Learn about design of electrical medium voltage power cables for all kinds and how to use them in electrical networks
What you will learn
Get to know the power cables used in electrical networks
learn about advantages and disadvantages of medium voltage power cables
Learn the structure and functioning of the layers in medium voltage cables
Learn the design of medium voltage cables and electrical properties
Learn the most important technical problems and breakdowns of medium voltage power cables
Learn technical tests and checks for medium voltage cables
Learn the technical specifications and international standards for medium voltage cables
Learn how to read and understand technical tables for manufacturers and how to use
Why take this course?
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π οΈ **Course Overview:**
In the realm of electrical engineering, understanding the design and specifications of medium voltage (M.V) power cables is not just a technical requirement but a cornerstone for safe and efficient power distribution networks. This comprehensive course, led by the esteemed expert [Mohammed Tafesh](https://www.linkedin.com/in/mohammed-tafesh), will delve into the intricate world of M.V cables, offering you a deep dive into their design principles, selection criteria, and practical applications.
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**π Core Learning Objectives:**
– **Cable Design Principles:** Explore the fundamental concepts that govern the construction and material selection for M.V power cables.
– **Specifications & Standards:** Gain an in-depth understanding of international technical specifications and standards relevant to M.V power cable design and installation.
– **Types & Applications:** Learn about the different types of M.V cables, their suitable applications, and how to select the most appropriate type for a given project.
– **Installation & Maintenance:** Acquire knowledge on the best practices for installing, maintaining, and troubleshooting M.V power cables.
– **Manufacturer Tables & Selection Criteria:** Master the use of manufacturer tables to select cables based on various parameters such as voltage, current rating, and insulation types.
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**π What You Will Learn:**
– **Material Science:** Understand the role of materials like aluminum, copper, PVC, XLPE, and EPR in cable design.
– **Design Considerations:** Identify key factors that influence the design of M.V power cables, including voltage levels, environmental conditions, and cable routing.
– **Risk Assessment & Safety:** Recognize potential risks associated with M.V cable installation and learn how to mitigate these through proper design and planning.
– **Regulatory Compliance:** Familiarize yourself with the regulatory framework governing M.V power cable installations, including safety regulations and compliance requirements.
– **Practical Examples & Case Studies:** Analyze real-world scenarios to apply your knowledge effectively in designing and specifying M.V power cables for various electrical networks.
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**π‘ Additional Course Features:**
– **Interactive Quizzes & Assignments:** Reinforce your learning with practical quizzes and assignments that test your understanding of the course material.
– **Expert Instructor Support:** Benefit from Mohammed Tafesh’s expertise, as he provides guidance and answers your queries throughout the course.
– **Global Networking Opportunities:** Connect with peers worldwide and exchange ideas on best practices in M.V power cable design.
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**π Why Enroll?**
This course is a game-changer for electrical engineers, project managers, and professionals looking to specialize in the field of medium voltage power cable technology. Whether you’re new to the subject or aiming to deepen your expertise, this course will equip you with the knowledge and skills necessary to excel in designing and managing M.V power cable installations safely and efficiently.
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π **Enroll Today & Elevate Your Career!**
Take the first step towards mastering medium voltage power cables and become a key player in the electrical industry. Sign up now and transform your expertise with [Mohammed Tafesh](https://www.linkedin.com/in/mohammed-tafesh) at Electrical M.V Power Cables (Design & Specifications). ππβ¨