Electricity Fundamentals for Non-Electrical Professionals
Fee: $225 / Online / Jun 25, 2027 / Course Code: 0601-WEB27
OVERVIEW
Please note, This instructor-led course has specific dates and times:
This webinar is held online on the following schedule (All times in Eastern Time Zone): 11:00 am to 2:30 pm Eastern
By the end of this course, you will be able to:
- Understand the core principles of electricity and their application in power systems, electricity generation, transmission and distribution system overview.
- Communicate effectively with power system planning, operation, and maintenance teams.
- Apply knowledge of power systems in regulatory and operational contexts.
- Recognize the components and configurations of both single and three-phase power systems.
- Interpret power system diagrams and understand the function of various power system components in substations.
Description
Understanding the fundamentals of electricity is essential for anyone involved in the power industry, even if they don't have an electrical engineering background. This course delves into the basic principles of electricity, explaining how electric power systems are structured and how they function. You will explore key concepts such as voltage, current, and frequency and gain insights into DC and AC systems. The course also covers power generation using different energy sources like thermal, hydro, and nuclear and explains the significance of active and reactive power in maintaining system stability.
Participants will learn about the configuration of power systems, including single—and three-phase power, and the importance of balancing these systems. You’ll also gain a deeper understanding of the functions of various power system components in substations and how these are depicted in Single-Line Diagrams (SLDs). The course also explains active and reactive power, power system losses and balanced and unbalanced powers.
By the end of this course, you will be equipped with the knowledge to participate effectively in discussions and projects on power systems. Whether you're a professional in regulatory work, a technician, or someone from a non-electrical engineering discipline, this course offers valuable insights that will enhance your understanding and engagement with the electric power industry.
Who This Course Is For
This course is designed for:
Professionals who work in areas related to power systems but lack a direct background in electrical engineering.
This comprehensive introduction to electricity fundamentals is especially valuable for regulators, legal professionals, and engineers from other disciplines involved in power system projects. It will also benefit technologists working in the power industry and those from the oil and gas sectors.
Additionally, this course will be advantageous for professionals in the electricity export/import markets or those seeking to refresh their knowledge of power systems.
SYLLABUS
Electricity Basics
- Fundamentals of electricity
- Volts, amps, frequency
- Essential elements in a power system
- Power and Energy
- DC System
- AC System
- AC versus DC System
What Constitutes a Power System
- What is a power system?
- AC power system
- Generators and how they work
- Energy sources: Thermal, Hydro, Nuclear
- Other types of power generations
- Canadian energy sources
Active and Reactive Power
- Active and Reactive Power
- Power factor and concept of Lead-Lag
- Reactive compensation
Single and Three-phase Systems
- Single and three-phase power
- Why do we need three-phase power
- Balanced and unbalanced systems
- Symbols and diagrams
- Phasors: engineers’ tool
Configuration of a power system
- A typical power system
- What is a substation?
- Transformers and their applications
- How to control a power system?
- What is a Single Line Diagram (SLD)?
INSTRUCTOR
Amitabha Gangopadhyay, M.Eng., P.Eng, is well recognized in power system engineering, where he has made many contributions to a wide range of power system applications for decades.
Prior to pursuing higher studies in Canada, Amitabha worked in the utility industry and with English Electric in India. In Canada, Amitabha has worked with Group Schneider, Global Thermoelectric, Fuel Cell Energy and SNC Lavalin in many areas of power system engineering. While working for Group Schneider, Amitabha has designed a number of microprocessor based protective relays and metering devices. For 17 years, he has served Government of Canada advising them on electric reliability of bulk power systems in North America.
His areas of interest are electrical transmission and distribution, protection and smart grid applications. Amitabha holds a Master's Degree from the Memorial University of Newfoundland. He has published several papers in international journals and conferences.
Amitabha is a professional engineer in the province of Alberta.
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