Week 1 :
Module 1: Introduction to Electrical distribution system
Module 2: Components of distribution system substation and busbar layouts
Module 3: Components of distribution system and feeder configurations
Module 4: Nature of loads in a distribution system
Module 5: Load allocation in a distribution system
Week 2 :
Module 1: ‘K’ Factors and Their Applications
Module 2: Analysis of Uniformly Distributed Loads
Module 3: Lumping Loads in Geometric Configurations: Rectangular
Module 4: Lumping Loads in Geometric Configurations: Triangular
Module 5: Series Impedance of Distribution Lines and Feeders-Part I
Week 3 :
Module 1: Series Impedance of Distribution Lines and Feeders-Part II
Module 2: Models of Distribution Lines and Cables
Module 3: Modeling of Single-Phase and Three-Phase Transformers
Module 4: Modeling of Three-Phase Transformers-Part I
Module 5: Modeling of Three-Phase Transformers –Part II
Week 4 :
Module 1: Modeling of Three-Phase Transformers –Part III
Module 2: Modeling of Three-Phase Transformers –Part IV
Module 3: Modeling of Step Voltage Regulators-Part I
Module 4: Modeling of Step Voltage Regulators-Part II
Module 5: Modeling of Step Voltage Regulators -Part III
Week 5 :
Module 1: Modeling of Step Voltage Regulators -Part IV
Module 2: Load Models in Distribution System-Part I
Module 3: Load Models in Distribution System-Part II
Module 4: Modeling of Distributed Generation
Module 5: Applications and modeling of Capacitor Banks
Week 6 :
Module 1: Summary of Modeling of distribution system components
Module 2: Backward/Forward Sweep Load Flow Analysis Part I
Module 3: Backward/Forward Sweep Load Flow Analysis Part II
Module 4: Direct Approach Based Load Flow Analysis Part I
Module 5: Direct Approach Based Load Flow Analysis Part II
Week 7 :
Module 1: Direct Approach Based Load Flow Analysis Part III
Module 2: Direct Approach Based Load Flow Analysis: Weakly meshed system
Module 3: Gauss Implicit Z-matrix Method
Module 4: Sequence component based Short Circuit Analysis
Module 5: Thevenin's equivalent and phase variable based Short Circuit Analysis
Week 8 :
Module 1: Direct Approach for short-circuit analysis: Introduction and LG Fault
Module 2: Direct Approach for short-circuit analysis: LLG and LLLG Fault
Module 3: Direct Approach for short-circuit analysis: LL Fault and Examples
Module 4: Direct Approach for short-circuit analysis: Weakly meshed system
Module 5: Applications of distribution system analysis
Week 9 :
Module 1: Distributed generation integration issues in distribution system
Module 2: Distribution system protection issues
Module 3: Power quality, reliability, and availability
Module 4: Design and Operation Part-I
Module 5: Design and Operation Part-II
Week 10 :
Module 1: Definition and objective of Volt-var control (VVC)
Module 2: Traditional approaches of VVC
Module 3: Distribution Automation
Module 4: SCADA-Based VVC and Integrated VVC
Module 5: Advanced technologies for VVC Part-I
Week 11 :
Module 1: Advanced technologies for VVC Part-II
Module 2: System Planning-Part-I
Module 3: System Planning-Part-II
Module 4: Electricity Forecasting
Module 5: Case study: IIT Roorkee distribution system
Week 12 :
Module 1: Optimization techniques
Module 2: Optimal location and sizing battery energy storage system (BESS)
Module 3: Practical Insights into Electrical Distribution Systems
Module 4: Field deployment of BESS
Module 5: Emerging Technologies and Future Trends
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