Faculty members of Energy Systems carry out leading
edge research in the area of conventional and
sustainable energy systems. Much of the research is
devoted to energy efficient processes/technology,
clean energy production and their storage. A
favorable combination of theoretical and
experimental activities among faculty members
provides a wide scope for the graduates to
understand the fundamentals of variety of
challenging issues.
The
focused areas are:
(a) Transport phenomena in drying systems
(b) Pulse combustion modeling for better
efficiency, reduced emissions
(c) Simulation of PEM fuel cells
(d) Thermal management of electronic components
(e) Lithium Batteries: nanocrystalline cathode
and anode materials
(f) Dye Sensitized Solar
Cells: transport
issues at interfaces
(g) Solid Oxide Fuel Cells: nanostructured solid
electrolytes and electrodes
