Adithya Nataraj Ramalingam

Project Management of a Technology and Innovation project to support voltage stability problems of German electricity distribution grid because of increase in renewable integration.

The aim of this thesis was to investigate how much the penetration of renewable"s affect the stability of a distribution grid concerning reactive power and to evaluate a suitable solution to maintain the voltage stability of the grid according to EN 50160 standard. The simulation was performed for different scenarios based on the type of day (sunny, cloudy) and the respective load profile. The thesis also emphasizes on the economic analysis of the measures implemented and operational limitations.

Arc Energy Analysis of Coal Fired power plant. The short circuit current of the power plant was calculated by simulations in DIgSILENT software and according to the procedure mentioned in BGI 5188 standard the respective arc energy of the power plant was calculated. Bottom Up Grid Stabilization Analysis of grid stability problems that might occur because of increasing integration of renewable energies on the distribution grid in Germany and possible solutions that can be used to overcome this problem.

Shift Incharge (Electrical) - As a shift incharge, I had to lead a team of around 5 technicians. Preventive Maintenance - I was responsible for the preventive maintenance of electrical equipment in the department, Cast House. All motors and Generators, Three 13MT electric overhead cranes and one 5 MT overhead crane Five 45 ton Induction furnaces Three Ingot making machines Three ABB made four axis robots Two Wire Rod mills

Power Systems, Renewable Energies, High Voltage Engineering, Machines and Power Electronics

Power Systems, Renewable Energies, Machines, Embedded Systems, Basic Elctronics and Basic Communications