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From Traditional Grid to Smart Grid

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2 modules

Gain insight into a topic and learn the fundamentals.

Intermediate level

Recommended experience

6 hours to complete

Flexible schedule

Learn at your own pace

2 modules

Gain insight into a topic and learn the fundamentals.

Intermediate level

Recommended experience

6 hours to complete

Flexible schedule

Learn at your own pace

What you'll learn

Learn the evolution from traditional power grids to smart grids, including architecture, control, and modernization.
Understand smart grid technologies, reliability, standards, and real-world applications for efficient power systems.

Skills you'll gain

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This course is part of the Smart Grid Technologies with Cloud Computing Solutions Specialization

When you enroll in this course, you'll also be enrolled in this Specialization.

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There are 2 modules in this course

This course is designed to provide a comprehensive understanding of the evolution of electrical power systems from traditional grid networks to modern smart grid technologies. The course covers the history and development of electric power systems in India, conventional power generation, transmission and distribution practices, grid interconnections, Power System Control Centers (PSCC), smart grid architecture, domains, functionalities, reliability concepts, and national and international smart grid initiatives adopted in modern power systems.

Objectives By the end of this course, you will be able to: • Develop a comprehensive understanding of traditional electrical power systems, grid interconnections, and the evolution of the national power grid in India. (BL2) • Understand the structure and operation of electric power systems, including Power System Control Centers (PSCC) and their role in grid management and control. (BL3) • Analyze the limitations and challenges of conventional electrical grids and evaluate the need for migration to smart grid systems. (BL4) • Illustrate the architecture, domains, services, and conceptual models associated with modern smart grid systems. (BL3) • Evaluate the key functionalities, components, and operational features of smart grids for reliable and efficient power system operation. (BL4) • Understand smart grid pilot projects, standards, mapping techniques, and national and international initiatives related to smart grid implementation. (BL3) This course provides a specialized focus on the transition from conventional electrical grids to modern smart grid systems used in contemporary power networks. The course stands out for its industry-oriented approach covering smart grid architecture, grid modernization, automation, reliability enhancement, and digital monitoring and control practices adopted in modern electrical power systems. Additionally, the course discusses practical aspects related to smart grid domains, power system control centers, grid interconnections, smart grid reliability, and pilot projects implemented in India and across the world. Learners will gain both theoretical knowledge and application-oriented understanding through conceptual discussions, practical case studies, and real-world smart grid implementation scenarios. To be successful in this course, you should have a background in basic electrical engineering principles, including knowledge of power systems, transmission and distribution systems, electrical machines, and control systems. Familiarity with modern electrical networks and communication technologies will be beneficial for better understanding of the smart grid concepts discussed in the course. By enrolling in this course, participants will gain valuable technical knowledge and practical insights directly applicable to modern electrical power systems and smart grid technologies. Whether you are a student aspiring to build expertise in smart grid engineering or a professional seeking advanced understanding of modern grid modernization practices, this course offers a balanced combination of theoretical concepts and practical industry applications.

Let’s begin this module by understanding the evolution of the electrical power system in India, including traditional methods of power generation, transmission, and distribution. The module discusses different types of electrical grid interconnections, basic components of electric power systems, and the role of Power System Control Centers (PSCC) in power system operation and management. It also introduces the evolution of the national grid, electric power generation and consumption scenarios in India, the need for smart grids, and the important properties and features of modern smart grid systems adopted in contemporary power networks.

What's included

18 videos2 readings1 assignment1 discussion prompt

18 videosTotal 138 minutes

About the Specialization4 minutes
About the Course3 minutes
History of Electricity in India8 minutes
Traditional Means of Energy Generation and Transmission in India10 minutes
Traditional Energy Distribution Methodology9 minutes
Types of Electrical Grid Interconnections6 minutes
Basic Components of an Electric Power System - Part-I7 minutes
Basic Components of an Electric Power System - Part-II10 minutes
Power System Control Center (PSCC) and its Classification9 minutes
PSCC Evolvement and Challenges7 minutes
Evolution of National Grid in India8 minutes
Electric Power Generation Scenario in India8 minutes
Electric Power Consumption Scenario in India9 minutes
Need for Smart Grid8 minutes
Evolution of Smart Grid9 minutes
Properties of Smart Grid - Part-I7 minutes
Properties of Smart Grid - Part-II7 minutes
Properties of Smart Grid - Part-III8 minutes

2 readingsTotal 20 minutes

Course Reading10 minutes
Course Glossary10 minutes

1 assignmentTotal 30 minutes

Assignment on Introduction to Power Grid and Need for Migration to Smart Grid30 minutes

1 discussion promptTotal 10 minutes

Introduction to Power Grid and Need for Migration to Smart Grid10 minutes

Let’s begin this module by understanding the differences between traditional electrical grids and smart grids, along with the benefits and applications of smart grid technologies in modern power systems. The module discusses the smart grid architecture model, domains and services in the smart grid conceptual framework, and the key functionalities and components of smart grids. It also introduces smart grid pilot projects, national and international smart grid initiatives, smart grid standards and mapping, and the concept of smart grid reliability supported with practical case studies.

What's included

12 videos1 assignment1 discussion prompt1 plugin

12 videosTotal 103 minutes

Traditional Grid Versus Smart Grid7 minutes
Case Study and Benefits of Smart Grid5 minutes
Smart Grid Architecture Model Part-I8 minutes
Smart Grid Architecture Model Part-II7 minutes
Smart Grid Architecture Model Part-III7 minutes
Domains and their Roles/Services in Smart Grid Conceptual Model Part-I14 minutes
Domains and their Roles/Services in Smart Grid Conceptual Model Part-II7 minutes
Domains and their Roles/Services in Smart Grid Conceptual Model Part-III8 minutes
Smart Grid Pilot Project - A Case Study14 minutes
Smart Grid Standards and Mapping12 minutes
Concept of Smart Grid Reliability8 minutes
A Case Study for Smart Grid Reliability6 minutes

1 assignmentTotal 30 minutes

Assignment on Smart Grid Architecture, Domains and key Functionalities30 minutes

1 discussion promptTotal 10 minutes

Smart Grid Architecture, Domains and key Functionalities10 minutes

1 pluginTotal 15 minutes

National and International Initiatives of Smart Grid15 minutes

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Frequently asked questions

This course is suitable for undergraduate/postgraduate students, research scholars, academicians, and industry professionals in electrical engineering.

Traditional power systems, national grid evolution, smart grid architecture, domains, functionalities, reliability, standards, and pilot projects.

It builds foundational knowledge for careers in power systems, smart grids, renewable energy integration, utilities, and grid automation.

To access course materials, assignments, and earn a Certificate, you'll need to purchase the Certificate experience when you enroll in a course. Eligible learners may also have the option to start with a Free Trial. Some courses may also offer a Full Course, No Certificate option. This lets you access course materials, submit required assessments, and receive a final grade, but you won't be able to earn or purchase a Certificate.