ADVANCED LEVEL

MODULE 6
DC Injection, Voltage Flicker, and Harmonic Analysis for Renewable Energy Plants
MODULE 7
Sub-synchronous Oscillation study for Renewable plants using PSCAD
MODULE 8
SVC modeling and simulation in PSCAD
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MODULE 6 - DC Injection, Voltage Flicker, and Harmonic Analysis for Renewable Energy Plants

Training Objectives

The course is designed to provide extensive coverage to reactive power capability analysis, an important aspect of grid integration of renewable energy sources. 

Reactive power capability analysis of renewable energy plant and Cap bank sizing to meet specific grid integration requirement shall be taught using PSSE.

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

  • Why reactive power capability analysis is needed?
  • Introduction to reactive power capability of
    • PV inverters
    • Storage inverter
    • Wind turbines
  • Reactive power capability requirements as per utility grid codes
  • Reactive power capability analysis of renewable energy plant
  • Cap bank sizing to meet the requirements
  • PQ curves plotting
  • Hands on exercises

Pre-requisite

Basics of Power Systems Module 1

Software

Siemens PTI PSSE

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 20,000/- (for professionals) INR 10,000/- (for students)

MODULE 7 - Sub-synchronous Oscillation study for Renewable plants using PSCAD

Training Objectives

The course is entitled to impart knowledge on understanding Sub-Synchronous Oscillation (SSO) in power systems and its various types. The course emphasizes series compensation and its effect on SSO and possible mitigation methods. After successful completion of this module, the audience would gain an understanding of the SSO phenomenon and how to set up and analyze a test case for an SSO study in PSCAD.

  In addition to this, Individual equipment data and SLD modification based on the specific project requirement training will be conducted.

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 and types in SSO
  • Impact of series compensation on SSO
  • Types of SSO
  • Setting up of a test case for SSO study in PSCAD
  • Analysis of impedance scanning results
  • Mitigation methods

Pre-requisite

Basics of Power Systems and renewable energy systems

Software

PSCAD/EMTDC Simulations

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 35,000/- (for professionals) INR 17,500/- (for students)

MODULE 8 - SVC modeling and simulation in PSCAD

Training Objectives

The course is entitled to gain knowledge on understanding FACTS (Flexible AC Transmission) and about the benefits of the Transmission system enhancement using FACTS Technology.

The course will also provide insight into the basic design of SVC (Static VAR Compensator), Industry-standard studies and its impact on the Utility grid, and milestones of project execution.

 

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

  • Brief view of Understanding FACTS (Flexible AC Transmission) & Benefits
  • Types of compensations & Configurations
  • Simplified SLDs & Equipment Layout
  • SVC Characteristics & Control philosophy of SVC (Static VAR Compensator)
  • Design Considerations & Industrial Standard Studies
  • General Industrial Procedure of Project stages/Milestones

Pre-requisite

Basics of Power Systems and renewable energy systems

Software

PSCAD/EMTDC Simulations for SVC Model

Delivery Mode

In-person-Physical classroom setting

Certification

YES

Course Duration

12 Hrs

Course Fee

INR 20,000/- (for professionals) INR 10,000/- (for students)

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