Physical Sciences
Experimental and theoretical investigations on the novel functional materials used as photo anodes, Sensitizers, Counter electrodes and electrolytes enhancing the photo-voltaic characteristics of Dye sensitized solar cells
Technology development for Silicon heterojunction solar cells with > 20% efficiency over large are (inch wafer ) by HWCVP
Development and fabrication of 2-inch square ClGS Thin Film solar cell Module
Design and development of solar PV integrated system with island and resynchronization capabilities
Re-synchronizable grid interactive inverters for Indian rooftop solar PV systems
Development of Semi-Automatic Equipment for large Area Dye-Sensitized solar Module Fabrication
Fabrication of efficiency enhanced nanostructured InGaN/GaN solar cells
Atmospheric processing of large- area perovskite solar cell with >10% efficiency
Development of semi-automatic equipment for large area Dye-sensitized solar module fabrication
Design of expander having volumetric control to have high turndown and high part load efficiency to handle variable thermal input from solar collector for power generation ranging from 5kwe to 100kwe
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