Electric Power Systems

Go to Course: https://www.coursera.org/learn/electric-power-systems

Introduction

**Course Review: Electric Power Systems on Coursera** In today's rapidly evolving energy landscape, understanding the intricacies of electric power systems is more crucial than ever. For anyone considering a career in the energy field or looking to deepen their understanding of the electric utility industry, the Coursera course titled **Electric Power Systems** is an excellent choice. This course not only provides foundational knowledge but also equips participants with the terminology and standards that govern the electric utility sector. ### Course Overview The **Electric Power Systems** course offers a comprehensive introduction to the electric power industry, covering everything from the generation of electricity to the end-user. It caters to individuals with a minimum of a high school diploma and those possessing basic knowledge of electrical concepts, making it accessible to a wide audience. ### Course Content & Syllabus The syllabus is thoughtfully structured into distinct modules, each focusing on critical aspects of electric power systems: 1. **Basic Electricity**: This module lays the groundwork by explaining the fundamental principles of electricity. It covers the nature and effects of electricity, basic electrical properties, and simple circuits. This foundational knowledge is essential for grasping more complex concepts later in the course. 2. **Generation, Transmission, & Distribution**: Here, you will delve into how electrical energy is generated and distributed through various mediums. This module discusses the importance of substations and transformers, as well as methods of transmission and distribution. Understanding these components is vital in recognizing how electricity reaches consumers reliably. 3. **System Design & Switching**: This module introduces students to circuit breakers and the protocols necessary for their safe operation. The importance of design and switching is underscored, providing insights into the complexities of maintaining electrical systems. 4. **Renewable Energy & Smart Grid Technologies**: As the electric power infrastructure faces new challenges, this module discusses innovative technologies and their implications. Topics include the environmental aspects of the Smart Grid, its risks, and how it benefits both utilities and consumers. Given the shift towards renewable energy sources, this content is particularly relevant for aspiring energy professionals. ### Personal Insights and Recommendations Having explored the course content, I can confidently recommend **Electric Power Systems** for anyone interested in a career in the energy field. The course strikes a fine balance between theoretical concepts and practical applications, making it suitable for novices and those with some background in energy systems. The instructional design is clear, with modules that build upon one another to create a cohesive learning experience. Furthermore, the course materials are engaging, featuring a blend of video lectures, readings, and interactive assessments that reinforce learning. ### Conclusion In summary, if you are eager to understand the electric utility industry or are considering a career in energy, the **Electric Power Systems** course on Coursera is a stellar educational opportunity. With its comprehensive syllabus, professional standards, and an emphasis on contemporary issues like renewable energy and smart grid technologies, this course prepares you for the future of energy. Don’t miss the chance to enhance your knowledge and skills in this vital sector. Sign up today and take the first step toward a rewarding career in energy!

Syllabus

Basic Electricity

Electricity is a term that covers all the phenomena caused either by static electric charge or by the movement of charge (current) and the electrical and magnetic fields associated with that. This module looks at: Nature and Effects of Electricity; Basic Electrical Properties and Simple Circuits.

Electrical energy is transmitted and distributed via overhead lines and underground cables operating at different voltage levels. It is necessary to mesh networks to ensure dependable supply for consumers even if individual transmission paths fail. This module focuses on: Substations & Transformers; Generation; Transmission & Subtransmission and Distribution.

Circuit breakers are complicated electromechanical devices and must be serviced regularly. So that work on them can be perform safely, switches are installed before and after them.

Our nation’s electric power infrastructure that has served us so well for so long – also known as “the grid” – is rapidly running up against its limitations. This module looks at Smart Grid Risks; Smart Grid, Utilities & Customers; Smart Grid & the Environment and Renewable Energy.