Indo-Danish collaboration for data-driven control and optimization for highly Efficient Distribution Grid (ID-EDGe): 1) Reported updates on new tests, methodologies, and their feasibility to the principal investigator in the ID-EDGe project. Managed software and equipment procurement following IIT Roorkee norms. Coordinated technical and financial progress with collaborating institutes in India and Denmark. Prepared annual progress reports, including utilization certificates and financial statements, and delivered progress seminars on objectives, budget utilization, and future tasks. 2) Developed a multi-objective scheduling scheme for converter-based distributed energy sources, like battery storage and renewable generators, to minimize operational costs and energy losses under uncertainty. Implemented in GAMS with a GUROBI solver, the approach showed significant efficiency and economic improvements on a modified 118-bus network. 3) Collaborated with the DTU Denmark team on developing a decentralized inverter control algorithm to minimize losses and enhance low-voltage ride-through capability in the distribution system. As part of this work, I modeled the IEEE 33-bus distribution system, integrated with a doubly fed induction generator and four photovoltaic generators, in an RTDS using RSCAD software. The proposed algorithm was implemented and tested on the modeled IEEE 33-bus system in RTDS.

Indo-Danish collaboration for data-driven control and optimization for highly Efficient Distribution Grid (ID-EDGe): 1) Reported updates on new tests, methodologies, and their feasibility to the principal investigator in the ID-EDGe project. Managed software and equipment procurement following IIT Roorkee norms. Coordinated technical and financial progress with collaborating institutes in India and Denmark. Prepared annual progress reports, including utilization certificates and financial statements, and delivered progress seminars on objectives, budget utilization, and future tasks. 2) Developed a synergistic day-ahead scheduling scheme for distribution networks, integrating distributed energy resources, network reconfiguration, and demand response to minimize operational costs under uncertainty. Implemented in GAMS and solved with a CPLEX solver, the approach showed significant techno-economic improvements on IEEE 33-bus, IIT Roorkee, and Bornholm, Denmark networks.

Provided theoretical and analytical solutions for GATE in Electrical Engineering and was involved in clarifying student queries. Involved in the writing theory and solutions of the subjects in MS word. Also, engaged in drawing the circuit diagrams and designing the concept diagrams, especially for electrical circuit theory.

This internship is a part of 6 months of training in the Diploma course. Involved in the factory's maintenance and breakdown of electrical equipment and looking after the power factor improvement of the total plant. Also, involved in the audit study reports and updating the readings in the log register.