PROSPECT OF NANO-ELECTRONICS MATERIAL FOR MARINE ENERGY PRODUCTION

Abstract

Multi-gap solar cells are promising techniques to achieve higher efficiency at reasonable cost. The process involves synthesis and characteristics of compound nano-wires (NW) which monolithically grown on Si and Sapphire to obtain ultra low threshold lasers and high-efficiency solar cells. Quantum dots are playing a noteworthy role in such nanostructure-based solar cells and boost the effectiveness and decrease the cost. The marine system requires high level of reliability product that can sustain vibration, dynamic and corrosive environment. Nanotechnology for marine system will provide lower cost and higher efficiency by enabling more efficient use of the spectrum directed towards marine system. This paper discuss potential explore development of nanotechnology for
low-cost, reliable, and efficient novel nano-solar cells compatible for hybrid marine power system.