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Muhammad Fawad
PhD
Assessment and operation of DC technology based multi-purpose interconnectors (MPIs)
Host organisation
Cardiff University
Company
TNEI, Manchester
Project Description
This project explores multi-purpose interconnectors (MPIs) within energy networks, particularly in conjunction with offshore wind farms, to enhance efficiency and reliability. Through economic analysis and cost evaluation, we seek to understand the financial implications of integrating MPIs into existing infrastructure. Additionally, we will develop innovative control strategies like black start capability for rapid power restoration. Our research will involve validation though hardware in-the-loop. Furthermore, we will investigate the potential of MPIs including their potential as grid-forming devices for grid stability and resilience of the power grid. We also explore the benefits of employing DC technology in MPIs, enhancing market integration, security of power supply, and system services like cross-border balancing, aiming to advance MPI adoption in modern energy systems.
Supervisors
Academics Supervisors: Prof Dr Jun Liang, Dr Chuanyue Li.
Industrial Supervisor: Dr Diptargha Chakravorty.
Background
I am Muhammad Fawad Shaikh, a Pakistani hailing from the small town of Sindh Province. My fascination with engineering began in childhood, leading me to pursue a bachelor’s degree in electrical engineering at Sukkur IBA University. Through hard work and dedication, I secured a full scholarship for my undergraduate studies.
Following my bachelor's, I continued my academic journey, specializing in Power Systems for my master’s degree, also at Sukkur IBA University. During my studies, I was honored to receive an institutional merit scholarship and was recognized as the sole recipient of a gold medal in my batch. Professionally, I served as a Lab Engineer in the Electrical Engineering Department at Sukkur IBA University. Beyond my academic and professional pursuits, I am deeply passionate about exploring the vast possibilities within the field of engineering, particularly in power systems.
Motivation
The prospect of participating in an industrial PhD program offers a unique blend of academic rigor and real-world application to engage in advanced research while gaining practical experience. The most appealing aspects is the opportunity to network with the Europe's most renowned researchers in the field. The chance to collaborate and exchange ideas with leading experts from diverse backgrounds promises to enrich my academic journey and broaden my perspective.
Furthermore, this PhD offers a platform to cultivate cutting-edge research while simultaneously driving real-world impact. I am eager to leverage my academic background to explore innovative solutions that advance the principles of Net Zero Energy, with a keen focus on integrating renewable energy sources, and mitigating environmental impacts.
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