The Traditional State of Affairs
The conception of Power Systems as a system with certain generation and uncertain loads, with system data flowing unidirectionally towards system operators who control the entire Power System ecosystem for a reliable and economic operation is becoming increasingly archaic
The New-Age Disruptors
The ever increasing adoption of Renewable Energy Sources for mitigating Climate Change and embracing Sustainable Development, is enabling individuals and communities to create local grids; moreover, the progress in storage technology has made possible for having an economic utility-scale storage; and, last but not the least the information age is transforming the way electricity is produced, consumed and operated in a big way. All these positives come with their own set of technical challenges which need to be addressed to have a cohesive energy infrastructure
Where do I come in?
Translating the system understanding and system physics into relevant mathematical models. Utilizing these models for developing robust control algorithms. Developing the desired application and deploying it in the real-time production environment