2.16 Effect of earth on the capacitance of conductor | EE404 | скачать в хорошем качестве

2.16 Effect of earth on the capacitance of conductor | EE404 |

UNIT 2 | POWER SYSTEM I 2.16 Effect of earth on the capacitance of conductor Embark on a captivating exploration of the intricate world of transmission line components and the concealed realm of underground cabling. 2.1 Introduction to Transmission Line Components & Underground Cabling: Explore the foundation of transmission line components and the intriguing world of underground cabling. 2.2 Inductance of Two-Wire (1-Φ) Transmission Line: Discover the magnetic intricacies of single-phase two-wire transmission lines through the concept of inductance. 2.3 Flux Linkage of One Conductor in a Group of Conductors: Dive deep into the dynamics of flux linkage, understanding the interactions within a group of conductors in a transmission line. 2.4 Inductance of 3-Φ Line with Symmetrical Spacing: Uncover the symmetrical dance of three-phase transmission lines and explore inductance characteristics with evenly spaced conductors. 2.5 Transposition of Conductor: Learn the art of conductor transposition and its impact on overall performance and efficiency. 2.6 Inductance of 3-Φ Line with Unsymmetrical Spacing (Single Circuit Line): Navigate complexities in unsymmetrical spacing of single-circuit three-phase transmission lines and understand inductance intricacies. 2.7 Skin Effect and Proximity Effect: Delve into the fascinating phenomena of skin and proximity effects influencing transmission line conductors. 2.8 Composite Conductor and Bundle Conductor: Explore innovative conductor designs with composite and bundle conductors, optimizing performance. 2.9 Inductance of Composite Conductor: Unravel unique inductance characteristics specific to composite conductors, showcasing material synergy. 2.10 Inductance of Double Circuit 3-Φ Line: Study inductance intricacies in double-circuit three-phase transmission lines, where efficiency meets complexity. 2.11 Problem Based on Inductance Calculation: Sharpen skills with real-world problems on inductance calculations for practical application. 2.12 Capacitance of 1-Φ Transmission Line: Shift gears into capacitance, unraveling mysteries behind single-phase transmission line capacitance. 2.13 Capacitance of 3-Φ Unsymmetrical Spaced Transmission Line: Explore nuances of three-phase transmission lines with unsymmetrical conductor spacing, uncovering capacitance variations. 2.14 Capacitance of Double Circuit Line (Hexagonal Spacing): Navigate geometric precision in hexagonal conductor spacing for double-circuit lines, examining capacitance effects. 2.15 Capacitance of Double Circuit Line (Flat Vertical Spacing): Delve into vertical landscapes of double-circuit lines with flat spacing, understanding conductor arrangement impact on capacitance. 2.16 Effect of Earth on the Capacitance of Conductor: Explore grounded reality as Earth influences capacitance of transmission line conductors. 2.17 Electrostatic Stress in Single Core Cable: Discover the electric symphony within single-core cables, understanding electrostatic stress and its implications. 2.17.1 Economic Core Diameter: Unpack the economic core diameter concept, a crucial element in optimizing the design and performance of single-core cables. 2.18 Grading of Cables: Embark on the journey of cable grading, a key technique ensuring optimal performance and reliability. 2.19 Capacitance of Three Core Cable: Uncover intricacies of three-core cable capacitance, exploring collective behavior of the cores. 2.20 Heating of Cables: Feel the heat as we dive into factors contributing to cable heating, understanding phenomena of dielectric losses and sheath loss. 2.20.1 Phenomena of Dielectric Losses and Sheath Loss in Cables: Explore fascinating phenomena of dielectric losses and sheath loss in cables, unraveling complexities beneath the surface. 2.21 Thermal Resistance of Cables: Measure thermal resistance of cables, understanding how materials and design impact overall heat dissipation. 2.22 Comparison of Cables and Overhead Transmission Lines: Draw comparisons between cables and overhead transmission lines, weighing their advantages and disadvantages in different scenarios. 2.23 Classification of Cables: Classify cables based on various criteria, gaining insights into diverse types and their applications. 2.24 Problems on Cable: Cap off your learning journey by tackling practical problems related to cable characteristics, solidifying understanding through application. Don't miss the opportunity to enhance your knowledge! Subscribe, hit the notification bell, and join us on this educational adventure into the heart of Transmission Line Components & Underground Cabling! #TransmissionLinesExplained #UndergroundCabling #InductanceInsights #CapacitanceDecoded #CableCharacteristicsDeepDive #ElectricalEngineeringEducation #PowerTransmissionEssentials #stemlearning #ElectricityBasics #knowledgebuilding #CableComparisons #engineeringjourney #IntricateElectricalConcepts