CPT 285

Load Flow Analysis
21 Lessons
- "Load Flow Analysis with IEEE3002-2 and IEE399 Introduction to ETAP"
  Start
- "Modelling of Bus, Grid, Transmission line "
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- "ETAP Modeling and Ferranti effect "
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- Ferranti effect calculation
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- "surge impedance loading simulation with manual calculation Scenario Modelling "
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- "Introduction of Transformer & its Standards Modelling of Transformer"
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- "Transformer & its Standards Modelling of Transformer"
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- Transformer tap settings
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- "Transformer derating. Transformer paralleling conditions. "
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- Transformer paralleling conditions.
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- "Transformer paralleling ,Three winding modeling"
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- Generator modelling
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- "operational modes of generator, AVR and governor modelling"
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- "operational modes of generator, "
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- Session 1: Multiple Generation modelling, load modelling,
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- Session 2: Multiple Generation modelling, load modelling,
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- Droop and Isochronous mode
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- REACTIVE POWER COMPENSATION & POWER FACTOR CORRECTION
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- Modeling variable Frequencty Drive
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- Solar PV
  Start
- solar PV, case study
  Start
Short Circuit Studies
16 Lessons
- Day 1: "Introduction to Short Circuit Analysis Effects of Short Circuit Causes of Faults Classification of Faults Objectives of Short Circuit study"
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- Day 2: "Standard reference Modelling of Grid X/R value validation"
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- Day 3: GRID Calculation , c factor
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- Day 4: C Factor, Modelling and short circuit calculation of transmission line
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- Day 5: "short circuit calculation of transmission line modelling and short circuit calculation of cabel"
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- Day 6: "short circuit calculation of cabel Impact of Transformer winding configuration on short-circuit current"
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- Day 7: "Impact of Transformer winding configuration on short-circuit current"
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- Day 8: SHORT CIRCUIT CURRENT NATUR
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- Day 9: "SHORT CIRCUIT CURRENT LIMITING STATIC LOAD ANDMOTOR LOAD"
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- Day 10: Transformer winding configuration
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- Day 11: All type of fault Calculations
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- Day 12: All type of fault Calculations, fault contributions
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- Day 13: NEED FOR GROUNDING
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- Day 14: "NEED FOR SEQUENCE (SYMMETRICAL) COMPONENTS"
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- Day 15: case study
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- Day 16: Quiz,Revesion
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Motor Acceleration Study
8 Lessons
- Day 1: "Introduction to MOTOR ACCELERATION STUDY"
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- Day 2: Need of Starters, Starting Torque Requirement
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- Day 3: Static motor study Modelling
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- Day 4: Static motor study Modelling
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- Day 5: Static motor simulations
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- Day 6: Static motor simulations, Dynamic moter starting
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- Day 7: Dynamic moter starting simulation
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- Day 8: Dynamic motor starting vfd vs DOL
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Relay coordination Study
14 Lessons
- Day 1: "Introduction to Protection in LV. Introduction to MCB"
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- Day 2: MCB, MCCB, ACB, Thermal Magnetic Release
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- Day 3: Electronic Release
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- Day 4: solid state release TCC
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- Day 5: Solid state release feature load ,no feature load
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- Day 6: Introduction to MV and HV
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- Day 7: Introduction to Relay
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- Day 8: motor Setting calculations of (50 & 51)
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- Day 9: No feature load 50&51 Protection
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- Day 10: Protection Setting calculations of Over Current (50 & 51) and Earth FaultRelays (50N, 51N) for motor feeder
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- Day 11: " Protection Setting calculations of Over Current (50 & 51) and Earth Fault Relays (50N,51N) for Bus coupler, Incomer, Tie feeder"
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- Day 12: " Protection Setting calculations for Bus coupler, Incomer, Tie feeder. Directionl relay"
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- Day 13: Directionl relay RMU
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- Day 14: Directionl relay RMU
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Arc Flash Study
4 Lessons
- Day 1: introduction to Arc flash, standards, personal protective equipments
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- Day 2: Standards, Fault clearing time, study case setting, label generation
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- Day 3: Calculation of arc flash boundary, incident energy and arcing energy
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- Day 4: Dc Arc Flash, Manual calculation of DC arc flash incident energy and boundary and MV arc flash and their standards, case study
  Start
Transient stability
3 Lessons
- Day 1: Introduction of transient analysis, power transfer equation, Classification of Stability, Rotor angle stability.
  Start
- Day 2: Session1: Swing Equation, Power vs angle relationship, motor modelling
  Start
- Day 2: Session2: Generator Modelling, Droop and Isochronous mode, Critical Clearing Time
  Start
Harmonic Analysis
4 Lessons
- Day1: Session1: Introduction to Power Quality issues, Harmonic Analysis.
  Start
- Day1: Session2: THD, TDD, IEEE 519-Voltage and current distortion limits, Impact of Capacitor Bank on THD.
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- Day2: Session1: Modelling of Harmonic loads (WTG, VFD, Inverters, UPS)
  Start
- Day2: Session2: Modeling of Filter, Impact of source impedance, Needs of Filters, Passive Filter Design
  Start

CPT 285

Course Summary

Course Curriculum

Load Flow Analysis

Short Circuit Studies

Motor Acceleration Study

Relay coordination Study

Arc Flash Study

Transient stability

Harmonic Analysis

malathi dhuraisamy

VASANTHAKUMARI

John Smith

Highly Recommended Course. Easy to Understand, Informative, Very Well Organized. The Course is Full of Practical and Valuable for Anyone who wants to Enhance their Skills. Really Enjoyed it. Thank you!!

Course Pricing