MV Substation - An industrial approach (PART-B)

Go to Course: https://www.coursera.org/learn/mv-substation-part-b

Introduction

**Course Review: MV Substation - An Industrial Approach (PART-B)** In an increasingly electrified world, understanding medium voltage (MV) substations is vital for electrical engineers, technicians, and anyone involved in the energy sector. The Coursera course "MV Substation - An Industrial Approach (PART-B)" is an excellent opportunity for learners seeking a comprehensive understanding of MV substation engineering. Curated by renowned subject matter experts and practitioners from L&T, this course uniquely blends theoretical knowledge with practical industry insights, making it a cornerstone for anyone serious about this field. ### Course Overview The course focuses on essential aspects of MV substations, providing a pragmatic structure that ensures the acquisition of relevant knowledge applicable in real-world scenarios. Participants will explore topics ranging from cable types and their installations to complex aspects like earthing designs and fire protection systems. Each module is crafted with precision, ensuring that learners not only grasp technical aspects but also understand their significance in accordance with Indian and International standards. ### Syllabus Breakdown 1. **Cable Types & Construction, Selection & Sizing, Termination & Accessories:** In this section, learners delve into cable construction details and installation techniques, gaining insights into critical cable parameters essential for size selection. The module culminates in understanding the termination process, equipping participants with the skills needed for successful cable installation. 2. **Surge Arrester, Lighting & Small Power Equipment:** The course demystifies different types of lightning arresters and discusses lighting calculation specific to substations. A practical overview of lighting fixtures enhances learners' practical knowledge, essential for effective substation design. 3. **Outdoor SS Layout Engineering:** Here, students explore the correlation between single-line diagrams (SLDs) and physical layout arrangements. Understanding the importance of electrical clearances equips learners with the knowledge necessary for effective outdoor substation layout engineering. 4. **Cable Routing & EKD:** This module covers the intricacies of cable routing layouts, enhancing learners' familiarity with equipment representation and practical EKD (Electrical Layout Diagrams) aspects, which are critical for effective planning and execution of substation setups. 5. **Earthing & Lightning Protection:** Participants will grasp fundamental earthing terminologies and learn about typical earthing designs as per international standards. The course also covers lightning protection calculations, presenting a practical approach that is beneficial for real-world application. 6. **MV Substation – Civil Design and Construction:** This segment introduces civil engineering concepts relevant to substation construction, detailing the design arrangements necessary for operational efficiency and structural integrity. 7. **Fire Protection Systems and HVAC for Substations, Maintenance of MV SS and Safety Rules and SOP:** A thorough exploration of mechanical engineering terms associated with fire protection and HVAC systems, coupled with safety rules and maintenance procedures, ensures that learners are well-prepared to uphold safety and operational standards in MV substations. ### Recommendations "MV Substation - An Industrial Approach (PART-B)" is highly recommended for: - **Electrical Engineering Students:** The course provides valuable exposure to both theoretical concepts and practical applications, enriching academic foundations. - **Professional Engineers and Technicians:** Seasoned professionals will benefit from the updated industry practices, safety protocols, and standards covered in the curriculum. - **Project Managers in Power Sector:** Understanding the intricacies of substation components and configurations will aid in effective project planning and management. - **Safety Professionals:** The comprehensive approach to safety regulations specific to MV substations makes this course invaluable for those focused on compliance and safety. ### Conclusion In conclusion, this course is a robust educational offering for anyone looking to deepen their expertise in MV substations. By integrating industrial practices with theoretical knowledge, "MV Substation - An Industrial Approach (PART-B)" ensures learners are well-equipped to excel in the dynamic field of electric power engineering. With its structured content, practical insights, and focus on safety and compliance, it stands as a noteworthy investment in your professional development. Enroll and empower your understanding; it’s a step towards becoming a proficient engineer in the electrical industry!

Syllabus

Cable Types & Construction, Selection & Sizing, Termination & Accessories

You will first learn about the construction details of the different types of cables. You will then be exposed to the various installation methods and cable laying methods and then understand the various cable parameters that are critical to the size selection. Finally, You will be taught about the final step of cable installation i.e., termination and its related accessories.

The role of lightning arrester and various types of arresters will be explained. You will be made familiar to the lighting terminologies and the typical characteristics of the light sources. You will be shown a snapshot of lighting calculation for a substation and then You will be explained about the types of fixtures for each room.

Various electrical clearance requirements & its importance will be explained. You will be exposed to the correlation between SLD and physical arrangement of layout.

You will be made familiar with various aspects of cable routing layout. You will be made familiar with practical aspects of Cable routing. Representation of equipment and ancillaries in an EKD will be explained to familiarise Yous with layouts. You will be made familiar with practical aspects of EKD.

You will be taught the basic terminologies of earthing like step/touch potential, gpr etc. You will then be exposed to a typical earthing design of a substation as per international standards. Finally the earthing materials used in the earthing network will be explained. A more practical approach to make You to understand the Concept for the Lightning Protection Calculation for a MV Substation

You will be made familiar with the civil engineering related terminologies related to substation construction. You will be made familiar with Arrangement of the Control Building. Arrangement of Structures with respect to Clearance, Sag & Vendor GA Drawing

You will be made familiar with the mechanical engineering related terminologies pertaining to firefighting and HVAC. You will be made familiar with Operational & Input requirements pertaining to Electrical & Mechanical for design of HVAC. You will be made familiar with major impact of fire in SS & importance of fire protection in SS. You will be made familiar with the need of maintenance of equipment, type of procedures to be followed & records to be maintained. You will be made familiar with Electrical Safety Rules (i.e. IE Rules) associated with substation.