Power Bootcamp Course
Course Details
- Software & Interface
Software installation & interface overview
Project setup & database management - Modeling & Diagram Design
Single line diagram (SLD) development
Electrical library customization - Load Flow & System Analysis
Load flow analysis & system evaluation
Voltage drop & bus voltage analysis - Equipment Sizing & Monitoring
Cable & transformer sizing techniques
System condition monitoring - Fault & Safety Studies
Short circuit & arc flash analysis
Fault simulation on electrical networks - Motor Analysis
Motor starting analysis (static, dynamic, VFD)
Motor configuration & load setup - Protection & Control
Protection system configuration (breakers, CTs)
Study case creation & simulation control - Reporting
Report generation & documentation - Advanced System Studies
Harmonic & transient stability analysis
Ground grid system design - Cable & Network Design
Cable routing & underground system design
Cable capacity planning - Protection Engineering
Protection fundamentals & fault analysis
Protective device coordination - Relay Coordination
Advanced protection systems design
Relay coordination & TCC curve analysis - System Protection
Voltage, frequency & reverse power protection
Parameter setting & system adjustments - Power System Applications
DC load flow & battery sizing
Distributed generation (DG) systems - Renewable Energy Systems
Renewable energy integration (solar & wind)
Unbalanced load flow analysis - Optimization Techniques
Optimal power flow & capacitor placement
Switching sequence management - Advanced Modeling
UDM modeling & logic design
Generator exciter system design - Control Systems
Geospatial modeling & map integration
AC/DC control system design - Real-Time Systems
Real-time simulation & load allocation
Voltage control & VAR optimization - System Stability & Reliability
Voltage stability & system balancing
Fault management & service restoration - Smart Grid & Automation
Time domain & dynamic system analysis
Smart grid applications - Enterprise Systems
Power management system (PMS)
Microgrid & distributed system control - Industrial Applications
Intelligent automation systems
Railway traction system modeling - Integration & Communication
SCADA integration & data communication
Data exchange & field data collection - Advanced Protection Concepts
State estimation techniques
Synchro-check & auto-recloser systems - Final Implementation
ETAP enterprise & real-time server
Final project implementation
- Load Flow Analysis
Power Factor Correction & Transformer Paralleling
Active Power Control & Tower Modelling - Short Circuit Analysis
Fundamentals & Grid Fault Calculations
RMS Simulation & Per Unit System - Motor Acceleration Study (MAS)
Basics & Motor Data Handling
Static & Dynamic Simulations
Multiple Motor Analysis - Protection & Relay Coordination
Relay Coordination Fundamentals
Overcurrent & Earth Fault Protection
Feeder & Transformer Protection Settings - Harmonic & Power Quality Analysis
Harmonics & Flicker Analysis
K-Factor Transformer
Harmonic Filter Design & Calculations - Arc Flash Analysis
AC/DC Arc Flash Fundamentals
Simulation in Power Factory - Stability & RMS Studies
Transient Stability & RMS Modelling
Electro-Mechanical Transient Analysis - EMT Studies
Transmission Line Modelling
Line & Transformer Energization
Lightning Transients - Final Implementation
Power BootCamp enterprise & real-time server
Final project implementation
- Introduction to PSCAD
Introduction to PSCAD
Industry use cases (HVDC, FACTS, renewables, lightning studies) - PSCAD Software Fundamentals
Installation and workspace setup
Project creation and file structure - Electrical System Modeling Basics
AC/DC systems representation in PSCAD
Sources (voltage/current source modeling) - Power System Components Modeling
Transmission line modeling (distributed & lumped)
Transformer modeling (single & three-phase)
Circuit breakers and switching devices - Harmonic & Power Quality Analysis
Harmonics & Flicker Analysis
K-Factor Transformer
Harmonic Filter Design & Calculations - Fault Analysis Using PSCAD
Single line-to-ground faults
Line-to-line faults
Three-phase faults - Stability & RMS Studies
Transient Stability & RMS Modelling
Electro-Mechanical Transient Analysis - Switching & Transient Studies
Capacitor switching transients
Reactor switching
Energization of transformers - Final Project (Capstone)
Complete grid model building
Fault + switching + renewable integration
Report generation
Presentation of results (industry-style)
- Introduction to Power System & PSSE
Overview of Power System Analysis
Introduction to PSS®️E
Software interface & toolbars
Project setup and case management
Base case data structure (buses, lines, transformers, loads) - Power Flow Analysis
Load flow fundamentals (Gauss-Seidel, Newton-Raphson, Fast Decoupled)
Slack, PV, and PQ bus concepts
Voltage profile analysis
Losses and system balancing
Contingency-based load flow studies
Practical case studies (industrial & utility networks) - Short Circuit Analysis
Fault types (3-phase, L-G, L-L, L-L-G)
Symmetrical components
Fault level calculation
Bus fault analysis
Equipment duty evaluation - Stability Analysis
Transient stability concepts
Rotor angle stability
Generator modeling basics
Fault clearing and system response
Swing curve interpretation - Dynamic Simulation
Dynamic models in PSSE
Excitation and governor systems
System response to disturbances
Voltage & frequency stability - Network Modeling
Transmission line modeling
Transformer modeling (tap changers, impedance)
Generator and load modeling (ZIP loads)
Renewable integration basics (solar/wind models) - Protection & Contingency Analysis
N-1 contingency analysis
Overload and voltage violation detection
System security assessment
Remedial actions (load shedding, switching) - Advanced Studies & Case Scenarios
Grid interconnection studies
Renewable energy integration
Industrial plant power system analysis
Real-world utility case studies - Reporting & Results Interpretation
Study case reporting
Graphs and result interpretation
Exporting data and documentation
Course Duration & Fees
- Rs 250,000/-
- Course Duration 6 Month
- Online Session
- On Campus Lecture + Practical
- Video Lecture Available
- Urdu & English
- 24/7 Support