📣 Free Poster: The Fundamentals of Power https://zurl.co/NfCi - #engineering #engineer
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B.E (ELECTRICAL ENGINEER)completed at St. Mother Theresa Engineering College - India. AutoCAD course completed at Sarva Sudarsana Academy . ETAP pursuing at Sarva Sudarsana Academy .
In an Electrical Transient Analysis Program is one of the most important in short circuit current calculation for Transformer . #ETAP #Design #Transformer #Powersystem #Electricalengineer #Shortcircuit
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Electrical Transient Analysis Program is one of the most important in short circuit current calculation for Transformer. #ETAP #Design #Transformer #Powersystem #Electricalengineer #Shortcircuit
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📣 Our next lunchtime webinar explores dynamic cables - Testing the Critical Link - Physical Testing of Dynamic Power Cables Join us for a lunchtime online session, 12 - 1pm, Wednesday 8 May. This webinar provides a brief review of typical test setups and recommended practices. We'll also dive into a real-life case study showcasing the characteristic results of a mechanical cable test campaign, quantifying cable stiffness and fatigue. The webinar will be useful for researchers and engineers involved in submarine dynamic power cable design and testing. It will also be useful for project investors and underwriters, gaining valuable insight into the assurance testing of cables as a critical component. Find out more and register - https://lnkd.in/e5qm3u5i #cabletesting #dynamiccables
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This course explains generator model, transformer model ,transmission line model and per unit system. Valuable concepts in power system engineering.
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I want to add value to your day! 🔌 Exploring Power System Analysis Methods 🔍 In the realm of electrical engineering, understanding power flow within a system is key. Here’s a quick dive into three common methods: 1️⃣ Gauss-Seidel Method: Pros: ✅ Simple, Low memory usage, Faster convergence for certain systems. Cons: ❌ Slow convergence for ill-conditioned systems, May not converge for certain topologies. 2️⃣ Newton-Raphson Method: Pros: ✅ Faster convergence, Suitable for nonlinear systems, Provides good accuracy. Cons: ❌ Higher computational requirements, More complex implementation, May encounter convergence issues. 3️⃣ Fast Decoupled Method: Pros: ✅ Faster convergence than full Newton-Raphson, Less computational burden, Suitable for moderate coupling. Cons: ❌ Less accurate than full Newton-Raphson, May not converge for strong nonlinearities, Requires careful variable selection. Each method offers its own set of advantages and trade-offs. Understanding these nuances is crucial for effective power system analysis. #ElectricalEngineering #PowerSystems 💡🔋🔍
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❓𝗤𝘂𝗲𝘀𝘁𝗶𝗼𝗻❓ For those who have advanced from 5th to 1st class in Power Engineering, what advice would you give to those just starting out?
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❓𝗤𝘂𝗲𝘀𝘁𝗶𝗼𝗻❓ For those who have advanced from 5th to 1st class in Power Engineering, what advice would you give to those just starting out?
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™ Short Circuit Analysis™
Short circuit Analysis ✨The most predominant study in the power system is that short circuit study because of short circuit study give input to the other studies. what is the objective of short circuit study?? 💥 To find the short time rating of all equipment. 💥 To find out the Breaking, Making and DC breaking requirements of interrupting equipment 💥 To find voltage raise during fault 📝 There is no equipment has to be designed 100℅ free from fault in commercially. ✨what is short circuit?? ✨Effect and causes of short circuit ✨why short circuit study are needed?? ✨objectives of short circuit study ✨standards for short circuit study limitations in standards ( short circuit study) ✨Assumptions in standards for short circuit study ✨Types of fault occurs and how the fault current contribution in the different types fault has to be view in etap software ✨Fault current nature ✨C factor ✨significance of X/R Ratio, how the fault current depends on X/R Ratio ✨Sequence network ✨Fault current contribution to the different types of loads ✨Earthing with simulation results ✨Methods to limit the fault current. ✨ ETAP simulation results with report view Are you want know above things?? check out the document ⬇ POWER PROJECTS Selvakumar S Sethuraman Srinivasan Kishore T Nivedhan Sivakumararajan Madhan Raj Suriya kumar S Muhammed Muneeb Sivakumar Chellamuthu Kavitha Paramanandan Mageswari R kalaivani Ramprasad Malathi Dhuraisamy #power #powersystem #analysis #etap #shortcircuit #calculation #fault #faultcurrent #cfactor #simulations #standards #earthing #grounding #circuitbreaker #electrical #engineering #powerprojects
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Short circuit Analysis ✨The most predominant study in the power system is that short circuit study because of short circuit study give input to the other studies. what is the objective of short circuit study?? 💥 To find the short time rating of all equipment. 💥 To find out the Breaking, Making and DC breaking requirements of interrupting equipment 💥 To find voltage raise during fault 📝 There is no equipment has to be designed 100℅ free from fault in commercially. ✨what is short circuit?? ✨Effect and causes of short circuit ✨why short circuit study are needed?? ✨objectives of short circuit study ✨standards for short circuit study limitations in standards ( short circuit study) ✨Assumptions in standards for short circuit study ✨Types of fault occurs and how the fault current contribution in the different types fault has to be view in etap software ✨Fault current nature ✨C factor ✨significance of X/R Ratio, how the fault current depends on X/R Ratio ✨Sequence network ✨Fault current contribution to the different types of loads ✨Earthing with simulation results ✨Methods to limit the fault current. ✨ ETAP simulation results with report view Are you want know above things?? check out the document ⬇ POWER PROJECTS Selvakumar S Sethuraman Srinivasan Kishore T Nivedhan Sivakumararajan Madhan Raj Suriya kumar S Muhammed Muneeb Sivakumar Chellamuthu Kavitha Paramanandan Mageswari R kalaivani Ramprasad Malathi Dhuraisamy #power #powersystem #analysis #etap #shortcircuit #calculation #fault #faultcurrent #cfactor #simulations #standards #earthing #grounding #circuitbreaker #electrical #engineering #powerprojects
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