Kriti Agrawal
PhD
Autonomous operation of modern power systems including HVDC grids
Host organisation
Universitat Politècnica de Catalunya
Company
Hitachi Energy Research, Hitachi Energy Germany AG
Project Description
From an electrical engineering perspective, increasing the share of energy from renewable sources to meet climate goals presents numerous challenges and, consequently, research opportunities. Adaptation of electrical power transmission grids to accommodate this transition is an example. The emergence of High Voltage Direct Current (HVDC)-based transmission, for various power transmission applications, has led to the need for advanced control and operation strategies. My doctoral research is focused on the operation and control of the modern power transmission grid with both AC and HVDC systems. An Optimal Power Flow (OPF) tool for hybrid AC-DC systems shall be developed. This tool will also incorporate stability constraints and HVDC converter capabilities.
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Supervisors
Academic: Prof. Oriol Gomis-Bellmunt & Dr. Eduardo Prieto Araujo
Industry: Dr. Kevin Schönleber
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Background
Born and raised in western India, I completed my Bachelor of Technology in Electrical Engineering from Nirma University, Ahmedabad, India in July 2017. Following my graduation, I gained two years of professional experience as an Engineer at Larsen and Toubro Hydrocarbon Engineering Limited. I pursued a Master of Science in Power Engineering at the Technical University of Munich (TUM), Munich, Germany and graduated in January 2023. Though the program offered a broad range of interdisciplinary subjects, my fields of focus were power transmission systems and energy markets. Beyond academics, I enjoy traveling, watching movies, and cooking.
Motivation
The inspiration for my journey in electrical engineering stems from my father. Witnessing his passion for his work as an electrical engineer has inspired me to pursue a Bachelor's, Master's, and now a PhD in Electrical Engineering. The ADOreD network comprises various universities and industries, offering exciting prospects for exploration, experiences, and networking in both academic and industrial realms. It provides ample opportunities to enhance my skills, and pursuing a PhD serves as training for conducting independent research in my field of interest.
I also wish to inspire others, especially young women, by showcasing the possibilities within the field of electrical engineering and encouraging greater female participation.