Course Details:
| Eligibility Criteria | B.Tech/M.Tech/Diploma |
| Course Duration | 3 Months |
| Certificate | Will be Provided |
MODULE - 1
Basics of Electrical Engineering:
1. Codes & Standards
2. Single phase system and Poly phase system and their importance
3. Power generation, Transmission, Distribution and utilization
4. Power Factor correction and Improvement methods
5. Star & Delta in 3-Ph system
6. What is AC & DC
7. Coordination with Other Disciplines
MODULE - 2
Circuit Breaker selection and sizing
Breaker classification based on voltage level
Arc Quenching Phenomena
Operating Mechanisms of Circuit breaker
Preparation of Breaker control schematic
Rating of Circuit breaker Testing of Breaker
MODULE - 3
Instrument Transformer selection and sizing
Current Transformer
Difference between conventional transformer and current transformer
Equivalent Circuit of CT
Errors of CT
CT Core classification(Metering and Protection class)
CT Sizing calculation
Voltage Transformer
Difference between conventional transformer and Voltage transformer
Ratio and Phase error of VT
VT Core classification(Metering and Protection class)
VT Sizing calculation
MODULE - 4
Electrical Protection System:
Induction Relay Technology
Relay Characteristics
Types of relays and application
Relay Setting Calculation
Relay Coordination
Protection
Wiring Diagrams
Control Schematic
MODULE - 5
Substation/Switchyard Design:
Introduction and types of substations
Selection and sizing of Equipment’s
Bus bar arrangements
Substation Clearances
SLD and Layout preparation for 132/33kV Substation
MODULE - 6
Plant Earthing/Substation Earthmat design:
Requirement of Earthing in Industrial Plants
Plant Earthing design Calculation
Substation Earthmat design Calculation
Earthing Installations Details
Types Of Earthing Details
Plant Earthing Layout/substation Earthmat layout preparation
MODULE - 7
Solar PV Plant design
Introduction on Solar technology
Off grid and on grid system
Module, Inverter & SCB/AJB selection and sizing
DC/AC Cable sizing
Transformer selection and sizing
DC/AC Solar system design
PV - Syst Energy simulation software
DC/AC SLD and Layout preparation
Plant earthing, lighting & lightning layout preparation
MODULE - 8
Short Circuit calculation
Introduction
Types of Faults
Short calculation based on Equivalent MVA Method
Short calculation based on Per-unit Impedance Method
MODULE - 9
Motor Starting Methods
Introduction
Types of starters(DOL, Star Delta, VFD & Soft starter)
Typical Control Schematics for DOL, Star/Delta/VFD/Soft starter
Typical Schematics for Power Feeder
MODULE - 10
Switchgear panel design
Basic Introduction
MCC, PCC Panels
APFC Panel
Distribution Boards
MODULE - 11
Transformer selection and sizing
Different Types of Transformers
Winding Arrangement, Vector group and Percentage Impedance
Selection of Tap changers
Transformer Sizing Calculation
MODULE - 13
Cable Selection and Sizing
Power cable and control cable introduction
Cable selection
Cable sizing for LV/HV System
Voltage drop calculation
Cable schedule
Cable interconnection schedule
MODULE - 14
Illumination design
Introduction
Type of Lighting Fixtures
Preparing Of Fixture Schedule
Indoor Illumination Calculation
Outdoor Illumination Calculation
Calculation On Dialux Software
Lighting Layout Design
Lighting Installation Detail
Small Power Selection
Lighting Board Schedule
MODULE - 15
Battery and charger sizing
Basic introduction about cell and battery
Types of batteries and its application
Battery Sizing calculation
Charger selection and sizing
MODULE - 16
Industrial Automation
Automation Introduction
Types of Automation
PLC introduction, types, Architecture, Features, Components of PLC
Programming introduction
Advance Instructions
Industrial based project examples
MODULE - 17
Electric Vehicles
Electric Vehicle Technology
Fundamentals of Electric Vehicles
Principles of Electric machines
Energy Storage Systems for HEV, BEV
Battery Management System
Certifications and Standards of EV Battery
Analysis of Battery Failure
EV Charging Stations