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Electrical Distribution System Analysis

Electrical Distribution System Analysis. Instructor: Dr. Ganesh Kumbhar, Department of Electrical Engineering, IIT Roorkee. The structure and load patterns of a power distribution system are significantly different than transmission system. In addition, distribution systems are transitioning from passive to active with the adoption of distributed generation, storage, and smart-grid technologies. Therefore, the analysis tools developed for a transmission system will not be directly applicable to a distribution network. This course shall introduce the modeling of the components (feeders, distribution transformer, regulators, capacitors, loads, distributed generation, storage, etc.) and analysis methods (load flow, short-circuit, etc.), specially developed for the distribution system. (from nptel.ac.in)

Lecture 30 - Direct Approach Based Load Flow Analysis II

This lecture contains a formation of BIBC, BCBV and DLF matrices of direct approach-based load flow analysis for radial balanced and unbalanced distribution system.


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Lecture 01 - Introduction to Electrical Distribution System
Lecture 02 - Components of Distribution System Substation and Busbar Layouts
Lecture 03 - Components of Distribution System and Feeder Configurations
Lecture 04 - Nature of Loads in a Distribution System
Lecture 05 - Load Allocation in a Distribution System
Lecture 06 - K Factors and their Applications
Lecture 07 - Analysis of Uniformly Distributed Loads
Lecture 08 - Lumping Loads in Geometric Configurations: Rectangular
Lecture 09 - Lumping Loads in Geometric Configurations: Triangular
Lecture 10 - Series Impedance of Distribution Lines and Feeders
Lecture 11 - Series Impedance of Distribution Lines and Feeders (cont.)
Lecture 12 - Models of Distribution Lines and Cables
Lecture 13 - Modeling of Single-Phase and Three-Phase Transformers
Lecture 14 - Modeling of Three-Phase Transformers I
Lecture 15 - Modeling of Three-Phase Transformers II
Lecture 16 - Modeling of Three-Phase Transformers III
Lecture 17 - Modeling of Three-Phase Transformers IV
Lecture 18 - Modeling of Step Voltage Regulators I
Lecture 19 - Modeling of Step Voltage Regulators II
Lecture 20 - Modeling of Step Voltage Regulators III
Lecture 21 - Modeling of Step Voltage Regulators IV
Lecture 22 - Load Models in Distribution System
Lecture 23 - Load Models in Distribution System (cont.)
Lecture 24 - Modeling of Distributed Generation
Lecture 25 - Applications and Modeling of Capacitor Banks
Lecture 26 - Summary of Modeling of Distribution System Components
Lecture 27 - Backward/Forward Sweep Load Flow Analysis
Lecture 28 - Backward/Forward Sweep Load Flow Analysis (cont.)
Lecture 29 - Direct Approach Based Load Flow Analysis I
Lecture 30 - Direct Approach Based Load Flow Analysis II
Lecture 31 - Direct Approach Based Load Flow Analysis III
Lecture 32 - Direct Approach Based Load Flow Analysis: Weakly Meshed System
Lecture 33 - Gauss Implicit Z-Matrix Method
Lecture 34 - Sequence Component Based Short Circuit Analysis
Lecture 35 - Thevenin's Equivalent and Phase Variable Based Short Circuit Analysis
Lecture 36 - Direct Approach for Short-Circuit Analysis: Introduction and LG Fault
Lecture 37 - Direct Approach for Short-Circuit Analysis: LLG and LLLG Fault
Lecture 38 - Direct Approach for Short-Circuit Analysis: LL Fault and Examples
Lecture 39 - Direct Approach for Short-Circuit Analysis: Weakly Meshed System
Lecture 40 - Applications of Distribution System Analysis