Course Objectives

1. Familiarization with the work environment and challenges for power system technician

2. Familiarization to the principles, materials, components, and tools required

3. Develop an end-to-end technical understanding to execute power transmission

4. Complying to the industry specifications, guidelines and safety standards during work

Learning Outcomes

1. Identify the role and responsibilities of power system technician

2. Implement the knowledge of the transmission

3. Concept about transmission and electrical inspection of equipment

4. Illustrate how to work efficiently with superiors and colleagues

5. Comply with the safety procedures and standards to be followed while working

6. Prioritizing activities and organizing resources to meet the desired outcome

Course Syllabus

Module 1

 Introduction, Power Scenario, Power Quality & Fault clearance

Generation, Transmission & Distribution scenario in India, Power Quality by Quick Clearance of Fault, Types of generation: Conventional and Non-conventional, Thermal Power Plant, Hydro Power Plant, Gas Power Plant, Nuclear Power Plant, Co-generation Various sources Non-conventional Energy Sources, Role of computers in distribution system planning-Load modeling, characteristics: definition of basic terms and loss factor, Classification of loads and their characteristics, Distribution Feeders and Substations: Design consideration of Distribution feeders: Radial and loop types of primary feeders, voltage levels, and loading, Load Modeling, Substation Modeling

Module 2

Switchyard & substation Networks

Single line diagram/equipment [Equipments-transformer, CB, fuse, etc, Relays, Relaying schemes and auxiliariesWiring Diagram, Layout of Sub-Station(33/11KV S/S, 220/33KV S/S), Indoor and outdoor busbars –– bus-bar mountings and their clearances, Designing Electrical Transmission Tower Types and Design, Design 33/11 KV substation, Single Line layout of substation

Module 3

Cable system & Testing

Modern trends in Underground Cabling Basic Concepts, Materials Used in Cables, Conductors, Testing and Commissioning of cables, Modern trends in Underground Cabling Basic Concepts, Materials Used in Cables, Conductors, Testing and Commissioning of cables, IR test of cable, Cable Jointing,

Module 4

Project

Session Plan

MODULE 1: Generation, Transmission & Distribution scenario in India

[Interactive + Modeling]

Session 1

Types of generation: Conventional and Non-conventional

weblink:

Power Generation Types | Electricity Generation Type

Session 2

Thermal Power Plant, Hydro Power Plant,

weblink:

PRODUCTION OF ELECTRICITY FROM WATER ENERGY

Session 3

Gas Power Plant, Nuclear Power Plant,
WEBLINK :

Nuclear Power Plant

Session 4

Co-generation Various sources Non-conventional Energy Sources

weblink:

Co-Generation

Session 5

Role of computers in distribution system planning-Load modeling

weblink:

The Journey of Electrical Energy

Session 6

characteristics: definition of basic terms and loss factor

weblink:

CONNECTED LOAD, MAXIMUM DEMAND, DEMAND FACTOR, AVERAGE LOAD OR DEMAND, AND LOAD FACTOR

Session 7

Classification of loads and their characteristics.

weblink:

TYPES OF ELECTRICAL LOAD

Session 8

Distribution Feeders and Substations: Design consideration of Distribution feeders: Radial and loop types of primary feeders, voltage levels, and
loading.

weblink:

DISTRIBUTION SYSTEM ll power system ll

Session 9

PRACTICE

Load Modeling

WEBLINK:

Load Model

Session 10

Substation Modeling

WEBLINK:
3D Modeling of Electrical Substations

Module  2: Switchyard/Substation Types,

[Lab Practice in Own Distribution Network, Modeling]

Session 11

Single line diagram/equipments [Equipments-transformer, CB, fuse etc.]

WEBLINKS:

single line diagram of power system

Session 12

Relays, Relaying schemes and auxiliariesWiring Diagram

WEBLINKS:

Protection relay: Power system protection

Session 13

The layout of Sub-Station(33/11KV S/S, 220/33KV S/S)

WEBLINKS:

33/11kv substation layout

Session 14

Indoor and outdoor busbars –– bus-bar mountings and their clearances.

WEBLINKS:
What is Busbar | Busbar | Types Of Busbar System | Electrical Vision

Session 15

Designing Electrical Transmission Tower Types and Design

WEBLINKS:

Basics of Transmission Line Design

pratice

Session 16

Design 33/11 KV substation

WEBLINKS:

33/11 KV Substation

Session 17

Single Line layout of substation

WEBLINKS:

single line diagram of power system

Module 3:Cables in Electrical System

[Visit to Standard Testing Lab, Workshop Practice],

Session 18

Modern trends in Underground Cabling Basic Concepts,

WEBLINKS:

Underground Cable Construction

Session 19

Materials Used in Cables, Conductors,

WEBLINKS:

Cable Basics

Session 20

Testing and Commissioning of cables,

WEBLINK:

Underground Cable laying

Pratice

Session 21

IR Test of Cable

WEBlINK:

What is insulation resistance, How to take insulation resistance

Session 22

Cable Jointing

WEBLINKS:

Heat Shrink Cable Joint

List of Projects

1. Substation layout & Placement of equipment.

2. Protection System of 33/11/0.4 KV substation.

4. Energy Aduit

5. Safety Practice.

Cable Jointing

WEBLINKS:

Heat Shrink Cable Joint

Case Studies

Case Studies