Overview

Welcome to the "Fundamentals of Power System Protection" Online Course!In our interconnected world, electrical power systems are crucial to our daily lives, industries, and infrastructure. Ensuring the reliability and safety of these systems is essential. This comprehensive course is designed to equip you with a profound understanding of power system protection, covering its principles and the technologies that safeguard power networks.Meet Your Trainer:Your instructor brings over 21 years of extensive experience in operation and maintenance, project management, consultancy, substation automation, SCADA, and commissioning. With a rich background that includes power plants, high-voltage substations, and HVDC installations, he has collaborated with esteemed organizations such as Siemens Saudi Arabia. His involvement in more than 20 high-voltage substation projects across Pakistan and Saudi Arabia showcases his expertise.His proficiency spans various areas, including protection systems, substation automation systems, and the design, testing, and commissioning of power generation systems and high-voltage switchgear. He has a proven track record of leading testing and commissioning teams for implementing electrical infrastructure projects for clients in industries such as steel and petrochemicals.Course Description:Duration: 10 Hours (divided into 60 Lectures)Course Overview:Power system protection is vital for the reliable and safe operation of electrical networks. This course will provide you with the knowledge and skills necessary to understand, design, and implement effective protection systems. Throughout 60 engaging lectures, we will explore a comprehensive array of topics, ensuring you grasp the complexities of power system protection.Course Topics:Modern Power System NetworkFundamental Quantities in Power SystemsBasics of Power System ProtectionObjectives of ProtectionImportance of ProtectionEffects of Current on Human Safety and Earth LeakageKey Characteristics of Protection SystemsSelectivity in Power SystemsZones of ProtectionOpen and Closed Zones in Power SystemsOverview of Relay and Metering DiagramsSensitivity, Speed, Reliability, Simplicity, and Economy in Protection SystemsPrimary and Secondary Values of Protection SystemsCore Components of Protection SystemsLocal Control CubicleGas Diagrams and Single Line DiagramsHarting Plug in GISTerminal BlocksAuxiliary Relays and ContactorsProtection and Control PanelsMain RelaysRelay and Metering Diagram DesignMechanisms of Protection SystemsMain and Backup Protection ZonesZones and SelectivityElements of Protection SystemsRelay ClassificationClassical Relay Design and ConstructionLevel Detection Overcurrent RelaysInverse Time Overcurrent RelaysDirectional Overcurrent RelaysMagnitude, Phase Comparison, and Differential RelaysBreaker Failure ProtectionFactors Influencing Relay PerformanceBasic Electrical TheoryFault MVA and Arc Flash Energy CalculationsIntroduction to PhasorsSymmetrical ComponentsCurrent Transformer FundamentalsCT Burden, Polarity, and Star PointVoltage TransformersSubstation DC SystemsGrounding Techniques for DC SystemsCapacitive Trip Units and UVTsDevice CodesIsolators and Earth SwitchesCircuit BreakersSingle Line Diagram: Single Bus Single Breaker SchemeDC Supervision RelaySchematic Drawing Page AddressingNavigating Between Pages of DrawingsUnderstanding Loops in DrawingsRepresenting Loops in DrawingsHeating and Lighting Circuits of PanelsBy the end of this course, you will have a solid foundation in power system protection, empowering you to enhance the safety and reliability of electrical power networks. Join us on this educational journey to elevate your understanding of this critical aspect of electrical engineering.Best Regards,

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