power delivery systems Basics

Engineering

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LAKAVATH RAKESH

good

informative

PYARAM SAI CHAITHANYA

Good

DOTHULA TARUN KUMAR

excellent

Good

SHAIK ATHAR QURESHI

good

HARKARA PHANIDATTA

..

VANGURI SATHISH

Good

GODUGU RISHI VARDHAN

hard

BOLLAM PRUDHVIRAJ

hard

HARIDASYAM UDAYCHANDRA

kk

GOOD

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

power delivery systems Basics

Engineering

Operation and Planning of Power Distribution Systems Intro Video

Lec 1 Power systems Overview and historical developments

Lec 2 Introduction to power delivery systems

Lec 3 Introduction to electrical loads

Lec 4 Load diversity

Lec 5 Different load indices

Lec 6 Loss factor

Lec 7 Load management

Lec 8 Brief overview of power distribution substation

Lec 9 Substation bus schemes and primary distribution network topology

Lec 10 Voltage drop and power loss computations for typical radial distribution feeders

Lec 11 Genaralized expression for voltage drop for radial distribution feeder

Lec 12 Derivation of K constant for voltage drop computation

Lec 13 Different reliability indices used in distribution networks

Lec 14 Different reliability indices with numerical examples

Lec 15 Mathematical concept of reliability

Lec 16 Reliability evaluation of multiple units connected to series and or parallel

Lec 17 Numerical problems on reliability evaluation

Lec 18 Power quality problems in distribution systems

Lec 19 Forward backward load flow approach for power distribution systems

Lec 20 Forward backward load flow approach for power distribution systems

Lec 21 Reactive power compensation Basic idea

Lec 22 Reactive power compensation Numerical examples

Lec 23 Capacitor placement at distribution feeder Analytical approach

Lec 24 Power distribution system planning Economic aspects

Lec 25 Power distribution system planning Different models and solution strategies

Lec 26 Mono objective power distribution system planning approach

Lec 27 Multi objective power distribution system planning approach

Lec 28 Multi objective planning incorporating sectionalizing switches and tie lines

Lec 29 Reconfiguration of power distribution networks

Lec 30 Distribution networks with the integration of Distributed Generation

Lec 31 Concept of microgrids

Lec 32 Wind and solar energy conversion systems

Lec 33 Energy storage systems

Lec 34 Distribution system automation and smart grid Part I

Lec 35 Distribution system automation and smart grid Part II

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power delivery systems Basics

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