Electrical Power Distribution

Go to Course: https://www.coursera.org/learn/electrical-power-distribution

Introduction

# Course Review and Recommendation: Electrical Power Distribution on Coursera The "Electrical Power Distribution" course available on Coursera is a comprehensive, application-oriented program designed for anyone interested in understanding the intricacies of electrical power distribution systems. Whether you are an engineering student, a professional in the field, or someone looking to gain technical knowledge about power distribution, this course can effectively equip you with the necessary skills and insights. ## Course Overview This course uniquely addresses both the theoretical and practical aspects of electrical power distribution. It covers indoor and outdoor equipment operating up to 33kV, making it relevant for a wide range of industry applications. One of the standout features of this course is its emphasis on a cross-disciplinary approach. Learners will gain insights not only about technical concepts but also about site execution, testing, and commissioning of power distribution systems. Safety is a primary concern in electrical work, and the curriculum reinforces safety protocols throughout, ensuring that learners develop a holistic understanding of safe practices in power distribution. Additionally, the course keeps pace with technological advancements, incorporating modules on modern systems like SCADA (Supervisory Control and Data Acquisition) and automation, which are vital in current infrastructure. ## Detailed Syllabus Breakdown ### 1. Types & Methods of Distribution This foundational module introduces learners to different types of distribution lines, covering essential data necessary for effective distribution system design. Understanding these basics is crucial for anyone engaging in the electrical engineering field. ### 2. Types of Loads & Distribution of Power Before delving into construction techniques, this module provides insights into consumer types and load characteristics. The knowledge here is indispensable for designing efficient distribution systems that minimize losses and optimize performance. ### 3. Green Field Construction of OH Lines Focusing on overhead lines, this module guides learners through the complete process of selecting equipment, testing, installation, and commissioning. This practical angle is essential for professionals looking to apply their learning on-site. ### 4. Distribution Line - Components A thorough study of components including poles, structures, insulators, and conductors is presented. This module is critical, as understanding each component's role ensures effective system design and implementation. ### 5. Auto Reclosers/Sectionalizers This section discusses technologies that enhance system reliability by quickly isolating faults, which is integral to improving service continuity and customer satisfaction. ### 6. OH Distribution Line Components Learners are introduced to recent technologies such as Ring Main Units (RMUs) and Compact Substations (CSS), which represent the modern landscapes of power distribution systems. ### 7. SCADA in Detail In today's digital age, automation is paramount. This module dives deep into SCADA systems, covering everything from architecture to protocols. Learners will also explore advanced topics like Fibre Optics and Automatic Metering Infrastructure, crucial for future-ready power distribution systems. ## Recommendation I highly recommend the "Electrical Power Distribution" course on Coursera, especially for individuals seeking to build a solid foundation in electrical engineering and power systems. The blend of theoretical knowledge with practical application ensures that learners are not only able to grasp complex concepts but are also equipped to apply them in real-world scenarios. The safety mindset ingrained in the course content is an added bonus that prepares learners to take on responsibilities within the industry confidently. Furthermore, with its focus on cutting-edge technologies like SCADA, this course not only covers the basics but prepares participants for future challenges in power distribution. In conclusion, if you have an interest in electrical power systems or aspire to work in fields related to energy distribution and management, enrolling in this course could be one of the best professional decisions you make. It provides a thorough understanding and practical skills that are critical for today's energy sector.

Syllabus

Types & Methods of Distribution

Let's begin this course by knowing the Distribution Lines, the Primary and Secondary Distribution Types, all the data that is required for good distribution system design, and the types of the distribution lines.

Before we learn about the distribution lines construction, its very important to know the types of consumers, the load details and the losses that occur. This helps to design and implement an efficient distribution system. This module covers all those details that is required before we go for distribution line design.

This modules covers aspects of Green Field Construction of Overhead Lines. It takes a tour from selection of the equipment to testing, installation and commissioning.

This modules covers all the components of a Distribution line. This ranges from in detailed topics on Poles, Structures, Insulators and Conductors, Aerially Bunched cables, Lightening Arrestor and Horn Gap Fuse.

This module gives a overview of how systems like Autoreclosure and Sectionalizers can be implemented across sections of distribution system to reduce downtime by finding the faults at earliest, quickly isolate faulty areas from healthy areas and restore power to the affected customers after fault clearance

This module covers a detailed study about recent technologies in distribution lines : Ring Main Unit (RMU), Compact Substation (CSS) and Feeder Remote Terminal Unit (FRTU).

Distribution System has be always upgrading to reduce the down time. Thus the need for automation arises and addition of SCADA is a boon to the distribution system. This module covers all the aspects of understanding SCADA in detail from the architecture to the peripherals and the protocols. This module discusses about Fibre Optics in detail. This also covers IED & FRTU in SCADA and Automatic Metering Infrastructure.