Power electronic components that are penetrated in systems cause stability issues due to non-linear

behavioral characteristics. Non-linear series data alone cannot provide sufficient information

regarding dynamic behaviors and so a real time complexity measurement is required. Studies

have been carried out to assess stability in power electronic based components such as- Solid State

Transformers (SSTs), inverters etc. Quantification of these assessment will lead to an authentic

stability analysis of the interconnected Microgrids as power electronic converters are used in

Microgrids to control the flow of power. Renewable energy penetration can be increased for

Microgrids with the help of real time nonlinear stability analysis.

Modern electricity systems are driven towards decentralization. Microgrids emerging to serve the

purpose for that along with reduction in

emission. To assure electricity supply in the future

as well as for rural off-grid electrification in underdeveloped countries, study of dynamic behaviors

for the grids is a significant field on study. Due to non-linear behaviors because of high penetration

of power electronic-based components, real time complexity measurement to assess stability is

efficacious. A real time complexity measurement metric to assess instability issues in

interconnected complex grids which would be independent of the signal frequencies will lead to

low cost analysis.

The research will be focused on the study of available non-linear assessment techniques to evaluate

system dynamics in real-time and further modification in techniques for improvement and

feasibility.

PhD in systems engineering, a well decorated program offered to a groups of engineering

disciplines, offered by the Department of Electrical and Computer Engineering provides the

necessary means to acquire knowledge to carry out the aforementioned research with the help of

expert faculties and professionals. The edge cutting research facilities provided by

Microelectronics Laboratory, Control Systems Laboratory and other Graduate Research and

Instructional Laboratories will surely assure sufficient tools and mechanisms for the research to be

completed.