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Hand’s On Electrical Training in Programming, Hardware Design and Development.
- Genuine Placement
- 65k Enrolled
- All levels
- English
Training Overview
Electrcial Power System | Software Overview. |
---|---|
Analysis | Able to analysis, simulation, monitoring, control, optimization, and automation of electrical power systems. |
Overview | One Line Diagram, AC Arc Flash Analysis, Short Circuit Study, Device Coordination, Harmonics Studies & Filter Sizing, Transient Stability Analysis, Reliability Assessment Analysis |
Dailux | Indoor Lighting, Outdoor Lighting |
Syllabus - In Detail
The main aim of the course is to learn and apply Electrical Power System Analysis Using Software.
The course will be delivered using software tools and various analysis relevant to industry specific electrical application.
- Project Settings & One Line Diagram
- Load Flow Study, Evaluation & Result Analyzer
- Data Requirements
- Calculation Methods
- Load / Generation Modeling in Power System
- Loading / Generation Categories
- Diversity / Demand Factors
- Parameter Settings / Adjustments
- Reports / Alerts
- Result Analyzer
- Exercise
- Configuration & Case Study Edit
- Load Flow Cases & Wizard
- Short Circuit Study, Evaluation & Result Analyzer – IEC
- Data Requirements
- IEC 909 Calculation Method
- Types of Short Circuit in IEC & Factors
- Device Duty Calculation in Mesh & Non-Mesh Networks
- Unbalanced / Ground Faults
- IEC 61363 Transient Fault Current Calculation
- Parameter Settings / Adjustments
- Reports / Alerts
- Result Analyzer
- Exercises
- Motor Modeling & Motor Start
- Motor Reacceleration Transients
- Protective Device Coordination / Selectivity
- Data Requirements
- Protection Equipment Library
- Protection & Selectivity Concepts
- Protective Device Arrangements
- Time-Current Characteristics
- Exercise
- AC Arc Flash Analysis & Result Analyzer
- AC Arc Flash Concept & Overview
- Calculation Methods (NFPA 70E and IEEE 1584)
- Data Requirements
- PPE Requirements
- Parameter Settings / Adjustments
- Effects of Short Circuit & Protection / Coordination
- Reports / Alerts
- Result Analyzer
- Arc Flash Labels
- Exercises
- Harmonics Studies & Filter Sizing
- Data Requirements
- Harmonic Source Modeling
- Harmonic Library / Inter-Harmonics
- Harmonic Load Flow / Frequency Scan
- Parameter Settings / Adjustment
- Reports / Alerts / Plots
- Exercise
- Generator Model & Load Flow
- Unit Transformer Tap Optimization
- Ground Grid Design
- Data Requirements (Rod / Conductor)
- Regular / Irregular Ground Grid Modeling
- Design Criteria
- Calculation Methods / Settings (IEEE 80, FEM)
- Reports / Alerts / 3D-Plots
- Reliability Assessment Analysis
- Review of Reliability Assessment and Evaluation Indices
- Data Requirements and Reliability Library
- Study / Report Settings
- Load Point and System Results
- Reports and Display Options
- Reliability Analysis Plots
- Exercise
- Optimal Capacitor Placement Analysis
- Problem of VAR flow in Power Systems
- Purpose of Shunt Capacitor Applications
- General Methods for Capacitor Placement
- Genetic Algorithm
- Data Requirements
- ETAP Optimal Capacitor Placement Capabilities
- Display Results / Plots
- Exercise
- Transformer and Cable Sizing
- Transient Generator Modeling
- DC System Studies Overview
- Transient Stability Analysis
- Power System Stability
- Transient and Small-Signal Stability
- Basic Concepts and Definitions
- Review of Classical Methods
- The Elementary Mathematical Model
- Modeling of Synchronous Machine: Park Transformation;
- Saturation Models; Computer Simulation of Synchronous
- Machines
- Excitation Systems
- Effect of Excitation on Stability
- Power System Stabilizers (PSS)
- Speed Governing
- Steam, Hydraulic and Combustion Turbine Prime Movers
- Transient Stability Studies
- Analysis of Single Machine Industrial System and Multi machine
- DIALUX :
- Introduction
- Lighting Control Design & Calculation
- Indoor Lighting
- Outdoor Lighting