Vikranth Nayakanti
PhD
Synthetic Wind Field Generators for Load Calculations in Complex and Forest Terrains.
Host Organisation
Uppsala University
Company
Enercon
Project Description
The growing significance of wind energy is evident in its rapid global expansion, with projections suggesting it could supply 25-30% of the world's electricity by 2050. This growth has driven the development of wind farms in challenging environments, such as complex terrains and forested areas, and has prompted the exploration of less understood atmospheric regions. The complexities of terrain affect wind flow and increase turbine loads compared to flat terrain. This research aims to quantify uncertainties in current load estimation procedures between flat and complex terrains, focusing on developing wind field generators that better represent turbulence flow. Also, analyze load-influencing parameters and assess the model's dependence on meteorological conditions.
Supervisors
Antonio Segalini, Stefan Ivanell, Michael Alletto
Background
I’m from Bangalore, India, and hold a bachelor's degree in Mechanical Engineering from Bangalore University. My bachelor's project focused on the design of a dry and wet waste segregator, sparking my interest in sustainability. This passion led me to work in the energy sector for two years. I then pursued a Master’s in Wind Energy in Denmark, where my thesis focused on wind farm layout optimization to maximize energy density under load constraints. Later, I worked for a year in a wind farm design consulting startup.
Outside of work, I enjoy playing cricket and have a keen interest in winter sports.
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I’ve always been fascinated by wind energy and its role in a sustainable future. This PhD project aligns perfectly with my interests, combining fluid and structural dynamics. It offers a unique opportunity to bridge academia and industry, allowing me to apply my research to real-world challenges. The excellent networking and training within the project will be invaluable for my professional and personal growth.