Scribd
Upload
30 views4 pages

Wind Power Simulation in MATLAB

This document is an assignment submitted by Kenan Yeshitela for the course "Renewable Energy, Distributed Generation and Micro-Grids" regarding simulating a wind power generation inverter using MATLAB. The simulation aims to model a wind turbine using Sim Power Systems blocks in Simulink and observe the voltage, current, power waveforms at the outputs. The model is run and the voltage, current, and power waveforms are displayed which verify the wind turbine model and inverter operation. The conclusion discusses how wind power generation technology has advanced and the increasing role and requirements of wind turbines in supporting grid reliability.

Uploaded by

Kenean Yeshitela
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
30 views4 pages

Wind Power Simulation in MATLAB

This document is an assignment submitted by Kenan Yeshitela for the course "Renewable Energy, Distributed Generation and Micro-Grids" regarding simulating a wind power generation inverter using MATLAB. The simulation aims to model a wind turbine using Sim Power Systems blocks in Simulink and observe the voltage, current, power waveforms at the outputs. The model is run and the voltage, current, and power waveforms are displayed which verify the wind turbine model and inverter operation. The conclusion discusses how wind power generation technology has advanced and the increasing role and requirements of wind turbines in supporting grid reliability.

Uploaded by

Kenean Yeshitela
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 4

SOLAR TRACKING USING MATLAB

Class - M.Sc. in Electrical Power Engineering

Year – I, Semester - II

Renewable Energy, Distributed Generation and Micro-Grids


(ECEG 6076)

Assignment 1

By
KENAN YESHITELA PGP/888/15

School of Electrical and Computer Engineering


Haramaya Institute of Technology
Haramaya University
Ethiopia
23, Jun 2023

Submitted to: Dr. V. Ramesh Kumar


Ex. No: 1
Wind power Generation inverter USING MATLAB
23-6-2023

Aim:

• To simulate Wind power Generation inverter Using MATLAB.


Software required:

• MATLAB R2018a

Procedure:

1. Open MATLAB software.


2. Create a new file and open Simulink library browse.
3. Choose required component as per circuit diagram.
4. Place all the components in new file
5. All the components are connected as per circuit diagram.
6. Start the simulation and see the waveform from scope.

The Modeling Diagram from MATLAB

Figure 1 Wind turbine model using Sim Power Systems

2
Output of scope 1

Fig.2 Voltage and Current Waveform

Output of scope2

Fig3 Power and Voltage Waveform

3
Conclusion
The role of wind power generation in the age of early power generation was considered to be
minor. As the technology grows and expands, there has been a lot of progresses in the field of wind
power generation that will lead to better generators with excellent interfaces of grid. Wind power
generation is considered as crucial type of generation by the utility industry. The demand and
requirement of WTGs are increasing day by day. As the demand and requirement of wind power
increases, wind power plants must have capabilities of have fault ride-through to make sure that
wind power generation remains connected to the grid in the situation of minor disturbances.
Manufacturers of wind turbine are required to analyses the consequences of the disturbances occur
in the grid and new requirements which will impact on the design of wind turbine generators in
order to support power system reliability. Similarly, to provide adherent services to support the
grid, a planner of the power system is required to analyse the limitation of wind turbine generators.
Various requirements consisting of inertial response, spinning reserves capability and governor
response capability are being enforces by transmission system operators. Inspiration of this project
was to conduct a better approach for designing and analyzing the wind turbines in both ways i.e.,
impact of turbine on grid and impact of grid on turbine.

You might also like