power and Control Engineering – Tafila Technical University (TTU), Jordan

  • BSc in Electric Power Engineering – Al-Balqa’a Applied University (BAU), Jordan

🔧 Technical Expertise

Power system analysis, generation, transmission and distribution, electrical machines, HV & MV substations, power quality solutions, renewable energy integration, MATLAB, and ETAP.

 
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What Will You Learn?

  • Introduction to Power Transformers
  • Types and functions of transformers
  • Core components: core, windings, and insulation system
  • Ideal and Real Transformer Principles
  • Properties of an ideal transformer
  • Principle of operation of real transformers
  • Mutual and leakage flux linkage
  • Transformer turns ratio, power, and impedance
  • Transformer Equivalent Circuits & Mathematical Models
  • Derivation of the exact equivalent circuit
  • Transformer mathematical models: current state variables, mutual flux linkage differential equations
  • MATLAB simulation of transformer mathematical models
  • Transformer Testing & Performance Analysis
  • Open-circuit and short-circuit tests
  • MATLAB simulation for transformer testing
  • Power flow diagram and transformer losses
  • Transformer Phasor Diagrams & Voltage Regulation
  • Exact transformer phasor diagrams
  • Voltage regulation and efficiency calculations
  • Per-Unit System in Transformers
  • Application of the per-unit system in transformer analysis

Course Content

Lectures

  • Transformer Lect 01 Definition and Construction
    00:00
  • Transformer Lect 02 Types and Functions
    00:00
  • Transformer Lect 03.1 Ideal Transformer Propoerties
    00:00
  • Transformer Lect 03.2 Ideal Transformer Principle of Operation
    00:00
  • Transformer Lect 03.3 Ideal Transformer Turns Ratio, Power and Impedance
    00:00
  • Transformer Lect 04.1 Real Transformer Principle of Operation
    00:00
  • Transformer Lect 04.2 Real Transformer Mutual and Leakage Flux Linkage
    00:00
  • Transformer Lect 05 Transformer Equivalent Circuits
    00:00
  • Transformer Lect 06.1 Transformer Mathmatical Model
    00:00
  • Transformer Lect 06.2 Transformer Mathmatical Model Current State Variable
    00:00
  • Transformer Lect 06.3 Transformer Mathmatical Model Mutual Flux Linkage DE
    00:00
  • Transformer Lect 06.4 MATLAB Simulation Transformer Mathmatical Model
    00:00
  • Transformer Lect 07.1 Transformer Open & Short Circuit Test
    00:00
  • Transformer Lect 07.2 MATLAB Simulation Transformer Open & Short Circuit Test
    00:00
  • Transformer Lect 08 Power Flow Diagram & TX losses
    00:00
  • Transformer Lect 09 Transformer Phasor Diagrams & Voltage Regulation
    00:00
  • Transformer Lect 10 Efficiency of Transformer
    00:00
  • Transformer Lect 11 Exact TR Phasor Diagram
    00:00
  • Transformer Lect 12 Per Unit in Transformers
    00:00
  • Transformer Lect 13.1 Power Trasnformer Parts Core and Windings
    00:00
  • Transformer Lect 13.2 Power Trasnformer Parts Mechanical Parts
    00:00

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