ELECTRICAL DESIGN ENGINEERING
A thorough audit of Electrical Design Engineering identifies and resolves potential design flaws, ensuring safety, efficiency, and code compliance across all systems. The complete analysis offers optimized layout strategies, load calculations, and equipment sizing that align with your project’s technical and operational goals. It also enables us to define clear design standards and objectives, which play a vital role in developing customized, reliable, and cost-effective electrical systems for any industrial or commercial application.
Course Duration: 140 Hours
Training: Online / Offline
Batch: Sat-Sun / Only Sun
Fee: ₹ 35,000/-
Course Contents
Introduction and Load List
- Introduction of Electrical Engineering
- Introduction of EPC Industry
- Coordination with Other Department
- Preparation of Load Schedule
- Determination of Power Supply Capacity
- Standby Capacity consideration
- Rating of Generators in Relation to Prime Movers Importance of max and min temp
- Rating of Motors in Relation to their Driven Machines
Electrical Equipment : Sizing
- Motor
- Transformer
- Emergency Generator
- Neutral Grounding Resistor (NGR)
- Power capacitor banks (PCB)
- AC UPS
- HV/MV/LV Switchgears
- Battery and Battery Charger
- CT/PT
- Power reactor
- Bus duct
Illumination (Lighting) Design
- Introduction
- Type of Lighting Fixtures
- Selection of Lighting Fixtures
- Preparation of Fixtures Schedule
- Indoor Illumination Calculation
- Outdoor Illumination Calculation
- Calculation on Software
- Lighting Layout Design
- Lighting Installation Detail
- Small Power selection
- Lighting Board Schedule
Cable: Selection, Sizing & Layout
- Power and Control cable Introduction
- Cable Selection and Sizing
- Cable sizing for Low voltage system
- Cable sizing for High voltage system
- Voltage Drop Consideration
- Let through Energy consideration
- Earth fault Loop Impedance consideration
- Cable Schedule
- Selection and Sizing of cable Tray
- Cable Tray and Drum schedule
- Conduit Selection and Sizing
- Cable Routing Layout
- Cable Tagging and Installation Details
Earthing & Lightening Protection
- Requirement of Earthing in Industrial Plants
- Objectives of Proper Earthing System
- Types of Earthing Systems
- Selection Criteria for Earthing Type
- Earthing Design Calculations
- Earthing Conductor & Electrode Sizing
- Earthing Layout Design
- Need for Lightning Protection
- Lightning Protection Design Calculations
- Lightning Arrestor Installation Guidelines
- Lightning Protection Layout Design
Development of Single Line Diagram
Key Single Line Diagram (SLD)
Detailed Single Line Diagram
Lighting System SLD
Small Power Distribution SLD
Metering and Control SLD
SLD for HT Panel
SLD for LT Panel
SLD for Transformer Connections
SLD for DG Set Integration
SLD for UPS and Battery System
Earthing and Neutral SLD Representation
Protection Device Representation in SLD
Cable Routing and Interconnection in SLD
Substation / Switchyard Design
Introduction to Substations
Classification and Types of Substations
Components and Functions of Substations
General Arrangement of Substation Equipment
Outdoor and Indoor Equipment Layout
Safety and Accessibility Considerations in Layout Design
Hazardous Area Classification
- Zone/Division Classification
- Types of Protection for Hazardous Areas
- Hazardous source List Preparation
- Certification of Hazardous Area Equipment
- Marking of Equipment Nameplates
- Hazardous Area Drawings / Layouts Preparation
Power System Studies
- Overview
- SLD Modelling
- Load Flow Analysis
- Short Circuit Analysis (Fault Calculations and Stability Studies)
- Motor Starting Study
- Protection System Overview
- Relay Coordination