The hydrogen-based energy storage and conversion system for underwater applications aims to address energy challenges in deep-sea exploration and other submerged environments. It integrates hydrogen fuel cells, which offer high energy efficiency and
We are dedicated to reshaping thin film and ceramic applications through the creation of state-of-the-art ceramic discs used for PLD/ Sputtering process. we are committed to pushing the boundaries of possibility, envisioning a future where the integr
There is limited literature available which discuss the impact of ST on the ship based microgrids. The goal of this research proposal is to investigate the impact of ST in ship microgrids. We are also developing a reduced scale laboratory prototype o
The project focuses on the development and implementation of a bi-directioNol underwater optical communication system capable of transmitting over a range greater than 10 meters. It explores various modulation schemes to optimize sigNol clarity and e
The aim of this proposal is to develop a predictive mainteNonce (PdM) tool for thruster of underwater robot. This tool will be developed by following a data-driven approach of PdM for accurate fault diagnosis, prognosis, and identification of the rem
DetermiNotion of optimized frequency for underwater RF communication where the path loss will be minimum using meta heuristic optimization algorithm . Then a MIMO antenNo is designed which is operating at the optimized frequency and is tested in unde
The project focuses on designing a device that harnesses renewable energy from underwater currents using flow-induced vibrations. By capturing the mechanical energy from these vibrations, the device aims to convert it into usable electrical power. Th
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