INTERMEDIATE LEVEL

MODULE 3
Contingency Analysis in Electric power grids using PSS®E
MODULE 4
Modeling and Dynamic Simulation of grid-scale Solar PV and BESS plants in PSS®E
MODULE 5
Modeling and Simulation of Grid-Scale Solar PV and BESS power plants in PSCAD
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MODULE 3 - Contingency Analysis in Electric power grids using PSS®E

Training Objectives

Contingency analysis covers a variety of analytical investigations performed by both system planners and operators. The course is designed to expose the participants to understand the contingency analysis, its importance, and how to perform it on the PSS®E platform. The focus shall be on building a generation/demand base case scenarios using different network components such as generator, load, lines, transformers, and shunt devices, Identify the tests (contingencies) to be performed for steady-state analysis and the system conditions that are acceptable or required before and during such contingencies.

 An insight into the mathematical modeling of power system components is necessary to comprehend when goes behind when a power system is modeled in any power system modeling and analysis software.

Who Will Benefit ?

  • Employees of Central and State utilities
  • Professionals working in the modeling, analysis, and system studies domain of the power & energy industry
  • Graduate/Post-graduate students in Electrical/Electrical and Electronics Engineering willing to join the power system industry

Course Content

  • Introduction to load flow analysis and contingency analysis
  • Building generation/demand base case
  • Large system case-solving techniques
  • How to perform contingency using SUB, CON, and MON files in PSS/E
  • Analysis and interpretation of contingency results
  • Hands-on exercises on each sub-module

Pre-requisite

Basics of Power Systems Module 1

Software

Siemens PTI PSS®E

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 30,000/- (for professionals) INR 15,000/- (for students)

MODULE 4 - Modeling and Dynamic Simulation of grid-scale Solar PV and BESS plants in PSS®E

Training Objectives

Understanding the real-time dynamic behavior of the Solar and BESS plants is important to address the technical challenges such as grid interconnections, protections, stability, and power quality issues. The course is designed to expose the participants to the dynamic behavior of the inverters, their associated controls in PSSE, and as well as its applications. The focus shall be on executing a simulation model using generic PSSE dynamic model representation for an inverter & power plant controller in an equivalent transmission level connected Solar/ BESS plant.

Who Will Benefit ?

  • Employees of Central and State utilities
  • Professionals working in the modeling, analysis, and system studies domain of the power & energy industry
  • Graduate/Post-graduate students in Electrical/Electrical and Electronics Engineering willing to join the power system industry

Course Content

  • Introduction to PSSE dynamics
  • Building a generic PSSE model representation
    • Modeling of generators
    • Modeling of the power plant controller
    • Modeling of load
  • Dynamic Simulations for various disturbances
  • Analysis and interpretation of dynamic behavior of the inverters
  • Hands-on exercises on each sub-module

Pre-requisite

Basics of Power Systems

Software

Siemens PTI PSS®E

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 30,000/- (for professionals) INR 15,000/- (for students)

MODULE 5 - Modeling and Simulation of grid-scale Solar PV and BESS plants in PSCAD/EMTDC

Training Objectives

Understanding the real-time transient/dynamic behavior of the Solar and BESS plants is important to address the technical challenges such as grid interconnections, protections, stability, and power quality issues. The course is designed to expose the participants to the modeling of inverters, develop a plant level model and perform grid interconnection studies. The focus shall be on building a plant-level simulation model using different components such as inverter, plant controller, infinite grid, load, transmission lines, transformers, and shunt devices.

Who Will Benefit ?

  • Employees of Central and State utilities
  • Professionals working in the modeling, analysis, and system studies domain of the power & energy industry
  • Graduate/Post-graduate students in Electrical/Electrical and Electronics Engineering willing to join the power system industry

Course Content

  • A brief overview of current/voltage source inverters
  • Building a plant level simulation model
    • Modeling of inverter/plant controller
    • Modeling of transmission line
    • Modeling of transformers
    • Modeling of load
    • Modeling of fixed and switched shunts
    • Modeling of an infinite grid
  • Perform grid interconnection studies such as LVRT/HVRT
  • Hands-on exercises on each sub-module

Pre-requisite

Basics of Power Systems

Software

PSCAD/EMTDC software

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 30,000/- (for professionals) INR 15,000/- (for students)

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