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Go to Course: https://www.udemy.com/course/learn-line-protection-panel-schematics/
Certainly! Here's a comprehensive review and recommendation for the Coursera course on "Understanding Schematics of Line Protection Panel Schematics": --- **Course Review: Understanding Schematics of Line Protection Panel Schematics on Coursera** **Overview:** This course offers an in-depth exploration of the schematics involved in 132 kV Line Protection Panels. Designed for electrical engineers, technicians, and professionals working in power systems, the course provides a comprehensive understanding of the diagrams, symbols, and operational principles essential for designing, analyzing, and maintaining high-voltage protection systems. **Trainer Expertise:** Led by an experienced trainer with over 21 years of extensive expertise in power plant operations, high-voltage substations, HVDC systems, and automation, this course benefits from real-world insights. The trainer's background includes project management and consultancy with notable organizations like Siemens in Saudi Arabia, and involvement in more than 20 high-voltage substation projects across Pakistan and Saudi Arabia. Such experience enriches the course content, combining theoretical knowledge with practical applications. **Course Content & Topics:** The curriculum covers a wide range of essential topics, including: - Fundamentals of schematic reading and layout interpretation - Symbol recognition and legend comprehension - Protection system philosophies and relay functions - Control and protection wiring, including CT and VT connections - Tripping schemes, lockout relays, and circuit supervision - Panel layouts, wiring, and testing procedures - SCADA integration and annunciation systems - DC and AC supply circuits, fault indication, and redundancy - Practical aspects like test blocks, injection testing, and troubleshooting The inclusive approach ensures that learners not only understand the schematics but also grasp the operational and troubleshooting aspects crucial during design, commissioning, and maintenance phases. **Learning Materials:** All schematic diagrams and supporting documents are made available for download, facilitating hands-on learning and future reference. The detailed explanations, combined with visual representations, cater to both beginners and experienced professionals looking to deepen their understanding of line protection systems. **Pros & Highlights:** - Extensive coverage of high-voltage protection schematics - Rich practical insights from an industry veteran - Clear explanations of complex relay and circuit functions - Downloadable schematics and diagrams - Focus on safety, troubleshooting, and system integration **Recommendation:** I highly recommend this course to electrical engineers, field technicians, and students specializing in power systems and high-voltage substations. Whether you're involved in designing, testing, or maintaining protection panels, this course provides valuable knowledge that enhances technical skills and operational efficiency. Its comprehensive content and expert-led sessions make it a worthwhile investment, especially for those aiming to excel in high-voltage protection schemes. **Final Verdict:** With its detailed curriculum and instructor’s wealth of experience, “Understanding Schematics of Line Protection Panel Schematics” on Coursera is an excellent resource for mastering the complexities of high-voltage protection systems. Enroll now to gain practical insights and boost your professional capabilities in the power industry. --- Feel free to customize this review further based on your specific experience or audience!
Dear All,Welcome to the course of understanding schematics of "Line Protection Panel Schematics". This course covers complete schematics of 132 kV Line protection panel. Trainer Introduction:Your trainer brings over 21 years of experience in operation & maintenance, erection, testing, project management, consultancy, supervision, substation automation, SCADA, and commissioning. With a background spanning power plants, high voltage substations, and HVDC installations, he has worked with renowned organizations such as Siemens Saudi Arabia. He has been involved in over 20 high-voltage substation projects across Pakistan and Saudi Arabia.His expertise encompasses a wide range of areas including protection systems, substation automation systems, design, testing, and commissioning of power generation systems, high voltage switchgear, protection relays, and control schemes. He has a proven track record of leading testing and commissioning teams for implementing electrical infrastructure projects for industrial clients, including steel and petrochemical industries.This training is designed over as schematics, that will also be available to download.Topics covered in this training are as follows, Introduction to title pageHow page is divided in rows and columnsHow to track inter panel loopsDrawing Revision No, PhilosophyDrawing approval stages Why two ratings of transformer are mentioned on drawingsUnderstanding Drawing numberHow Bay numbers are assignedHow to define address of object at the pageHow to read list of contentOrdering code , Origin, Make of itemsDetails provided in GA drawings Color coding, wire size, relay types, alarm, annunciation details, why GA drawing are important during design and commissioning stage / Maintenace stageGenerally, control wiring is grey, CT VT wiring RYB, trip ferrule in red color etc.Understand symbols & legendsSymbol of CT, VT, Relays, Aux, push button, Load break switch, power contact of CB, limit switch etcRelay and metering diagram How relays are shown on R & M diagram, all protection schemes, core of CT's, tripping circuit, trip & lockout CT and its coresCT Polarity at primary and secondary sidesCT star point explanationTowards line and towards bus star pointWhat is effect of wrong star point settings in distance protectionProtection and metering coresMetering core circuitProtection core circuitExplained Philosophy of Protection systemRelay functionOutput contactBattery Fault currentCurrent transformerLock Relay 86Tripping Relay 94When to use 86 and where to use 94 relay in scheme.Auto Re-closing and tripping circuitPermissive trip siganlDistance protection current transformer connectionBackup over current protection connectionsTripping scheme of line protection panelList of ApparatusAC Supply circuit, AC Socket, AC light, AC lighting and heating, annunciationExternal and internal panel drawings symbolsMCB connections, where to connect ODD & EVEN terminals What mean by arrow signs & square shows for MCB symbolAC Loop failure indicationAC annunciator circuitDC Supply CircuitDC supply change over circuitRedundancy of DC supply explained & why it is providedWhat mean of dash dot lines in drawingsHow dc supply change over circuit works if one supply fail.What is loop in drawings and naming of loopUnderstand DC supply supervision & loop supervision, what is difference between themTracking loop across drawings and check till endShorting facility of CT circuitWhy CT circuit should be short circuited all the time & must never be open circuitedExplained Test Block, Use of test blockHow to inject current through testerRelay power supply connectionRelay watch dog contactTest block contact 13-14 for relay powering up.test plug cover when removed relay is powered off.Difference between tripping and lockout relaysHow to reset lockout relays, mechanical & electrical resetBinary input circuit of relaysOperation of lockout relaysCircuit of Tripping and lockout relaysComplete details of contacts of lockout relaysTrip Coil 1 & 2 circuit Breaker Failure initiation Trip circuit supervision relaySupervision relay working when circuit breaker is in open / close positionClose Block feature, why its is required, circuit of close block Alarm and SCADA circuitDevice detail & panel layout.Best Regards Best Regards