Designing and Validation of Reactive Power Controller
Added on 2023-04-21
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CE 3.1 Project Information
Name of the project: Designing and Validation of the Reactive Power Controller for
both Large-Scale Wind and Solar Photo Voltaic
Location of the project: Central Queensland University, Australia
Project Duration: March 5, 2018, until June 1, 2018
Organization: Central Queensland University
Role and Designation during the time: Electrical Engineer
CE 3.2 Project Background
CE 3.2.1 Characteristics of the project
A contemporary issue had been confronted by the industry of electrical utilities,
which can be referred to the fact that these respective variable generation plant can be
efficiently and promptly determined and thus it must be contributed to any of the dependable
electrical grid operations majorly as the subsequent resource penetration that is continuing in
the upward trends. In this specified project, I designed reactive power controllers to drive and
model the STATCOM feature in the PSS/ E to maintain stability and simulation for any
reactive compensations in the systems. I had to stipulate the subsequent FERC with the core
purpose that this site specified study can only be shown by the transmission’s operator to
validate the reactive capability’s’ requirements until the limit of 0.95 lag until lead at the
point of interconnection. For the purpose of simulation in this project, I had utilized the
software of MATLAB to eventually provide significant reactive power amount to the load of
12.8 kW. Thus, I had designed or validated a specific reactive power-controller only after the
consideration of each and every above provided condition.
Name of the project: Designing and Validation of the Reactive Power Controller for
both Large-Scale Wind and Solar Photo Voltaic
Location of the project: Central Queensland University, Australia
Project Duration: March 5, 2018, until June 1, 2018
Organization: Central Queensland University
Role and Designation during the time: Electrical Engineer
CE 3.2 Project Background
CE 3.2.1 Characteristics of the project
A contemporary issue had been confronted by the industry of electrical utilities,
which can be referred to the fact that these respective variable generation plant can be
efficiently and promptly determined and thus it must be contributed to any of the dependable
electrical grid operations majorly as the subsequent resource penetration that is continuing in
the upward trends. In this specified project, I designed reactive power controllers to drive and
model the STATCOM feature in the PSS/ E to maintain stability and simulation for any
reactive compensations in the systems. I had to stipulate the subsequent FERC with the core
purpose that this site specified study can only be shown by the transmission’s operator to
validate the reactive capability’s’ requirements until the limit of 0.95 lag until lead at the
point of interconnection. For the purpose of simulation in this project, I had utilized the
software of MATLAB to eventually provide significant reactive power amount to the load of
12.8 kW. Thus, I had designed or validated a specific reactive power-controller only after the
consideration of each and every above provided condition.
CE 3.2.2 Objectives developed for the project
This particular project was eventually approved successfully with a major purpose to
design as well as validate the responsive power-controllers for both larger-scale wind
generator and the solar photovoltaic. During the initiation of the project work, I even had
perfectly developed a few of the significant objectives and these are provided below:
To design as well as validate the power-controllers for the larger-scale wind
generators and the solar photovoltaic.
To effectively design the power-controllers only after following consideration of the
specified criterion.
To sustain lesser expenses for maintenance and production to design this particular
power-controller.
To correctly program and model this STATCOM within PSS/ E for the stability study
or dynamic simulation for enhancing the reactive compensations in systems.
To efficiently model the WECC generated STATCOM-based SVC-model known as
SVSMO3T2 model.
To use the software of MATLAB to simulate this project work successfully.
To contrast as well as analyze the project result with previous researches to obtain
better solutions.
CE 3.2.3 My area of work
Even before starting my work in the project, I was being appointed as the major
electrical-engineer. As I had worked with same project kinds previously, it was extremely
easy to me for executing this particular project all by myself. The solar photovoltaic, as well
as wind generator, was being considered in the work and hence I have not confronted any
technical difficulty during the completion of the task effectively. With my skills of
This particular project was eventually approved successfully with a major purpose to
design as well as validate the responsive power-controllers for both larger-scale wind
generator and the solar photovoltaic. During the initiation of the project work, I even had
perfectly developed a few of the significant objectives and these are provided below:
To design as well as validate the power-controllers for the larger-scale wind
generators and the solar photovoltaic.
To effectively design the power-controllers only after following consideration of the
specified criterion.
To sustain lesser expenses for maintenance and production to design this particular
power-controller.
To correctly program and model this STATCOM within PSS/ E for the stability study
or dynamic simulation for enhancing the reactive compensations in systems.
To efficiently model the WECC generated STATCOM-based SVC-model known as
SVSMO3T2 model.
To use the software of MATLAB to simulate this project work successfully.
To contrast as well as analyze the project result with previous researches to obtain
better solutions.
CE 3.2.3 My area of work
Even before starting my work in the project, I was being appointed as the major
electrical-engineer. As I had worked with same project kinds previously, it was extremely
easy to me for executing this particular project all by myself. The solar photovoltaic, as well
as wind generator, was being considered in the work and hence I have not confronted any
technical difficulty during the completion of the task effectively. With my skills of
Head of the
Department
Supervisor of the
project
Electrical Engineer (Me)
complicated problem-solving as well as major electrical-engineering conceptions, I had the
ability of properly fulfilling my responsibilities and making the project efficacious.
CE 3.2.4 Project Group
Figure 1: People involved in the project
CE 3.2.5 My responsibilities throughout the project
Within this particular project, I was being recruited as the major electrical-engineer
here and comprised of some of the major responsibilities. My core duty was proposing a
compact design to the reactive power-controller and then eventually validate this particular
power-controller for the solar photo-voltaic as well as wind. This particular simulator of a
power system for the engineering as well as PSS/E was being considered to complete
programming as well as modelling of the STATCOM model, and thus this was my core
responsibility for executing the tasks effectively. My next subsequent duties involved proper
acquaintance of the total working process of STATCOM model so that no error is present in
the results. I was hence responsible for simulating the power-controllers with simulation
Department
Supervisor of the
project
Electrical Engineer (Me)
complicated problem-solving as well as major electrical-engineering conceptions, I had the
ability of properly fulfilling my responsibilities and making the project efficacious.
CE 3.2.4 Project Group
Figure 1: People involved in the project
CE 3.2.5 My responsibilities throughout the project
Within this particular project, I was being recruited as the major electrical-engineer
here and comprised of some of the major responsibilities. My core duty was proposing a
compact design to the reactive power-controller and then eventually validate this particular
power-controller for the solar photo-voltaic as well as wind. This particular simulator of a
power system for the engineering as well as PSS/E was being considered to complete
programming as well as modelling of the STATCOM model, and thus this was my core
responsibility for executing the tasks effectively. My next subsequent duties involved proper
acquaintance of the total working process of STATCOM model so that no error is present in
the results. I was hence responsible for simulating the power-controllers with simulation
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