Frequency control of a microgrid

Category: Electrical | Posted by ThesisMentor | Posted on September 29, 2017

Project Files

Reference Papers

D.Lee and Li Wang, "Small Signal Stability analysis of an Autonomous Hybrid Renewable Energy Power Generation/Energy Storage system time domain simulations", IEEE Trans. Energy Convers., vol.23,no.1, March.2008.

Used Software/Hardware

MATLAB Programming

Description

Frequency control of a microgrid

Frequency control of a microgrid,This  deals with the load frequency control of Distributed Generation Systems (DGS) consisting of Wind, Solar and Diesel Generator.

Frequency control of a microgrid

Frequency control of a microgrid search engine Keywords Thesis 123

  • Frequency control of a microgrid
  • Small Signal Stability analysis
  • Autonomous Hybrid Renewable Energy Power Generation
  • Energy Storage system
  • time domain simulations
  • IEEE Trans
  • Energy Convers
  • MATLAB Programming
  • load frequency control
  • Distributed Generation Systems
  • consisting of Wind
  • Solar and Diesel Generator
  • Diesel Generator
  • PID controller
  • power system
  • power generation
  • frequency deviations
  • systematic way of deciding frequency
  • bias parameter along with tuning
  • Integral and Derivative controller
  • Ziegler-Nichols method
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Frequency control of a microgrid,This  deals with the load frequency control of Distributed Generation Systems (DGS) consisting of Wind, Solar and Diesel Generator. The Diesel Generator is controlled either by P or PI or PID controller to inject a regulated amount of real power to the power system based on its rating. As a result, it regulates the mismatch between the real power generation and the load which will lead to a minimum power and frequency deviations. A systematic way of deciding frequency bias parameter along with tuning the gains of the Proportional, Integral and Derivative controller (PID) based on Ziegler-Nichols method and ITSE performance criterion are proposed. The simulation studies are carried out for different types of controllers, and disturbances and it is found that it regulates the frequency with less number of oscillations, minimum, peak over shoot, and settling time in the case of PID controller.

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