Sashank Kumar Pappu

- Electromagnetic FEM simulations for BLDC, PMSM and Universal Motor drives. - Design optimization considering effects of thermal, vibration, mechanical and acoustics for Drives - Optimization of various Hall sensor configurations. - Review of manufacturer's specifications according to Hilti's requirements - Development process from sample stage to the series production. Technical Environment: ANSYS Maxwell 2D/3D, Siemens Nx, ANSYS Workbench, ANSYS Mechanical

 Energy optimization of auxiliary loads in EV’s (HVAC Modeling)  Implementation, testing, and evaluation of auxiliary power sources in Electric Vehicles (Embedded ‘C’ coding).

‘Optimization of Superconducting Magnetic Energy Storage Systems (SMES)'  Optimized Energy density with respect to mechanical stress on Solenoid and Toroidal Magnets with Genetic Algorithms. Analyzed with 3D Electromagnetic Modelling tools.  Conducted Experiments with high currents (2000 A) and extremely low temperatures and low voltages. Developed test equipment and measured the Voltage-current characteristics in different Superconducting samples.

‘Numerical Modeling for coated conductor Coils'  Optimized geometries of coil configurations with 20% improved performance compared to previous models.  Performed Finite Element Simulations on different models of High Temperature Superconducting coils.

Renewable Energy and Energy Storage -Electrical Energy and Hydrogen Vector Storage -Renewable Marine Energies -Energy Efficiency in Buildings -Embedded Energy Systems -Engineering Optimization of Energy Systems -Photovoltaics

Decentralized Power Supply and Grid Integration -Smart Energy Distribution -Superconducting Applications in Energy -Solar Energy -Modern Software tools in Power Engineering

Electrical Machines Power Systems- Generation, Transmission and Distribution Power System Analysis Power Systems Operation and Control Electrical Drives Power Electronics Control Systems