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power delivery systems Basics

Course Reviews

Track :

Engineering

Lessons no : 36

For Free Certificate After Complete The Course

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What will you learn in this course?
  • Understand the fundamental components of power delivery systems including transformers, transmission lines, and circuit breakers
  • Analyze the design principles for efficient power transmission and distribution networks
  • Evaluate the operational aspects of power delivery systems in real-world electrical grids
  • Apply safety standards and best practices in the installation and maintenance of power delivery infrastructure
  • Identify common faults and troubleshooting techniques in power transmission and distribution systems
  • Utilize simulation tools to model power flow and system stability in power delivery networks
  • Assess the environmental impacts and sustainability considerations of power delivery systems
  • Implement control strategies for optimizing power flow and reducing losses in electrical networks
  • Interpret technical drawings, schematics, and system specifications related to power delivery systems
  • Develop maintenance schedules and procedures to ensure reliability and safety of power infrastructure
  • Integrate renewable energy sources into existing power delivery frameworks effectively
  • Communicate technical information clearly to stakeholders about power system operations and upgrades

How to Get The Certificate

  • You must have an account Register
  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • You can Register With Any Course For Free
  • The Certificate is free !
Lessons | 36
Operation and Planning of Power Distribution Systems Intro Video
00:06:52

Operation and Planning of Power Distribution Systems Intro Video
Lec 1 Power systems Overview and historical developments
00:33:24

Lec 1 Power systems Overview and historical developments
Lec 2 Introduction to power delivery systems
00:52:14

Lec 2 Introduction to power delivery systems
Lec 3 Introduction to electrical loads
00:49:01

Lec 3 Introduction to electrical loads
Lec 4 Load diversity
00:49:16

Lec 4 Load diversity
Lec 5 Different load indices
00:48:06

Lec 5 Different load indices
Lec 6 Loss factor
00:46:10

Lec 6 Loss factor
Lec 7 Load management
01:06:30

Lec 7 Load management
Lec 8 Brief overview of power distribution substation
00:21:23

Lec 8 Brief overview of power distribution substation
Lec 9 Substation bus schemes and primary distribution network topology
00:53:08

Lec 9 Substation bus schemes and primary distribution network topology
Lec 10 Voltage drop and power loss computations for typical radial distribution feeders
00:54:04

Lec 10 Voltage drop and power loss computations for typical radial distribution feeders
Lec 11 Genaralized expression for voltage drop for radial distribution feeder
00:59:43

Lec 11 Genaralized expression for voltage drop for radial distribution feeder
Lec 12 Derivation of K constant for voltage drop computation
00:59:16

Lec 12 Derivation of K constant for voltage drop computation
Lec 13 Different reliability indices used in distribution networks
00:42:26

Lec 13 Different reliability indices used in distribution networks
Lec 14 Different reliability indices with numerical examples
01:00:40

Lec 14 Different reliability indices with numerical examples
Lec 15 Mathematical concept of reliability
00:55:10

Lec 15 Mathematical concept of reliability
Lec 16 Reliability evaluation of multiple units connected to series and or parallel
01:01:02

Lec 16 Reliability evaluation of multiple units connected to series and or parallel
Lec 17 Numerical problems on reliability evaluation
00:59:28

Lec 17 Numerical problems on reliability evaluation
Lec 18 Power quality problems in distribution systems
01:04:19

Lec 18 Power quality problems in distribution systems
Lec 19 Forward backward load flow approach for power distribution systems
01:08:48

Lec 19 Forward backward load flow approach for power distribution systems
Lec 20 Forward backward load flow approach for power distribution systems
01:11:37

Lec 20 Forward backward load flow approach for power distribution systems
Lec 21 Reactive power compensation Basic idea
01:07:20

Lec 21 Reactive power compensation Basic idea
Lec 22 Reactive power compensation Numerical examples
01:00:17

Lec 22 Reactive power compensation Numerical examples
Lec 23 Capacitor placement at distribution feeder Analytical approach
01:11:35

Lec 23 Capacitor placement at distribution feeder Analytical approach
Lec 24 Power distribution system planning Economic aspects
01:09:11

Lec 24 Power distribution system planning Economic aspects
Lec 25 Power distribution system planning Different models and solution strategies
01:34:35

Lec 25 Power distribution system planning Different models and solution strategies
Lec 26 Mono objective power distribution system planning approach
01:04:10

Lec 26 Mono objective power distribution system planning approach
Lec 27 Multi objective power distribution system planning approach
01:04:27

Lec 27 Multi objective power distribution system planning approach
Lec 28 Multi objective planning incorporating sectionalizing switches and tie lines
01:00:15

Lec 28 Multi objective planning incorporating sectionalizing switches and tie lines
Lec 29 Reconfiguration of power distribution networks
00:50:55

Lec 29 Reconfiguration of power distribution networks
Lec 30 Distribution networks with the integration of Distributed Generation
01:05:41

Lec 30 Distribution networks with the integration of Distributed Generation
Lec 31 Concept of microgrids
00:35:31

Lec 31 Concept of microgrids
Lec 32 Wind and solar energy conversion systems
00:46:40

Lec 32 Wind and solar energy conversion systems
Lec 33 Energy storage systems
00:38:32

Lec 33 Energy storage systems
Lec 34 Distribution system automation and smart grid Part I
00:35:52

Lec 34 Distribution system automation and smart grid Part I
Lec 35 Distribution system automation and smart grid Part II
00:34:49

Lec 35 Distribution system automation and smart grid Part II


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Manoj

Good,very useful 2025-06-18

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. 2025-06-15

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. 2025-05-29

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Very good 2025-05-27

Laxmi Pujeri

.... 2025-05-18

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Good 2025-05-14

Ranjeeta Biradar

Nice 2025-05-12

HARISH KURBET

. 2025-05-08

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Good 2025-05-04

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Nice 2025-05-03

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Good 2025-05-03

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Good 2025-05-03

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power delivery systems course, This course explores the intricacies of power delivery systems, covering their design, operation, and applications.